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Broadmore 1700 - Force10 Networks

1. 5 3 OverVieW ooo tacet e eb te ae ee qa ewe ae 5 4 ch poena Betis eos Se 5 5 Remove Chassis 5 5 Module Locations 5 6 Installation 5 8 NIM 5 9 SAM Installation 5 10 CPU Installation eb Rr 65 eb wae 5 10 APM Installation 5 11 NIM IOM Installation 5 11 HSAM Bridge 5 11 SAM IOM Installation 0 0 0 0 0 eee eee 5 12 CPU Installation 5 13 APM IOM 5 13 Replace Chassis 5 14 Fan Tray Installation Procedure 5 15 5 16 Remove Front Chassis 5 16 Fan Tray Installation 5 16 Replace Chassis 5 17 Electrical Installation Precautions oa hber Ree SER E EGRE SR 6 2 Electrical Requirements 6 3 UH ES 6 3 POW rer
2. 12 29 Trap Management 12 30 WHS 12 33 TarBels S PAM ES 12 34 Target Parameters proscris ex e REX SER 12 36 Notilicatlons os Ai sese URS ee Ri URS mid inia 12 38 erp RR pes RERPUPRESGGO E ERARE REI Eh 12 41 Notify Protiles ie S bte dps 12 43 Broadmore 1700 Release 4 6 Table of Contents A Technical Specifications Broadmore 1700 Platform A 2 System Architecture 0 eee A 2 Management athe YR eww ved dee er A 2 Network Standards A 3 Redundancy pitted ow nid eed RR Riche A 3 bie dep Shue A 3 Testing amp Diagnostics A 4 ly A 4 Regulatory 18 A 4 Physical ene kepRRR a eeepc aee gus A 5 Environment ERR REA ee eek A 5 Broadmore Module Boks MoS R ERS HPPERG VES A 6 OC 12c and OC 3c Network Interface Modules NIMs A 6 ATM DS3 NEM SAM A 6 0 1 T1 or El Circuit Emulation Service Access Module SAM A 7 DS3 T3 Structured Circuit Emulation SAM A 7 DS3 Unstructured Circuit Emulation SAM
3. e e cli e e e e e comp e copy e e e cp e e e del e dir e du e e echo fipsmode e Broadmore 1700 Release 4 6 10 19 Security Management Authorized Access to Shell Commands User ID gt Super User Sys Admin Operations Browser Authorized Services head help ifconf 15 mkdir move mv netstat ping pwd rd resetSecurID resetSecurIDIp rm rmdir route savert scp selftest setbaud setenv settimeout setwrite sigmem snmpinit sshdSessionShow sshdShow 10 20 Broadmore 1700 Release 4 6 Security Management FTP Login User ID gt Super User Sys Admin Operations Browser Authorized Services tail e e touch e e zeroize FTP Login Users can login using ftp to access Broadmore administrative functions over IP To log in to the Broadmore 1 Open your ftp program The Connect window opens 2 Enter the IP address of the Broadmore 3 Enter the Username SYSADMIN the username is case sensitive 4 Enter the Password example jsmith the default password for new installations is INITIAL passwords are case sensitive Broadmore 1700 Release 4 6 10 21 Security Management FTP Login 10 22 Broadmore 1700 Rel
4. Option Definition When to select Adaptive This technique does not require a network wide synchronization Unstructured and Timing signal to regenerate the input Service Interface Clock at the Structured Service destination Broadmore 1700 circuit emulation interface This modes mode monitors a predefined fill level in the reassemble buffer at that depth The penalty is an increase in jitter Synchronous This method requires that the ATM network be synchronized toa Preferred method of Network single network wide clock source This mode generates a T1 or timing recovery for signal clock synthesized from the network clock When using ATM networks this option the or El user equipment should be configured to recover clock from the Broadmore 1700 Service Interface Synchronous The Broadmore 1700 CE Service Interface will derive clock For any service type Loop from the attached T1 El user equipment and transmit bits from where the Service the CE Service Interface at the same rate s Interface clocks are traceable to the same Primary Reference clock Synchronous The clock source is derived from the NIM s menu selection Unstructured and NIM Transmit Timing The options are Received which derives clock Structured Service from the line input of the ATM interface and Local BITS which modes derives clock from an external Primary Reference Source Synchronous The derivation of a clock source depends upon the ent
5. o y DI t BY wy N E 22 Broadmore 1700 Release 4 6 Cable Specifications Connector DB37 Connector P High density 26 pin Male Figure E 13 Cable Adapter Mux 4XDB26 to DB37 DTE P N 7660 525 Table E 11 Wire List for Cable Adapter Mux 4XDB26 to DB37 DTE P N 7660 525 Broadmore 1700 Release 4 6 E 23 Cable Specifications me ses E 24 Broadmore 1700 Release 4 6 Cable Specifications Sonnocior Daub High density Female Male 20 26 37 Figure E 14 Cable Adapter Demux 4XDB26 to DB37 DCE P N 7660 526 Table E 12 Wire List for Cable Adapter Demux 4XDB26 to DB37 DCE P N 7660 526 Broadmore 1700 Release 4 6 E 25 Cable Specifications me sw o o pooo Data 8 out B E 26 Broadmore 1700 Release 4 6 Broadmore 1700 Release 4 6 Cable Specifications Table E 13 Wire List for High Speed SAM HSAM Connectors Combo D female Signal Name Signal Data Rates bps Connector Input Type Output E 27 Cable Specifications E 28 Broadmore 1700 Release 4 6 APPENDIX Chassis Differences Chassis Differences Broadmore Chassis Differences Broadmore Chassis Differences This user manual covers the 7665 17B and 7665C chassis The 7665C chassis is the newest chassis in the Broadmore series and has the most functionality There is also
6. CAUTION WHEN USING REDUNDANT OPTICAL NIMs BOTH NIMS MUST BE IDENTICAL DO NOT OC 3c AND 12 IN THE SAME CHASSIS Module Type Description Available Slot s CPU CPU Q Redundant CPU R NIM OC 3c STM 1c or OC 12c STM 4c B Redundant NIM OC 3c or OC 12c A ATM DS3 B Redundant ATM DS3 A CBI see note below B HSSI CBI see note below B SAM DS1 Nx64 C P E1 Nx64 C P CBI see note below C P HSSI CBI see note below C P MBR C P HBR C P HSAM double width D E Serial Multiplexer C P Serial Demultiplexer C P Unstructured DS3 Structured 053 up to 4 modules C P Unstructured E3 C E G J Broadmore 1700 Release 4 6 Module and Fan Installation Installation Sequence NOTE CBI and HSSI CBI modules can be installed in both a NIM slot and several SAM slots functioning together in the same chassis The Broadmore 1700 chassis will only support one CBI or HSSI CBI NIM which must be installed in NIM slot B there is no NIM redundancy support Up to twelve CBI and HSSI CBI SAMs can be installed when operated within the bandwidth limitation of the NIM CBI and HSSI CBI SAMs should be installed starting with slot C and work upwards Installation Sequence The Broadmore 1700 is shipped in a minimum usable configuration Unused slots are covered with blank panels except the slots for a single NIM SAM or CPU NOTE After installation is complete ensure that blank panels cover al
7. Item Options Comment Port Mode On line This field is a status indicator and the items displayed are Off line the result of configuration or other actions Test Download Standby Configuration Request Broken Framing Type SONET SDH is for International ITU applications SONET is for SDH US applications Transmit Timing Recovered Recovered means from SONET BITS BITS impedance matching is a hardware function see NIM Installation Chapter 3 BITS is tied to the local in house timing source Local Local is on board Stratum 3 timing source SONET Tx Enable If SONET Tx is enabled framing is enabled if SONET Disable Tx is disabled framing is removed i e SONET Tx is all zeroes Loopback Mode Normal Normal is no loopback Terminal Terminal is a loopback from the ATM interface to the user equipment Local Local is a loopback before NIM processing to the fiber Remote link Remote is a loopback from the receive fiber to the ATM before local processing ATM Payload Both Scrambled A technique used to prevent a long string of zeros Both Scramble Mode Transmit Scrambled ends of a connection must be configured the same for Receive Scrambled operation No Scramble BITS Clock Alarm Enable Provides an alarm indication of loss of BITS clock at the Loss Disable NIM IOM when enabled A corresponding BITS LOS SNMP trap is generated if SNMP is configured properly If a second OC 12c STM 4c is installed repeat this process for the
8. 7 89 Cell Bearing Interface CBI 5 7 91 HSSI Cell Bearing Interface NIM SAM 7 95 PVC Connection idees UE Ue ve eae 7 99 SVC Connection iuc RS REED eshte 7 101 VP R servation Leser eos wee aed 7 103 System 7 106 Show Configuration sse skr RR GG er eee SEES 7 109 ate et tenue teet i aset 7 111 Broadmore 1700 Release 4 6 Table of Contents 8 Maintenance and Troubleshooting Statistics zs be eee eet Codd bh hee ees 8 2 Chassis Statistics 0 05 sch bbe RR 8 2 OC 12c STM 4c NIM 8 3 OC 3c STM Ic NIM 8 3 Alarm 8 4 Slot Statistics for NIM SAM 8 4 24 Hour Statistics us oet e Rare cea eae ue eed 8 19 PLOA AALS 8 20 22 2 8 21 LED CRSA RE hire 8 22 Error Codes 25 vai wah adhe ta bene nets 8 22 Redundancy add ep 8 22 CPU Synecseretberer pese ERE DERE GERA he UE UA 8 23 Problem Isolation erre RR RR S 8 2
9. Return 6 Figure 8 8 SAM Minor Alarm Troubleshooting Flowchart Broadmore 1700 Release 4 6 Flowchart 8 35 Maintenance and Troubleshooting Repair Replacement Repair Replacement Power Supply 8 37 NIM Replacement 8 38 SAM Replacement 6 59 IOM Replacement 8 40 CPU Replacement 8 41 CPU Replacement 8 42 Fan Replacement 8 42 Integrated Fan Alarm Module Replacement 8 43 Fan Filter Cleaning and Replacement 8 45 All repair replacement actions should be accomplished by a qualified technician familiar with the Broadmore 1700 system The majority of repairs involve troubleshooting and the replacement of a module or card WARNING Use ESD PRECAUTIONS WEAR AN ESD GROUNDING STRAP WHILE HANDLING ANY CARDS OR ACCESSING THE INSIDE OF THE BROADMORE 1700 FAILURE TO FOLLOW ESD PROCEDURES MAY DAMAGE SENSITIVE COMPONENTS AND VOID THE WARRANTY CAUTION MODULE REMOVAL AND INSERTION ON A POWERED UP SYSTEM WAIT AT LEAST 15 SECONDS AFTER ANY MODULE REMOVAL OR INSERTION TO ALLOW THE SYSTEM TO STABILIZE FAILURE TO FOLLOW THIS PROCEDURE MAY RESULT IN SYSTEM ERRORS REQUIRING TOTAL SYSTEM REBOOT WHEN INSTALLING A REPLACEMENT CPU IN A REDUNDANT CPU SYSTEM DO NOT REBOOT OR POWER DOWN THE SYSTEM BEFORE CPU SYNCHRONIZATION IS COMPLETE AS INDICATED BY A SOLID STATUS LIGHT 8 36 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Power Supply Power Supply T
10. 10 19 Show Configuration command 7 109 Shutdown Connections Remote 6 20 Signal 7 67 Degradation SD 7 31 Slot StatlstiCS ouis e s E RR 8 4 Slots APM REA 1 10 CPU niece eR VIC UAE ER 1 10 NIM err vee Rats REG oe Sone ga 1 10 SAM bed Bide odie gat 1 10 SNMP ee seca pena aes 7 4 ACCESS 12 20 Access Edit Rules 12 23 Access Policy 12 23 Communities 12 25 Configuration 12 1 Group Edit Rules 12 16 GIOUPS EF UTR 12 14 Initialize command snmpinit 12 3 Notifications 12 38 Notify Filters 12 41 Notify Profiles 12 43 OVEIVIEW ns EEG RS 12 2 Properties RA 12 3 Target Parameters 12 36 Targets 12 34 Trap Configuration 12 29 User Edit Rules 12 13 USES oss e aed Ree REN 12 9 Broadmore 1700 Release 4 6 Index USM VACM Configuration 12 7 View Edit Rules 12 19 VIEWS botry E A Ce PC EV ETE TA 12 17 SNMP Messages 10 18 11 25 12 3 8 11 10 8 11 15 SOP WANS EE ECCS S 6 24 Error Messages
11. 6 17 Index 3 Index Connections 48 6 23 AC Power Supply 6 21 Alarm Pott 2066 ica sud ae nie sees 6 5 DS3 IOM 6 9 BITS Interface 6 7 Cell Bearing Interface CBI IOM 6 18 CPU OM ous aes 6 20 DSI EI IOM 6 13 Ethernet ees 6 20 High Bit Rate 6 15 HSAMIOM 6 16 HSSIIOM 6 19 MBRIONEL 2 RV REPERI ES 6 14 NIMM IOM 6 8 Optical Interface 6 6 Power Supply 6 21 Remote Shutdown 6 20 6 8 Semnal Port verts 6 20 Structured DS3 IOM 6 12 Unstructured 053 3 IOM 6 10 User Equipment 6 8 Connector Broadmore Power Input 6 23 Contact Information 2 29 Cover Fuse Part Number 2 30 Removal 5 5 5 16 Replacement 5 14 5 17 CPU ERG apne 1 10 1 37 7 3 7 11 7 33 Configuration 1 10 Disk On Chip Replacement 2 30 Install Single or Dual 7 35 Installation 5 10 IOM iilam Ru 4A ERR IR 1 38 IOM Connections 6 20 IOM Installation 5 13 IP Address REX 7 33 Reboot Standby
12. 9 12 Monitor Activity ATM by Chassis 8 2 CPU SYNC 8 23 Mounting Brackets 4 5 Index 9 Index Multi Bit Rate SAM 1 25 Multi Bit Rate IOM Connections 6 14 Mux IOM Connections 6 17 N National Electrical Code Requirements Network 7 51 Pe eS 7 52 7 73 Alarm 226i ever EE 7 53 7 75 BERT Test 7 51 7 73 FEAC Loopback 7 51 Interface Connections Optical 6 6 Interface Module 1 10 Interface Module Options 2 31 Loading ATM 2 25 RAL 7 51 7 73 Timing Recovery 7 78 7 82 Network Interfaces 11 51 NIM eck VIDES 7 28 7 37 AIM DS3 1 15 CBE ne btts 1 33 Cell Bearing Interface 1 33 Configuration 1 10 Configuration Guidelines and HSSI 2 22 OC 126 2 19 2 20 High Speed Cell Bearing Interface 1 35 Installation 5 9 issu eae nee RERO EY E 1 14 83 1 16 IOM Connections 6 8 IOM Installation 5 11 7 39 OC 126 ee 1 12 oo TET 1 13 Options o eer EDI ex RR 2 31 Redu
13. ATTENTION D ALIMENTATION AVANT DE FAIRE LE DEPENNAGE an AC Connector DC Connector DC Connector AC Connector 6 22 Broadmore 1700 Release 4 6 Electrical Installation Broadmore Power Input Connector Broadmore Power Input Connector Power is provided as 48 VDC to the connection points in the rear of the chassis Voltage may be provided directly from the user s power source Optionally the Broadmore 1700 comes with a redundant AC power supply The power connector on the lower back of the chassis is shown below The connector is a compression type in which the wire is inserted in the lower opening and the compression screw above is tightened to secure the wire A small flathead screwdriver is required to secure the wires POWER DOO HOOL En LCA Connecting 48 VDC Power Identify the power cables and secure their power 2 Use a Volt Ohm Meter VOM to verify the voltage and polarity of the cable wires 3 Turn off power to the cables and use a VOM to verify there is no voltage present 4 Run the power cables to the connection point on the chassis rear as shown above Note there are two power rail inputs A and B as labeled Insert the cable wires and tighten the compression screws to secure the wires Restore power to the cables Use the VOM to verify voltage is present at the chassis connection points 7 Turn off power to the cables until ready for the power up sequence Broadmore 1700
14. 2 22 ATM Bandwidth 2 23 ATM Network Loading 2 25 Installation Planning 2 27 Ordering Guide uer 2 29 Contact Information 2 29 Broadmore 1700 Chassis 2 29 Broadmore 1700 Options and 2 30 Network Interface Module NIM 2 31 Service Access Module SAM 2 34 3 Receipt of Product quer S oh Mace Asal bo ge 3 2 Unpacking eis edie pee kid EE epa 3 2 IDSPCCUOD PP 3 3 Damage Reporting 3 3 4 Chassis Installation and Grounding PRECAUTIONS iiec rendre deh be REIP E ech PR 4 2 Installation Factors iss ESE 4 3 Rack Mounting ESPOSA EU deg 4 4 4 4 Mounting Brackets 4 5 Rack Mounting Procedure 4 6 Chassis Grounding c te rt bh bbe HEP eee 4 7 AC Power Supply 4 8 Broadmore 1700 Release 4 6 xv Table of Contents 5 xvi Module and Fan Installation Pr cautiols Liu ERR Reg CE RR Ee ee eee bs 5 2 Module Installation
15. 1 19 HBR RERO ES 1 28 High Bit Rate 1 28 High Speed Cell Bearing Interface 1 36 High Speed SAM 1 30 NIM 5 Deere eee 1 14 ATM DS3 1 16 Replacement 8 40 SAM ATM 53 22 22 a 1 16 Serial Demux Connections 6 17 Serial Mux Connections 6 17 IOM Connections ATM DS3 2 Dr es 6 9 6 18 CPU ETRAS 6 20 DSJI BET co tes eet tem 6 13 HBR tee ede ERI EEG 6 15 6 16 ASSI CEDE 6 19 MBR ets n honos s 6 14 Structured DS3 6 12 Unstructured DS3 3 6 10 Unstructured E3 3 6 10 User Equipment 6 8 IP PERS 7 15 7 33 ICMP Messages 10 17 11 24 Index 8 WAR eee baer Oro Oe SE Dore EE RS 7 15 IP Address CPU Se 7 33 IPv6 Addresses Pn G 2 Configuring G 2 Deleting G 3 Displaying G 2 G 4 Routes Adding eis acto Cae ee G 5 Displaying G 6 Ready ancebenes iv J JITG Validated iv Jumpers SERA 5 9 R boOt 24 ERA PES TEFE 5 13 Resyne 4 bbb te Ea ETARA 5 12 K Key DSA Lue EE ERES 11 8 Management 11 8
16. SVC s gt PVCS VP Reservations 7 110 Broadmore 1700 Release 4 6 Configuration Help Help The Help main menu item has two pull down items About and About Security Choose About to obtain the hardware and software version data This information is important when contacting customer service Choose About Security to display the security mode and software version numbers Tera Term 10 30 3 12 File Edit Setup Control Window Help Broadmore Copyright lt c 2884 Carrier Access Corporation System Management Maintenance Diags Administration imm Slot Hardware amp Software Versions CPU Dsp Rev 2 4 Software Rev 4 6 6 6 Built 83 2004 10 26 Slot A Empty Slot B 0C12 NIM Hardware Rev Serial Number Dsp Rev Boot Code Rev Boot Code Rev FLEX part Rev gt Valid keys lt gt PgDn Up Down Arrows ESC Tera Term 10 30 3 12 1501 xl File Edit Setup Control Window Help Broadmore Copyright lt c 2884 Carrier Access Corporation System Management Maintenance Diags Administration imm bout fibout Security Security active FIPS mode FIPS Lib Rev 1 0 0 0 SSHield 2 0 0 1 Built Apr 29 2004 08 09 tatus Window gt Valid keys lt PgUp gt PgDn Up Down Arrows ESC Broadmore 1700 Release 4 6 7 111 Configuration Help 7 112 Broadmore 1700 Release 4 6 CHAPTER Maintenance and Troubleshooting In thi
17. iv JITC Validation iv Broadmore 1700 Release 4 6 Index National Electrical Code Compliance Requirements 6 4 Configuration 1 10 APM ost eee voee De y 1 10 Broadmore 1700 7 1 Cell BUS 2 18 CLI Port 9 9 Guidelines CBI and HSSI NIM 2 22 OC 12c NIM 2 19 OC 3c NIM 2 20 HSAM seregre oe bee ene 7 83 TOM 1 10 Rea 1 10 5 1 10 Configure ATM DS3 NIM 7 43 7 46 CBLSAM eR RPPERY P eS HS 7 91 DS1 SAM 7 63 DS3 ATM NIM 7 43 7 46 DS3 SAM Structured 7 56 DS3 SAM Unstructured 7 49 E1 SAM 7 66 SAM Unstructured 7 71 HBR SAM 7 81 HSSESAM 2 7 95 IP A ER ENSE 7 9 7 77 Mod le 21 EE 7 36 dir ERE 7 38 3 22 222222 ohn whee 7 41 Specific Modules 7 37 SIME AERE PRA 7 41 4 9 55 585 56 8 666 7 38 Connection Mais EMA eS 7 99 terest abe seals 7 13 Serial Demux IOM 6 17 Serial Mux
18. 2 30 Index 6 G Gateway cose pue ERE RES ERAS REN 7 10 2 5 7 15 LANE sen trea thas eters 7 21 Static Route 7 18 General Instructions 6 8 Generating DSA Key Pairs 11 8 GR 253 CORE 7 31 Grounding 2 pol i SEPA ER 1 9 CHASSIS 24 4 eX REG 4 7 Group Edit Rules 12 16 Group Edit Rules SNMPv3 12 16 Groups USM VACM 12 14 Guide Application Planning 2 2 Ordering iu ache e ERES 2 1 2 29 Planning 2 1 Guidelines CBI and HSSI NIM Configuration 2 22 OC 12c NIM Configuration 2 19 OC 3c NIM Configuration 2 20 H Hardware Revision Showing 9 12 HBR Ey bas eo 1 28 SAM ete Sa 1 27 Configuration 7 81 7 87 7 89 Help About Security 11 17 High Bit Rate dees E LOS 1 28 IOM Connections 6 15 1 27 High Speed SAM shied tne On bes EDS NER 1 29 SAM Configuration 7 83 SAMIOM 1 30 High Speed Cell Bearing Interface IOM tour aub 1 36 Broadmore 1700 Release 4 6 IOM Connections 6 19 NIM te dha ee 1 35 SAM ace A A 1 35 High Speed SAM Conne
19. gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 08 40 Auto detect TCP IP The following table describes the selections Item Options Comments Group Name string value for Group Name 1 to 30 characters User Name string value for User Name 1 to 30 characters Security Model The Security Model used in processing an SNMP V2 query from a client This parameter can be used to USM restrict access to the managed objects based on the security model set for a group Storage Volatile Settings lost without power Non volatile Settings can be changed Permanent Settings can not be deleted Readonly Settings can not be changed Other Broadmore 1700 Release 4 6 12 15 SNMP Configuration Groups Use the Esc key to exit this menu If you have made any changes to the user information the system will prompt you for confirmation on whether you want to accept the changes or not Group Edit Rules The following table describes which parameters can be modified in a Groups table entry Item Edit Allowed Group Name Yes User Name No Security Model No Storage Yes 12 16 Broadmore 1700 Release 4 6 SNMP Configuration Views Views This selection allows you to create a views and assign object identifiers The screen below shows the predefined iso view bm100 HyperTerminal Jog F
20. C 1 Revision Showing 9 12 2552205 e UPPER SR 1 6 SONET 2 55 bee REY RR VER 7 29 TX 2e EG A i 9 eek sah 7 38 7 42 Spares Broadmore 1700 2 30 SRS 2 ieee deere 7 50 7 69 7 72 sshdSessionShow 11 37 SShdSHOW i ed eae eae 11 35 sSHield ses cbse weeks 11 2 SP COCK ener th ERE CREER 7 79 Static Route GateWay 7 18 Static Routes 7 17 Stati StS ese ets ue 8 2 24 hour 8 19 DS3 Structured 8 13 DS3 Unstructured 8 9 HSAM iet Redes 8 8 Monitor CLI 9 11 NIM 8 4 OC I2c STM 4c 8 3 3 5 1 8 3 PEOA AAL5 RR RS 8 20 REST ERR see eames 8 4 Slot AERE RAS 8 4 5 Configuration 7 41 Port Mode 7 42 Statistics 8 3 STM 1c NIM 1 13 Index 13 Index STM 4c BITS Timing Redundancy 7 39 Configuration 7 38 Port Mode osse Rs 7 38 EE E Y 8 3 5 4 1 12 Structured CAS Slee Rp he ates 7 70 DS3 J0M i I RU EMPIRE 1 21 DS3IOM Connections 6 12 DS3 SAM 1 20 No CAS chicos eee teat e
21. he eh ety 1 14 DS3 5 1 15 DS3 IOM ee be Ke bch Goede dE 1 16 Table of Contents Unstructured 35 1 18 Unstructured DS3 3 E3 3 1 19 Structured DS3 5 1 20 Structured DS3 IOM 1 21 ee eee eked ew hes 1 22 BCE SAM gt uj Sage pex REQUE eaves ERU 1 23 nigh RR eere eee 1 24 Multi Bit Rate 5 1 25 Multi Bit Rate 1 26 High Bit Rate SAM 954 R 1 27 High Bit RateIOM 1 0 0 ee eee 1 28 High Speed SAM cea RR Saw be ne Bee ee ERE E 1 29 High Speed 1 30 Serial Multiplexer 5 1 31 Serial Demultiplexer 1 32 Cell Bearing Interface CBI 5 1 33 Cell Bearing Interface CBI 1 34 High Speed Cell Bearing Interface NIM SAM 1 35 High Speed Cell Bearing Interface 1 36 e 1 37 CPU TOM eee SEPA 1 38 Alarm Power
22. A 8 Unstructured Circuit Emulation 5 A 8 High Bit Rate Serial A 8 Multiple Bit Rate Serial SAM A 9 High Speed 8 22 2 222 A 9 RS 530 Cell Bearing Interface 5 A 9 HSSI Cell Bearing Interface 5 A 10 Serial 5 10 Serial De Mux 5 10 Spare Parts List Software Error Messages OVEIVICW read kenit pada E EREE EERDE ERRET rA Ra AER PERSE Fed C 2 SYSE EOIS oa Pn C 3 Setup EEE BRS C 4 Broadmore 1700 Release 4 6 xxiii Table of Contents xxiv D E F Sample Network with RFC 1577 Configuration Cable Specifications Chassis Differences Broadmore Chassis Differences F 2 Hardware Differences F 2 Software F 3 IPv6 Support 25 e tede UE UAE G 2 Configuring IPv6 Addresses for Network Interfaces G 2 Adding an IPv6 Address G 2 Displaying an 44 G 2 Deleting an IPv6 Address G 3 Pinging overt IPV
23. R EIE 7 6 L LAND Subnet Mask 7 21 LANE pte dics 7 4 1 33 Configuration 7 20 Configuration Items 7 21 Gateway 2252222 dae 7 21 IP Address 7 21 7 33 Version 7 21 LapLink Cable 2 30 LCM 7 70 Broadmore 1700 Release 4 6 ee era eee eee 8 11 LECS ATM Address 7 21 E sas oh 8 11 ATM Address 7 21 Line 7 70 Buildout 7 64 Code Violation 7 55 7 60 7 76 Impedance 7 67 LIS eR ev ERE FEES Peed ke 7 15 Loading ATM Network 2 25 Local BITS Timing 7 39 Locations Module 4 eve 5 6 LOF 7 52 7 53 7 54 7 60 7 74 7 75 7 76 Log System 10 15 11 32 Logging IN Rm 10 5 11 9 Logging in with SecurID Disabled 11 9 with SecurID Enabled 11 11 Logical Interfaces 1 6 Subnetwork 7 15 Login SEIP 10 21 11 43 Log in Banner 10 6 11 13 Loopback 7 44 7 47 7 52 7 57 7 58 7 61 7 64 7 67 7 73 bes ares 7 38 7 42 LOS 7 54 7 60 7 70
24. 1 Broadmore 1 p V 1 1 i 192 40 100 90 Master Control Station submask 2552552550 gateway 19240 100 200 1 1 i 1 192 40 100 150 submask 255 255 255 0 10 10 10 90 gateway 192 40 100 200 ATM subnet mask 255 255 255 0 ATM Cloud 1 1 ARP Server located the ATM Network Static Route 192 50 200 0 to 10 10 10 63 V 77 192 50 200 63 submask 255 255 255 0 gateway 1825020054 Broadmore 3 10 10 10 63 ATM subnetmask 255 255 255 0 Ethernet 2 Static Route 192 40 100 0 to 10 10 10 90 Local Control Station IP 192 50 200 64 submask 255 255 255 0 gateway 000 000 000 000 Figure D 1 Sample Network with RFC 1577 Classic IP CIP Over ATM D 4 Broadmore 1700 Release 4 6 APPENDIX Cable Specifications P N Description Page 7660 501 Cable Adapter RS 449 DB37 DCE 5 ft E2 7660 502 Cable Adapter EIA 530 DB25 DCE 5 ft E4 7660 503 Cable Adapter V 35 5 ft E6 7660 504 Cable Adapter RS 232 DB25 DCE 5 ft E8 7660 511 Cable Adapter RS 449 DB37 DTE 5 ft E10 7660 512 Cable Adapter EIA 530 DB25 DTE 5 ft E12 7660 513 Cable Adapter V 35 V 36 DTE 5 ft E14 7660 514 Cable Adapter RS 232 DB25 DTE 5 ft E16 7660 520 Cable Adapter CBI RS 530 DB25 5 ft M M E18 7660 521 Cable Adapter CBI RS 530 DB25 5 ft M F E18 7660 522 Cable Adapter CBI RS 530 DB25 5 ft F F E18 7660 523 Cable HSSI CBI HDB50
25. ACTIVITY OUTPUT ACTIVITY 7660 042 Broadmore 1700 Release 4 6 1 29 Product Description High Speed SAM IOM High Speed SAM IOM Module Type IOM double width Part Number 7660 442 Slot Number Mounts in chassis rear behind corresponding HSAM in slots D and E Description The high speed interface input and output is Low Voltage Differential Signal LVDS for sending and receiving I Q and Clock data at a composite rate of 274 176 Mbps by bridging cellbus C and D Note An HSAM Bridge card must be installed on the rear midplane connectors before installing the HSAM IOM Connectors Two Combo D female connectors one for Inputs and one for Outputs For connector pinouts see Wire List for High Speed SAM HSAM Connectors Combo D female on page E 27 IOM DS3 SAM 7660 442 1 30 Broadmore 1700 Release 4 6 Product Description Serial Multiplexer SAM Serial Multiplexer SAM Module Type SAM Part Number 7660 040 Slot Number C thru P Description The Serial Multiplexer Mux SAM provides synchronous data multiplexing eight RS 422A interfaces over one ATM AAL1 VCC Temporal alignment is provided by using the clock input on port 1 to synchronize all eight interfaces A typical application is to use a Serial Multiplexer to combine several serial data streams into one VCC for efficient transmission over an ATM network or satellite link A Serial Demultiplexer at the recei
26. Logout Monitor Activit gt Configuration Files BB Con Con Con HSAM SAM Slot D Diagnostics BERT Pattern Manual Loopback BERT Generate BERT Frequency 137 MHz BERT Manual Freq kHz 137088 Off 2 15 On Status Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Table 7 33 HSAM Diagnostics Configuration Item Options Comments Manual Loopback Off Turns loopback off Local Turns on Local loopback Remote Turns on Remote loopback BERT Pattern 2 15 Sets BERT pattern to 2 15 2 9 Sets BERT pattern to 2 9 BERT Generate On Turns BERT loopback on Off Turns BERT loopback off Note When the BERT test is on it is always sent in both directions ATM and interface and on both data lines I and Q BERT Frequency 200 kHz Sets BERT frequency to 200 000 Hz 10 MHz Sets BERT frequency to 10 000 000 Hz 47 MHz Sets BERT frequency to 47 000 000 Hz 137 MHz Sets BERT frequency to 137 000 000 Hz Manual Sets BERT frequency to BERT Manual Freq BERT Manual Freq kHz Enter the frequency to use when BERT Frequency is set to Manual 7 86 Broadmore 1700 Release 4 6 Configuration Serial Mux SAM Configuration Serial Mux SAM Configuration Choose the slot C to P containing the Serial Mux SAM to be configured and the configuration screen appears The following table is a
27. gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 07 21 Auto detect TCP IP Broadmore 1700 Release 4 6 11 15 Security Management FIPS Mode Network Time Protocol Item Options Comments SNTP Enable Disable When enabled the Broadmore system clock will be synchronized to the network time source NTP Server IP The IP address of the primary network time source Server Port 0 to 32767 Timeout sec 1 to 100 The time to wait for a response from the primary network time source Aux NTP Server The IP address of the auxiliary network time source to IP be used if a request to the primary network time source exceeds the timeout period Aux Server Port 0 to 32767 Aux Timeout sec 1 to 100 The time to wait for a response from the auxiliary Poll Interval Time Zone 11 16 1 hr 8 hr 1 day 1 week GMT or specific zone network time source Determines how often the Broadmore will request an update from the NTP source The default is 1 week The default is Greenwich Mean Time GMT but you can choose among 24 international time zones Broadmore 1700 Release 4 6 Security Management FIPS Mode Changing Security Modes Changing Security Modes Help About Security 11 17 Enabling FIPS Mode 11 18 Disabling FIPS Mode 1 20 Enabling SecurID 11 21 Disabling SecurID 11 24 IP ICMP Messages 11 24 SNMP Messa
28. 5 16 Installation 4 4 5 16 Module Installation 5 5 Transmit Timing 7 38 7 42 7 79 Trap Configuration 12 29 Table Usage 12 33 Troubleshooting 8 1 Tx FIFO Overflow 7 70 Latency msec 7 79 Payload Size 7 78 7 79 7 82 U WAS secre nei Yee 8 11 UNI Version 7 22 Unpacking 3 2 Unstructured DSI EI mee 7 69 DS3 3IOM 1 19 53 35 1 17 Broadmore 1700 Release 4 6 E3 31O0M fice cy eee de hee ees 1 19 E33 SAM 1 18 Unstructured DS3 3 IOM Connections 6 10 Unstructured E3 3 IOM Connections 6 10 Upgrades SOWA EE 1 6 User Administration 11 26 Change ID 10 11 11 27 Deleting 2 5 2er es 10 12 11 28 Equipment Interfaces 1 4 ID Rules 10 10 11 26 Interface Requirements 7 3 Interfaces ioo rp yx kee eS 1 6 Modifying 10 12 11 29 Security Configuration 7 26 User Edit Rules 12 13 User Edit Rules SNMPv3 12 13 Users Managing 10 10 USM VACM 12 9 USM VACM ACCESS 22420 ora UE OE WARE RUE 12 20 Configuration 12
29. 7 99 R Rack Mounting 4 4 Procedure 4 6 RAI 7 52 7 53 7 54 7 60 7 74 7 75 7 76 Reboot Jumpers 5 13 Reboot Standby 7 35 Receipt of Goods 3 2 Receipt of Product 3 1 Received e e E 7 39 Redundancy 1 9 Module 7 28 Release CPU 7 35 Remote Shutdown Connections 6 20 Remove Chassis Cover Front 5 16 Remove Chassis Covers 5 5 Replace Chassis Cover Front 5 17 Replace Chassis Covers 5 14 Report Damage 3 3 Requirements Cabling and Compliance 6 4 Electrical 6 3 resetSecurID 11 39 Residual Data and Memory Volatility 11 50 Resiliency Mission Critical Circuit 2 14 Restore Configuration 7 107 Resync Jumpers 5 12 Reverting Protection Mode 7 28 577 56 ERE E 7 4 7 14 RIP besa phere eh wong BEN 7 15 Routes Static 7 17 Index 11 Index DNE 7 3 RSA SecurID Authentication 11 2 RTS 7 79 FIFO Overflow 7 70 Latency 7 79 Payload Size 7 78
30. Connected 0 02 40 ANSIW TCP IP CIP over ATH Address 192 168 32 1 Subnet Mask 255 255 255 0 ATM Gateway 0 0 0 0 ATH Server Address 47000580FFE1000000F2188809002048180880900 Peak Cell Rate 9 Enable RIP No 7 14 Broadmore 1700 Release 4 6 Configuration CIP over ATM RFC 1577 Configuration forms the Broadmore 1700s into a subnetwork with either an ATM switch or workstation designated the server and others designated as clients The server maintains a Logical IP Subnetwork LIS which cross references logical IP addresses to ATM addresses When the control station sends IP traffic e g control signals via the subnetwork IP address to a Broadmore 1700 the server uses LIS data to tell the sender an equivalent ATM address to use in place of the IP address The IP datagrams are then sent over the ATM network to the desired Broadmore 1700 which takes appropriate action and responds The control station has full communications with the Broadmore 1700 over ATM Ethernet Control is identical to control over Ethernet and the ATM control path is essentially transparent to the user Follow the path shown to reach the CIP over ATM configuration items These items are listed in the following table Item Description ATM IP Address Enter the IP address within the subnet Set to all zeros to disable CIP ATM Subnet Mask The mask is the same for all Broadmore 1700s on the network A
31. EOS DURS ER d eas 6 3 Cable 2 22 52222 2 24 2 6 3 Cabling and Compliance Requirements 6 4 Alarm Port Connections 6 5 Optical Interface 6 6 BITS Interface Connections 6 7 Broadmore 1700 Release 4 6 Table of Contents NIM SAM Connections 6 8 General Instructions 6 8 DS3 IOM Connections 6 9 Unstructured DS3 3 E3 3 6 10 Structured DS3 IOM Connections 6 12 DSI EI IOM Connections 6 13 Multi Bit Rate 6 14 High Bit Rate IOM Connections 6 15 High Speed SAM IOM Connections 6 16 Serial Mux Demux IOM Connections 6 17 Cell Bearing Interface CBI IOM Connections 6 18 High Speed Cell Bearing Interface Connections 6 19 CPU IOM Connections 6 20 Remote Shutdown Connections 6 20 Serial Port Connections 6 20 Ethernet Connections 6 20 Power
32. Flowchart 4 _ Figure 6 6 NIM Minor Alarm Troubleshooting Flowchart Broadmore 1700 Release 4 6 8 33 Maintenance and Troubleshooting Flowchart Use loopbacks to isolate alarm condition Ckeck most likely causes as necessary SAM configuration Reseat module cable connections replace SAM Alarm Internal Yes Alarm Clears Yes No No Contact Distant end Reset Connected have them Equipment commence troubleshooting Alarm Clears s AL Alarm Clears Yes No e No Review Alarm Summary and System Log call Customer Service with pertinent information a ms y x ur Acton 3 2 2 Figure 8 7 SAM Major Alarm Troubleshooting Flowchart 8 34 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting 52 Use loopbacks to isolate alarm condition Check most likely causes as necessary Port configuration Alarm Internal Alarm clears reseat module cable connections replace SAM No N i Define actions to Contact distant end correct most probable have them commence causes troubleshooting Alarm Clears 9 Alarm clears Yes 9 2 s Review Alarm Summar and System Log call Customer Service with pertinent information
33. Rte ne 7 23 User Security Configuration 7 26 Power Supply 7 27 Module 7 28 Protection Definitions 7 28 NIM 7 29 CPU Redundancy s os he aba ee eee eee 7 32 Module 7 36 How to Configure Specific 7 37 OC I2c STM 4CG e MERE es 7 38 OC 12c STM 4c BITS Timing Redundancy 7 39 3 5 1 aede rues rub E Ree Rp Ron 7 41 ATM DS3 NIM REESE RU EX ORE Ed 7 43 ATM DSS rr RR 7 46 Unstructured DS3 8 7 49 Structured DS3 5 7 56 DSINx64 e e eR c 7 63 2222 lbs ba d 7 66 Unstructured 35 7 71 Multi Bit Rate MBR 5 7 77 High Bit Rate HBR 5 7 81 High Speed SAM 7 83 Serial Mux SAM 7 87 Serial Demux SAM Configuration
34. Service RAI Auto X bits 1 X bits 0 Indication RAD configuration Allows user configuration of the X bits associated with C bit parity framing Auto makes it transparent the other choices set the X bits to either 1 or 0 Broadmore 1700 Release 4 6 7 57 Configuration Structured DS3 SAM Table 7 14 Structured DS3 SAM Diagnostics Configuration Item Options Description Port Name A descriptive field to identify the port Port Mode On line This is a status field that can be toggled to offline in which Off line case the port will not be available to make calls and passive SVCs are refused Framing C bit C bit is a framing mode using DS2 stuff bits associated M13 with M13 multiplexing for other purposes such as Far End Alarm Control FEAC Channel is a mode that maps 28 0515 directly into the 053 The DS1s do not exist independently as is the case when M23 multiplexing is used Clock Mode Network Synchronous Network This method of clock recovery BITS Clock derives timing from the ATM Network and propagates it to Loop the CE Service Interface The ATM network must be synchronized to a single source clock User equipment should be configured to recover timing from the Broadmore 1700 CE service interface BITS Clock Building Integrated Timing Supply distributes standard timing to equipment within the central office The Broadmore 1700 accepts BITS via either NIM IOM The fallback for
35. 0 indicates not detected Select System Management lt Select Monitor Activity Select Slot Statistics Select HSAM J Telnet 10 30 3 108 Broadmore Copyright lt c 2004 Carrier Access Corporation Maintenance Diags Administration Help HSAM SAM lt Offline gt Slot D Statistics Input Bit Rate lt kBps gt 200 I amp Activity Output Bit Rate lt 52 137888 lt I Only I data in Active 0 data in Idle Cell Cnt 4 Clock in Active Cell Cnt 8 I data out Idle Cell Cnt 12 Q data out Active Cell Cnt 16 Clock out Idle Err Cell Cnt 28 Alarms Err Cell Cnt 24 I Cell Loss Off Q Cell Loss Off BERT Cnt 28 Cno sync BERT Cnt 32 Cin sync Seconds 14 HSAM SAM Slot D performance counters cleared oe oor 8 8 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards Unstructured DS3 and Unstructured E3 SAM Statistics Operational statistics are provided in accordance with RFC 1407 Statistics for the Unstructured DS3 and Unstructured E3 are shown in separate windows below Unstructured DS3 Statistics For Unstructured DS3 SAMs the most recent 24 hours of statistical data is maintained in a separate file This data is presented in 15 minute increments by port in spreadsheet format Select DS3 Stats Port Alarms Port Summary Use the following steps to view the Unstructured DS3 SAM statistics Select System Management Select
36. 7 15 Network Loading 2 25 Payload Scramble Mode 7 38 7 42 Subnet Mask 7 15 by Chassis 8 2 ATM DS3 NIM o RREEIHRRRERER ERES 1 15 Configuration 7 43 7 46 rere ne eh bea ee 1 15 ATM 053 Connections 6 9 Index Audit Trails 10 10 10 13 11 26 11 30 Archiving ping shee RAUS 10 15 11 32 Deleting 10 15 11 32 System Log 10 15 11 32 Authentication 11 6 Authorized Access to Shell Commands 10 19 11 41 Authorized Services 11 6 Automatic FEAC Alarms 7 51 7 59 B 7 65 Backhaul TDM Circuit Aggregation and 2 7 Bandwidth 7 25 Bandwidth per Cell Bus ATM 2 22 Bandwidth per Module ATM 2 23 Banner Text vov ver E 10 6 11 13 Basic Features 2 3 Battery CPU 2 Replacement 2 30 i225 chee IER dde 7 31 Bit Error Rate cce pep RR 7 31 BITS ipe sts nese 7 50 7 57 7 58 7 72 Clock Alarm Loss 7 38 7 42 Jumpets 2542 chi ve QUIE 5 9 Timing Redundancy 7 39 BITS Interface Connections 6 7 Brackets Mounting 4 5 Bridge HSAM Bridge Installation 5 11 Broadmore 1700 CHASSIS e
37. Broadmore 1700 Release 4 6 Technical Specifications 051 TI or El Circuit Emulation Service Access Module SAM DS1 T1 or E1 Circuit Emulation Service Access Module SAM e 8 ports per card e RJ 48 connectors on rear panel e CES Version 2 AAL I1 and ITU T recommendation 1 363 Structured Nx64 T1 1 to 24 ATM PVCs or SVCs per port E1 1 to 31 ATM PVCs or SVCs per port Un structured T1 or E1 e Clocking Network BITS Service port Adaptive SRTS unstructured Loop NOTE SRTS isa proprietary timing algorithm and may ONLY be used with specific written prior permission from Carrier Access Corporation Additional license fees may apply DS3 T3 Structured Circuit Emulation SAM e 1 port per card e BNC connector access on rear panel IOM e CES Version 2 AAL1 and ITU T recommendation 1 363 Structured N x 64 DS3 1 to 672 ATM PVCs or SVCs per port DS3 options C Bit parity e Clocking Network BITS Adaptive SRTS Loop NOTE SRTS is a proprietary timing algorithm and may ONLY be used with specific written prior permission from Carrier Access Corporation Additional license fees may apply Broadmore 1700 Release 4 6 A 7 Technical Specifications 053 Unstructured Circuit Emulation SAM DS3 Unstructured Circuit Emulation SAM e 3 ports per card e connector access on rear panel e Unstructured CES Version 2 AAL1 and ITU T recommendation 1 363 e DS3 options C Bit parity
38. Pin E E Broadmore 1700 Release 4 6 6 13 Electrical Installation Multi Bit Rate IOM Connections Multi Bit Rate Connections The provides four serial interfaces labeled 1 to 4 that can be configured as either DCE or DTE synchronous or asynchronous The following cable adapters are available e 7660 502 MBR EIA 530 Cable DB25 DCE 5ft e 7660 512 MBR EIA 530 Cable DB25 DTE 5ft e 7660 504 MBR RS 232 Cable DCE 5ft e 7660 514 MBR RS 232 Cable DTE 5ft e 7660 501 MBR RS 449 Cable DB37 DCE 5ft e 7660 511 MBR RS 449 Cable DB37 DTE 5ft e 7660 503 MBR V 35 Cable DCE 5ft e 7660 513 MBR V 35 Cable DTE 5ft 1 Connect the HDB26 high density cable connector to the desired IOM port 2 Connect other end of cable to the user equipment 6 14 Broadmore 1700 Release 4 6 Electrical Installation High Bit Rate IOM Connections High Bit Rate Connections This provides four serial interfaces labeled 1 to 4 that can be configured as either DCE or DTE synchronous only The following cable adapter is available e 7660 524 Cable Adapter HBR RJ45 to DB25 DCE 1 Connect the RJ45 cable connector to the desired port 2 Connect the DB25 cable connector to the user equipment Broadmore 1700 Release 4 6 6 15 Electrical Installation High Speed SAM IOM Connections High Speed SAM IOM Connections The HSAM IOM provides two s
39. Tera Term 192 168 200 100 Eile Edit Setup Control Window Help Broadmore Copyright lt c 2884 Carrier Access Corporation System Management Maintenance Diags Help Set System Time Pick User to Delate User ID Rules Add Change Passwor Williams OPERATIONS Security Modify gt Power on configuration saved After you select the user to be deleted a confirmation message appears Select Yes to delete the user or No to exit without making any changes Modifying a User Tera Term 192 168 200 100 ela xl File Edit Setup Control Window Help Broadmore Copyright lt c 2884 Carrier Access Corporation System Management Maintenance Diags Help Set System Time hange User ID User ID Rules Add Delete Change Passwor Modify User Williams WH OPERATIONS Craft Access Enable Remote Access Enable tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done After you select the user to be modified enter the appropriate information in the 10 12 Broadmore 1700 Release 4 6 Security Management User Audit Trails Modify User fields See Adding a User on page 10 11 for more information on the individual fields User Audit Trails NOTE It is recommended that audit trails remain disabled until deployment of the Broadmore with the anticipated power up configuration is complete This prevents the audit logging of nume
40. 50 10 ft Cable Adapter HBR RJ45 to DB25 DCE Module Structured DS3 SAM LapLink Cable PC to Broadmore 1700 serial port cable with DB9 F and DB25 F connectors on both ends CPU 2 Replacement Battery Panasonic VL1220 1HF or equivalent Bussman 7 5 Amp Fuse Bussman Fuse Cover Spare Parts List E2 E4 E6 E8 E10 E 12 E14 E 16 E18 E18 E18 E 20 E21 B 3 Spare Parts List Globe Globe Motors Fan Filter Motors FFM745 NOTE Cables and adapters used for connection to MBR HBR CBI and HSSI CBI SAM IOM cards must be built to the cable specifications in Ap pendix E B 4 Broadmore 1700 Release 4 6 APPENDIX Software Error Messages In this Appendix a Overview a System Errors Setup Errors Software Error Messages Overview Overview Error messages are displayed for a number of reasons In many cases an error message is the result of normal operation and no operator action is required The messages shown below are divided into two groups SYSTEM ERRORS and SETUP ERRORS Typically the SETUP ERRORS are configuration problems which the user can correct through normal operations as noted in chapters three and four SYSTEM ERRORS provide clues about system operation which are meant primarily for Carrier Access Customer Support analysis NOTE System errors may be observed during normal operation These errors may be an indication of events which are not necessarily a problem Evaluate the Broadm
41. 7 35 Index 4 Redundancy 7 32 Release Control 7 35 es 1 10 RES 8 23 Sync Data and SW 7 34 System Log 7 33 CPU 2 Replacement Battery 2 30 CSES 8 11 7 79 Custom 300 Mbps Serial Data System 2 11 Configuration Guidelines 2 21 Custom Communications 2 10 D Damage Report 3 3 Date System 22222222222 vas AS 10 7 11 14 Debug Messages scp 11 38 Default DSA KEY pence ee deena ER 11 8 Delete Configuration 7 107 10 12 11 28 Deleting Audit Trails 10 15 11 32 Demux IOM Connections 6 17 Deployment Options 2 4 Diagnostics 222020554 REESE PE 7 86 DISA Validated iv Disk On Chip Part Number 2 30 DS1 AER 1 24 DAM fine yx eee e pe ec 1 22 Configuration 7 57 7 63 Configuration Items 7 64 51 1 55 s 7 70 IOM Connections 6 13 Broadmore 1700 Release 4 6 Service Clock Options Service Type Options DS3 IOM Structured SAM structured ae kbs Alarm Configuration Configuration 7 56 Diag
42. BAD OC3 XTABLE FORMAT BAD OC3 RESET OPTION BAD OC3 LOOP MODE BAD OC3 ACTION ID BAD NX64 ACTION ID BAD NX64 INPUT PARAMETER BAD NX64 LINE CODE FORMAT BAD NX64 TIMING SOURCE BAD NX64 LOOPMODE BAD NX64 LINE LENGTH BAD NX64 FRAME TYPE BAD NX64 TRANSMIT ALARM BAD NX64 DIAG CONTROL BAD NX64 SERVICE TYPE INVALID SLOT NUMBER NULL SDU POINTER CONFIGURE ITEM QSEND ERR CONFIGURE ITEM ERROR READ NX64SAMFILE ERROR READ OC3NIMFILE ERROR WRITE NX64SAMFILE ERROR 0 1101 0 1102 0 1103 0 1104 0 1105 0x1106 0x1107 0x1108 0x1109 0 110 0x110b 0 110 0x110d 0 110 Ox110f 0x1110 0 1111 0 1112 0 1113 0 1114 0x1115 0x1116 0 1117 0 1118 0 1119 0 111 0 1116 0 111 Broadmore 1700 Release 4 6 WRITE_OC3NIMFILE_ERROR DATABASE CREATION ERROR WRITE 76651NIFILE ERROR CONMAN RETRIES EXCEEDED SVCS CARDTYPE MISMATCH WRONG RX TX DATALEN WRONG LOAD XTABLE DATALEN VPVC NOT TRANSLATABLE 0 111 0 111 Ox111f 0x1120 0x1121 0x1122 0x1123 0x1124 VP VC incompatible with the Software Error Messages Setup Errors current OC3 Translation Table Address Format NIM_NOT_FOUND CONNECTION LIMIT REACHED Connection table is CHANNELS ALREADY IN USE VC related errors SIG LINK NOT READY INVALID PORT NUMBER INVALID CHANNEL NUMBER INVALID CHANNEL MAP INVALID ATM IFINDEX Connection not found 0x1125 0x1126 full 0x11
43. Features OC 12 622 080 Mbps SC fiber optic connectors Description The OC 12c STM 4c NIM is available with either Intermediate Reach or Premise Reach fiber optic terminations It is compatible with any combination of SAMs installed in the Broadmore 1700 chassis up to the available bandwidth Interface from the SAMs to the NIM is accomplished via the chassis midplane OC 12c STM 4c single mode Intermediate Reach IR module supports ATM physical PHY data rates up to OC 12 622 080 Mbps FAULT ON LINE Indicators FAULT normal no fault major alarm or minor alarm ON LINE normal standby or not ready LOS good RX power or loss of signal Connectors TX and RX fiber interfaces to the ATM network are made via the SC connectors on the NIM accessed from the front of the chassis 1 12 Broadmore 1700 Release 4 6 OC 3c STM 1c NIM Module Type Part Number Slot Number Features Description Indicators Connectors Product Description OC 3c STM Ic NIM Jo FAULT NIM 7660 017 Premise Reach Multi Mode fiber 7660 016 Intermediate Reach Single Mode fiber A Protection B Working OC 3 155 520 Mbps SC fiber optic connectors The OC 3c STM 1c NIM is available with either Intermediate Reach or Premise Reach fiber optic terminations It is compatible with any combination of SAMs installed in the Broadmore 1700 chassis up to the available bandwidth Interface from
44. Item Edit Allowed Group Name No Read View Name Yes Write View Name Yes Notify View Name Yes Security Model No Security Level No Yes Storage Access Policy The USM V ACM configuration defines the complete access policy in effect for incoming SNMP requests in the system SNMP users and a Security model define a SNMP group Each Group along with a View defines one element of the Access Policy as defined in the Access table When an SNMP request comes to the system the system first determines which group the user sending the request belongs to This is done by looking up the username and the Security model used V1 V2 or USM in the SNMP request Once the group is determined the system looks up the Access table entries and decides e whether the authentication and encryption is required for the SNMP query This is determined by looking up the Security Level parameter in the Access table Authentication is verified based on the information in the User table parameters Auth Key or Auth Password In case encryption is required the key defined by User table parameters Priv Key or Priv Pass word is used Broadmore 1700 Release 4 6 12 23 SNMP Configuration Access e whether the user sending the SNMP request is eligible to get or set the MIB variable This is determined by looking up the Read and Write parameters of the Access table e the exact set of MIB variables managed obje
45. Maintenance Diags Administration Help 1 Known ATM Addresses 0 Follow the sequence below to Edit Copy Delete or add a New user to ATM list Select System Management Select Configuration 1 Select System Services Select ATM Address List Select one of the following Edit J edit the description and or ATM address Copy A to put a copy of the ATM address into the list Delete New 1 enter the description and or ATM address With each selection confirm your changes and press Esc to exit 7 12 Broadmore 1700 Release 4 6 Configuration Connection Retry Connection Retry Applicable to SVCs only the retry throttle value is the number of SVC call setups teardowns that the Broadmore 1700 works on at one time An initial throttle value of 80 and interval of 30 seconds are recommended These values can then be adjusted to meet local requirements Connection Retry Retry Throttle lt 1 UP 86 Interval between Retries Seconds 30 Retry Cause Codes Applicable to SVCs only each item in this list can be set to yes or no based upon local requirements These codes are set as factory defaults to the most common values Changing them will overwrite the defaults Only the yes values are retried Retry Cause Codes 1 Unallocated Cunassigned gt number 2 No route to transit network No route to destination UNI 3 UPCI UCI unacceptable
46. Port Online Framing M23 Buildout Below 225 ft RxLevel DSK Mapping Direct Payload Scramble Off Tx Clock Loop The following tables show the options available for each item separated by operational configuration diagnostics and alarm configuration CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC IS SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 7 46 Broadmore 1700 Release 4 6 Configuration ATM DS3 SAM Table 7 5 ATM DS3 SAM Configuration Items Item Options Comment Port Name A descriptive field to identify the port Port Mode On line This is a status field that can be toggled to online or Off line offline When the port is in offline status it is not available to make calls and passive SVCs are refused Framing C bit C bit is a framing mode using DS2 stuff bits associated with M23 multiplexing for other purposes such as Far End Alarm Control FEAC Channel M13 is a mode that maps 28 0515 directly into the DS3 The 0515 do not exist independently as is the case when M23 multiplexing is used Buildout Below 225 feet Cable distance from NIM port to attached equipment Above 225
47. Release 4 6 Configuration Unstructured DS3 SAM Select System Management Select Configure Select Slot Select Port of interest Select Alarm Configuration Press Network Alarms or Service Alarms Use the space bar to toggle to the available options and press Esc to save the settings Table 7 11 Network Alarm Definitions Network Alarm Definition Cell Starvation Cell Starvation indicates there are no cells being received from the network side LOF Loss Of Framing indicates that the framing alignment of the signal coming into the Broadmore 1700 from the ATM side has been lost AIS This alarm indicates an Alarm Indication Signal is being received from the network side When a network element receives a loss of signal it is supposed to propagate an AIS alarm on its output If this alarm is active then an AIS alarm is being propagated to it An AIS alarm is a validly framed DS3 signal consisting of a repeated 1010 data pattern Idle An idle alarm means that an idle signal validly framed DS3 signal with a repeated 1100 signal is being detected on the network side RAI The Remote Alarm Indicator also known as a Yellow Alarm is transmitted by setting the X bits to zero This particular alarm indicates that a Yellow alarm has been sent across the ATM network and is being received by this DS3 port In the DS3 port configuration screen you can select the Network and Service side RAI as Auto 1 or 0 Sele
48. Release 4 6 3 3 Receipt of Product Damage Reporting 3 4 Broadmore 1700 Release 4 6 CHAPTER Chassis Installation and Grounding In this Chapter Precautions 4 2 Installation Factors 4 3 Rack Mounting 4 4 Chassis Grounding 4 7 AC Power Supply Tray 4 8 Chassis Installation and Grounding Precautions Precautions DANGER EXERCISE NORMAL PRECAUTIONS FOR LIFTING HEAVY OBJECTS USE TWO PEOPLE TO LIFT THE BROADMORE 1700 WHEN LIFTING SUPPORT IT FROM THE BOTTOM AND TAKE CARE TO AVOID SHARP EDGES OR CORNERS WARNING THE FRONT AND REAR COVERS OF THE CHASSIS MUST REMAIN IN PLACE DURING RACK MOUNTING THESE COVERS SHOULD ONLY BE REMOVED FOR MODULE INSTALLATION AND MAINTENANCE AS REQUIRED THE COVERS SHOULD BE REPLACED AS SOON AS POSSIBLE AFTER SUCH TASKS ARE COMPLETED WARNING THE BROADMORE 1700 MOUNTING BRACKETS SHALL CONNECTED TO THE CHASSIS USING ONLY THE SCREWS PROVIDED FOR INITIAL BRACKET INSTALLATION THE INSTALLER SHALL BE RESPONSI BLE FOR PROVIDING A STABLE RACK THAT SUPPORTS THE WEIGHT OF THE BROADMORE 1700 AS INSTALLED WARNING THE INSTALLER SHALL BE RESPONSIBLE FOR PROVIDING A PROPER CHASSIS GROUND CONNECTION Broadmore 1700 Release 4 6 Chassis Installation and Grounding Installation Factors Installation Factors The Broadmore 1700 is designed and delivered ready for installation in a standard EIA 19 equipment rack The mounting brackets can be repositioned for installati
49. Release 4 6 6 23 Electrical Installation Software Software The Broadmore 1700 is delivered with operating software pre installed The FIPS 140 2 validated Broadmore SSHield Management software is installed on each CPU s flash memory DSP software code also exists on each NIM and SAM and is unique for each type of module Two programs may be used to communicate with the CPU operating system These are the Communication Access Multiplexer Management Interface CAMMI and Command Line Interface CLI This manual is based upon CAMMI For information on the CLI see Command Line Interface on page 9 1 6 24 Broadmore 1700 Release 4 6 CHAPTER Configuration In this Chapter Overview 7 2 Power Supply Redundancy 7 27 Module Redundancy 7 28 Module Configuration 7 36 PVC Connection 7 99 SVC Connection 7 101 VP Reservation 7 103 System Configuration 7 106 Show Configuration 7 109 Help 7 1 1 Configuration Overview Overview Power up 7 3 User Interface Requirements 7 3 Screen Display Annotation 7 5 Key 7 6 CAMMI Access 7 7 System Services Configuration 7 8 CAM Name 7 8 Ethernet IP Configuration 7 9 ATM Address 7 11 ATM Address List optional 7 11 Connection Retry 7 3 Retry Cause Codes 7 13 CIP over ATM RFC 1577 7 14 Static Routes 7 7 LANE Configuration 7 20 UNI Version 7 22 General Proper
50. Select Notify Filters J Select one of the following Edit J edit the Filter information Copy J to put a copy of the information into the list Delete delete an existing Filter New 1 enter a new Filter Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit Broadmore 1700 Release 4 6 12 41 SNMP Configuration Notify Filters NOTE Selecting Validate Table will check that each Profile Name in this table exists in the Notify Profiles table The Notify Filters table is used to avoid sending traps for specific mib variables Each variable in the VarBindList is checked against the Subtree If a match occurs the trap is not sent The following table describes the selections Item Options Comments Profile Name string Value for Profile Name 1 to 30 characters Note This entry must agree with the Profle Name in the Notify Profiles table see Notify Profiles on page 12 43 Subtree bit string The MIB tree address indicating the branch nodes to be filtered Subtree Mask bit string The mask is a bit string where a 1 ignores the corresponding OID bit and a 0 indicates a wild card match for the corresponding OID bit A string of all 1 bits will accept any OID Type Included Must be same as in Notify table Excluded Enabled Enabled Enables disables this filter Disabled Storage Volatile Settin
51. lt Seconds 465 Broadmore 1700 Release 4 6 8 17 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards 8 18 HSSI Cell Bearing Interface HSSI CBI NIM SAM Statistics Select System Management Select Monitor Activity lt Select Slot Statistics Select HSSI NIM or HSSI SAM J HSSI NIM Online Slot B Statistics Tx Cells 48683 LOSS HEC Rx Cells 1265468059 Off TX FIFO OUERFLOU ON FIFO OVERFLOW Off INACTIVE RECU DATA ON LOSS BITS CLK Seconds Tx Cells 593347243 LOSS 119 Off HSSI SAM Rx Cells 56699595 TX FIFO QUERFLOW FIFO OVERFLOW INACTIVE DATA Seconds NOTE Errored Cells refer to HEC Header Error Control errored cells 465 Error Celis A Idle Cells 197833 INACTIVE SEND DATA ON DCE INACTIVE TERM TM ON DIE INACTIVE SEND TM Off DIE INACTIVE TM Off COnline gt Slot E Statistics Idle Cells 642611683 INACTIVE SEND DATA Off DCE INACTIVE TERM DIE INACTIVE SEND DTE INACTIVE TM Off Error Cells 12 Broadmore 1700 Release 4 6 DCE Mode Loopbk B lt Loopbk fi lt DTE lt Send lt Term lt Data gt DTE Mode Test 4 lt Loopbk C lt DCE lt lt gt Send Data gt Send lt Maintenance and Troubleshooting 24 Hour S
52. or no connection ONLINE normal standby or not ready ALARM one LED per port normal enabled major alarm minor alarm or no connection 1 20 Broadmore 1700 Release 4 6 Product Description Structured DS3 IOM Structured DS3 IOM Module Type IOM Part Number 7660 416 Slot Number Mounts in chassis rear behind corresponding SAM Description One structured DS3 port at 44 736 Mbps Connectors One pair of BNC coaxial connectors IN receiver input OUT transmitter output IOM DS3 STRUCT ul Broadmore 1700 Release 4 6 1 21 Product Description DSI CE SAM DS1 CE SAM Module Type SAM Part Number 7660 004 Slot Number C thru P 0o Features Eight DS1 circuits per card 1 544 Mbps per port Structured or Unstructured services Logical connections directly to DSOs Description The DS1 Nx64 CE SAM provides users with DS1 circuit emulation CE and the ability to minimize ATM bandwidth by transporting only the timeslots required for the service There are eight DS1 ports each at 1 544 Mbps Each port interfaces to user equipment via an RJ48 connector on the IOM In the structured mode each port supports an DS1 signal made up of twenty four 64 kbps channels Nx64 Each 64 kbps channel or group of channels is groomed for transport through the ATM network In the unstructured mode each port carries a 1 544 Mbps data stream 0 Indicators FAULT normal no fault
53. 10 13 11 30 Change User ID 10 11 11 27 Changing Modes 11 17 Features 10 2 11 2 Guidance 10 3 11 3 Help About 11 17 Interface ers sos 1 5 Logging In 10 5 11 9 Residual Data and Memory Volatility 11 50 Sanitation Procedures 11 51 Shell Commands 10 19 11 34 SNMP Overview 12 2 SEES UEBER 8 11 SEQ deeds Seed 8 11 Sequence Errors 7 52 7 54 7 74 7 75 Serial Demux IOM Connections 6 17 Mux IOM Connections 6 17 Number Module 9 12 Port Connections 6 20 Port LapLink Cable 2 30 Server Address 7 15 Service AIS 2l pee bp Se RD 7 52 7 59 7 73 Alarm 7 54 7 60 7 61 7 76 7 94 7 98 BERT Test 7 51 7 73 Clocking Mode 7 61 7 64 7 66 FEAC Loopback 7 51 7 59 Broadmore 1700 Release 4 6 ete orig 7 51 7 73 Service Access Module 1 10 Service Access Module Options 2 34 Service Mission Critical Voice 2 6 settimeout 11 35 Setup 22222222952 pA kes C 4 SEIP Login cece orrasa ecrit 10 21 11 43 Shell Commands 10 19 11 34 Authorized Access 10 19 11 41 fipsmode
54. 7 76 7 44 7 47 7 50 7 57 7 58 7 72 E 7 11 Maintenance 8 1 Management Interfaces 1 5 Management Cable 6 3 Managing Users 10 10 Broadmore 1700 Release 4 6 Index MBR SAM zie RES 1 25 Configuration 7 77 MBR SAM Configuration Items 7 77 7 81 7 90 7 91 7 95 Media Access Control 7 11 Memory Non Volatile 11 50 Messages Software Error C 1 Mission Critical Circuit Resiliency 2 14 Voice Service 2 6 Modifying a User 10 12 11 29 Module ATM Bandwidth per 2 23 Configuration 1 9 7 36 Configure How to 7 37 Descriptions 1 11 Individual NIM andIOM 2 32 Individual SAM and IOM 2 36 Installation 5 1 5 3 Installation Overview 5 4 Installation Procedures 5 3 Installation Sequence 5 8 Locations ee RE 5 6 NIM and 2 31 NIM Individual 2 32 Options NIM ost xe EGGS 2 31 SAM ads 2 34 Redundancy 7 28 SAM and IOM Individual 2 36 SAM and Sets 2 34 Serial
55. ATM DS3 NIM SAM Module Type NIM or SAM depending on slot Part Number 7660 018 Slot Number A Protection B Working SAM C thru P Features One DS3 port 44 736 Mbps Description The ATM DS3 NIM provides one bi directional ATM port at 44 736 Mbps with B3ZS code Input and output coax connectors are provided for the port on the ATM DS3 Both PVC and SVC services are provided Either may be chosen through appropriate module configuration The Broadmore 1700 supports eleven ATM DS3 ports within the available OC 12 bandwidth of 622 080 Mbps Indicators FAULT normal no fault major alarm or minor alarm ON LINE normal standby or not ready Broadmore 1700 Release 4 6 1 15 Product Description DS3 IOM ATM DS3 IOM Module Type IOM Part Number 7660 419 Slot Number Mounts in chassis rear behind corresponding NIM or SAM Features BITS clock input Description When used with an ATM DS3 NIM the ATM DS3 IOM provides a physical ATM cell based interface to an external clock giving the option of synchronizing the Broadmore 1700 master clock to an external source In a redundant system BITS clock may be provided to each ATM 053 IOM When used with an ATM DS3 SAM the ATM DS3 IOM provides a physical ATM cell based interface to user equipment Connectors IN BNC connector for ATM DS3 input OUT BNC connector for ATM DS3 output BITS RJ48C connector for BITS input clock 1 16 Broadmo
56. Adaptive be used with specific written prior permission from Carrier Access Network Corporation Additional license fees may apply BITS Clock Loop SRTS measures the Service Clock input frequency against a network wide ATM synchronization clock and sends the difference signals in the AAL1 header to the destination Broadmore 1700 circuit emulation interface The different signals are then combined with the network wide ATM synchronization clock to re create the input service clock If more than one ATM clock synchronization is present in the network an alternate timing recovery method must be selected For this method to work the ATM network must be synchronized to a single network wide clock source User equipment should be configured to internal clock Adaptive Timing maintains a pre defined fill level in the Circuit Emulation Re assembly buffer to control the timing output to user equipment This method of timing recovery does not require a Synchronous ATM network and is used in applications where network wide synchronization is not available Synchronous Network method of clock recovery derives timing from the ATM Network and propagates it to the CE Service Interface The ATM network must be synchronized to a single source clock User equipment should be configured to recover timing from the Broadmore 1700 CE service interface Synchronous Loop CE interface will derive clock from the attached DS3 user equipment and transmit from the CE in
57. Clock Polarity Normal ST Clock Disable tatus Window CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC IS SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 Broadmore 1700 Release 4 6 7 89 Configuration Serial Demux SAM Configuration Table 7 35 Serial Demux SAM Configuration Items Item Options Comments Port Name None This is a user defined field Enter text to clearly identify the port for your own use Port Mode Online Offline This a status field Choices are not selectable Bits Per Second 100000 3000000 Enter the speed for the attached signal input from 100 kbps to 3 Mbps This value must be the same as used in the corresponding Serial Mux providing the data Clock Polarity Normal Inverted Toggle to the desired selection Normal or Inverted This option changes the phase of the clock signal with respect to the data ST Clock Enable Disable Toggle to the desired Send Terminal clock selection Enable or Disable ST must be enabled on Demux if it is enabled on the Mux 7 90 Broadmore 1700 Release 4 6 Configuration Cell Bearing Interface CBI NIM SAM Cell Bearing Interfac
58. Security Management IP ICMP Messages IP ICMP Messages You can use the Internet Control Message Protocol selection to enable or disable all ICMP messages for Internet Protocols such as ping or echo Disabling ICMP is a common defense against denial of service attacks using ping floods Broadmore Copyright lt c 2003 Carrier Access Corporation System Management Maintenance Diags Help Administration Set System Time Change User ID gt User ID Rules grange Password SecurID Enable SecurID IP interface Ethernet User Audit Enable IP ICMP Messages Enable tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Broadmore 1700 Release 4 6 10 17 Security Management SNMP Messages SNMP Messages You can use the SNMP Properties selection to enable or disable SNMP messages The Broadmore supports older SNMP v1 and v2 as well as newer SNMPv3 protocols You have the option to disable only SNMPv1 and v2 messages or all SNMP messages Only a SuperUser or SysAdmin can access or change these properties see SNMP Properties on page 12 3 2015 File Edit View Call Transfer Help Dia 513 sel Br ore Copyright c 2004 Carrier flccess Corporation Sere Maintenance Diags Administration Help 1 SNMP Properties SNMP any Disable me SNMP Properties SNMP 91 2 Disable et IP Views Cli Traps Disable TM fiddress Users Squelch Level No Squelch dress List Groups Tr
59. Structured with CAS Frame Type Direct Unstructured Extended Superframe Superframe CBR Signal Format B8ZS AMI Save up up up up Broadmore 1700 Release 4 6 Command Line Interface Creating and Running Scripts Command Line Interface Creating and Running Scripts Example 2 Script for Configuring a PVC on a DS1 Card This script configures a PVC connection named test on Port 1 of a DS1 card in Slot F sys config pvc set connectionname test localcard f localport 1 portchannelmap 111111111111111111111111 txvpi 0 txvci 32 rxvpi 0 rxvci 32 cdv 80 save Example 3 Script for Deleting a PVC on a DS1 Card This script deletes a PVC connection on Port 1 of a DS1 card in COSTOE E Sys config pvc delete test save 9 8 Broadmore 1700 Release 4 6 Port Configuration Command Line Interface Port Configuration This example shows how to use CLI to configure a DS3 port Follow the steps below from the initial CLI screen to access the configuration items The steps shown below must be entered in sequence one at a time CLI does not support going directly to the last screen via a single entry e g a single entry of sys config slot c port1 configoperation show will give an error for unrecognized entry Enter sys 41 response is Enter config response is Enter slot 1 response is Enter C 4 response is Enter port 1 response is Enter configoperation response is Enter show 1 respons
60. The CBI also supports Crypto Resync for applications that require encryption The CBI has been successfully tested with the following encryption devices KG 94 KIV 19 KG 194 KIV 7 KG 175 and KG75 FAULT indicates normal no fault major alarm minor alarm or no PVC assigned ON LINE indicates normal standby or not ready Broadmore 1700 Release 4 6 1 33 Product Description Cell Bearing Interface CBI IOM Cell Bearing Interface CBI Module Type IOM Part Number 7660 417 Slot Number Mounts in chassis rear behind corresponding NIM or SAM Features DTE or DCE interface Description The CBI IOM provides the physical interface connection to the user equipment There is a single DB25 DCE interface and a single DB25 DTE interface but only one interface can be used at a time The interface is software selectable as part of the provisioning process Connectors DTE DB25 RS 530 serial data port for DTE device DCE DB25 RS 530 serial data port for DCE device BITS RJ48 for Building Integrated Timing System input Used only when used as NIM IOM RESYNC Spring terminal block for Crypto Resync output to cryptographic equipment Jumpers RESYNC Jumpers on the component side of the card can be set to configure the output signal for 5V default 5 or contact closure 1 34 Broadmore 1700 Release 4 6 Product Description High Speed Cell Bearing Interface NIM SAM High Speed Cell Bearin
61. above Firmly press the NIM IOM into the chassis until the connectors completely seat Secure the retaining screws on the top and bottom of the module being careful not to over tighten Repeat this process for the NIM IOM in slot A HSAM Bridge Installation The HSAM Bridge is a small double width card designed to bridge two cellbus connectors on the midplane This card must be installed before installing the HSAM IOM 1 From the chassis rear place the HSAM Bridge card across the top two midplane connectors in slots D and E Firmly press the HSAM Bridge to seat the connectors The bridge card will be held in place by the HSAM IOM Broadmore 1700 Release 4 6 5 11 Module and Fan Installation SAM IOM Installation SAM IOM Installation 1 Before installing a CBI SAM or HSSI CBI SAM IOM ensure that the jumpers on the component side of the cards are configured for the desired Resync output signal level Closed means that jumper is installed over both pins Open means that jumper is installed over just one pin The Resync output is configured by setting the jumpers on the card to select 5V default 5 or contact closure only Active State pin 1 2 J8 19 J10 Jil Normal 5V Closed Open Open Closed Invert 5 Open Closed Closed Open Contact Closure Open Open Open Open 2 From the chassis rear place each SAM IOM so that it slides easily in the top and bottom card guides with the c
62. and multiplexes the cells onto a single ATM User Network Interface UNI port Permanent Virtual Circuit PVC and Switched Virtual Circuit SVC services are available based upon the user defined module configuration The Broadmore accepts a variety of constant bit rate CBR services including structured and unstructured DS3 DS1 E3 E1 cell bearing HSSI and CBD and high speed and multi bit rate HBR and MBR serial data ATM Network OC12c STM4c D TEM Optical te am Electr ical OC3c 4 n STM1c d to Core or Sell Broadmors 1700 Switches CBI Ss 1700 Broadmore 1700 Release 4 6 gt Non ATM Services DS1 E1 DS3 E3 HBR Serial Data MBR Serial Data HSSI Cell ATM CBI Cell ATM 2 3 Planning and Ordering Guide Deployment Options Deployment Options Typically the Broadmore 1700 is deployed at the edge of an ATM network as the ATM node element closest to the customer Cell bearing interfaces HSSI and CBI allow efficient transfer of serial data over satellite links while OC 12c and OC 3c network interfaces transport a variety of multiplexed ATM and TDM services Satellite Link Cell Bearing amp Serial Data EIA 530 RS 232 RS 449 V 35 Broadmore 1700 Global ATM Network ATM amp TDM DS3 DS1 E3 E1 EIA 530 RS 232 RS 449 ATM Switch LL V 35 Broadmore OC 3c 1700 ie Broadmore 500 OC 12c
63. connectors Cable adapters are available for merging the four HDB26 connections into one DB37 DCE connector see Cable Specifications on page E 1 Indicators FAULT normal no fault major alarm minor alarm or no connection ONLINE normal standby or not ready STATUS not used Broadmore 1700 Release 4 6 Product Description Cell Bearing Interface CBI NIM SAM Cell Bearing Interface CBI NIM SAM Module Type Part Number Slot Number Features Description Indicators NIM or SAM depending on slot 7660 017 NIM B Working A empty SAM C thru P Can be used as a NIM or SAM 56 kbps to 16 384 Mbps in 1 kbps increments The Cell Bearing Interface CBI is a synchronous serial interface that can be configured as either a DTE or DCE The CBI provides the ability to multiplex multiple cell streams PVCs over a single interface Essentially the CBI performs a Cell Relay function while maintaining the existing Class of Service for each connection Each CBI is also capable of supporting multiple VPIs on a per PVC basis A typical application for the CBI would be to multiplex multiple PVCs over a SATCOM uplink connecting remote ATM networks The CBI can be used as a Network Interface Module NIM to provide network backbone transport or as a Service Access Module SAM to aggregate multiple synchronous serial links over an ATM network The CBI NIM supports a BITS interface to ensure proper network timing
64. gt monitor activity slot statistics 053 SAM Port gt Port Counters Broadmore 1700 Release 4 6 7 51 Configuration Unstructured DS3 SAM Item Options Comments Network AIS Activate Deactivate Sends Alarm Indication Signal to the network when activated Service AIS Activate Deactivate Sends Alarm Indication Signal to the connected local service equipment when activated Loopback Normal Normal is no loopback Local Local sets a service side loopback DS3 on the port Remote Remote sets a network side loopback ATM on the port See loopback diagram on page 8 26 Table 7 10 Unstructured DS3 SAM Alarm Configuration Network Alarms Options Service Alarms Cell Starvation Ignore Major Minor LOS LOF Ignore Major Minor LOF AIS Ignore Major Minor AIS Idle Ignore Major Minor Idle RAI Ignore Major Minor RAI FEAC Ignore Major Minor FEAC Sequence Errors Ignore Major Minor Line Code Violation Excessive SNP Errors Ignore Major Minor Excessive SNP Errors Excessive F bit Errors Ignore Major Minor Excessive F bit Errors Excessive Parity Errors Ignore Major Minor Excessive Parity Errors Excessive C bit Errors Ignore Major Minor Excessive C bit Errors Excessive FEBE Errors Ignore Major Minor Excessive FEBE Errors Follow the sequence below to set network alarms DS3 alarms are set on a port basis with alarm definitions as shown 7 52 Broadmore 1700
65. major alarm minor alarm or no connection ONLINE normal no fault standby or not ready STATUS one LED per port normal enabled major alarm minor alarm or no connection 1 22 Broadmore 1700 Release 4 6 Product Description CE SAM E1 CE SAM Module Type SAM Part Number 7660 005 Slot Number C thru P Features Eight circuits per card 2 048 Mbps per port m Structured or Unstructured services Logical connections directly to 250 Description The E1 Nx64 CE SAM provides users with E1 circuit d emulation CE and the ability to minimize ATM bandwidth by transporting only the timeslots required 0 for the service The E1 SAM conforms to the Forum specification CES IS AFVTOA 0078 0000 There are eight E1 ports each at 2 048 Mbps In the structured mode each port supports E1 signal made up of thirty two 64 kbps channels Nx64 Each 64 kbps channel or group of channels is groomed for transport through the ATM network In the unstructured mode each port carries a 2 048 Mbps data stream Indicators FAULT normal no fault major alarm minor alarm or no connection ONLINE normal no fault standby or not ready STATUS one LED per port normal enabled major alarm minor alarm or no connection Broadmore 1700 Release 4 6 1 23 Product Description 51 1 DS1 E1 IOM Module Type IOM Part Number 7660 404 Slot Number Mounts in chassis rear
66. mode and are ignored for Asynchronous mode Broadmore 1700 Release 4 6 7 81 Configuration High Bit Rate HBR SAM Item Options Comments Network Timing Synchronous Synchronous uses the network as a common timing source for Recovery input or output data Adaptive Adaptive is used for external timing when there is no common timing source Loop Loop uses the clock recovered from the received data as the transmit timing source Tx Payload Size 1 47 Tx and Rx Payload determine the number of bytes per cell 1 47 It is used to reduce latency in low bit rate connections Tx to Rx Payload must match on each path 1 e local Rx to distant end Tx must match Same for local Tx to distant end Rx The two values may be asymmetrical Rx Payload Size 1 47 Tx and Rx Payload determine the number of bytes per cell 1 47 It is used to reduce latency in low bit rate connections Tx to Rx Payload must match on each path i e local Rx to distant end Tx must match Same for local Tx to distant end Rx The two values may be asymmetrical Line Loopback Normal Normal Mode is no loopback Loop Line Loopback sets a loopback to the service equipment Suppress Cells on Yes If Yes no ATM cells are sent when a LOS is detected LOS No 7 82 Broadmore 1700 Release 4 6 Configuration High Speed SAM HSAM High Speed SAM HSAM Choose slot D containing the High Speed SAM HSAM to be configured and a screen
67. so it is recommended that source routed packets be dropped on routers and firewalls See manufacturer s instructions 3 The Broadmore RS 232 COM 1 serial port used for Craft Access does not immediately terminate a management session if a user disconnects without typing exit During the following timeout period another user can connect without logging into the RS 232 port and other users are denied access through the ethernet port It is recommended that all accounts be created with Remote Access only except for one failsafe SuperUser account with Craft Access The craft password should be stored safely in the NOC When needed the SuperUser can log into the craft port fix things change the password log out and store the new password back in the NOC Initialization and Verification When the Broadmore is powered up in the FIPS mode the FIPS 140 2 validated software will perform a self test to verify software integrity and cryptographic functions To verify that the Broadmore is operating in FIPS mode see Help About Security on page 11 17 Key Management A DSA private hosts key is required for SSH2 connection to the Broadmore A default key is provided for use in initializing the Broadmore after installation at the customer site The SuperUser should change this key before making the Broadmore operational and change it periodically in accordance with local security practice System Clock The system
68. with Digital Protection Switching Dual BITS clock inputs with internal Stratum 3E holdover clock Alarms e Dry contacts for major and minor alarms e LEDs indicating major and minor alarms e User defined alarm configuration e SNMP trap generation for user defined alarms Broadmore 1700 Release 4 6 A 3 Technical Specifications Testing amp Diagnostics Testing amp Diagnostics Network loop backs structured DS3 DS3 port unstructured DS3 E3 port structured DS1 E1 Service loop backs structured DS3 DS3 port tributary and DSO unstructured DS3 E3 port structured DS1 Internal BERT generation and monitoring structured DS3 unstructured DS3 E3 FEAC loop back generation and detection Power 48 VDC dual inputs labeled A and B 240 W maximum for fully populated system 10 watts per NIM 8 watts per SAM 20 watts per CPU Fused at 7 5 A each input Alarm power module 1 slot Over voltage threshold 58 1 5 VDC Under voltage threshold 38 0 72 VDC Optional Dual Redundant AC Power Supply external Regulatory Approvals FCC Part 15 Class A radiated emissions ANSI UL 60950 CSA C22 2 NO 60950 00 FIPS 140 2 Validated Joint Interoperability Test Command JITC Certified DISA Information Assurance Tested FIPS 140 2 Level 1 validated Certificate 478 Broadmore 1700 Release 4 6 Technical Specifications Physical Physical e 17 slot chassis e Card slots 1 to 12 SAMs 1 or 2 NIMs 1 or 2 CPUs 1 a
69. 05 41 Auto detect TCP IP In case you choose to enter the key information as a password the system will internally generate a key value corresponding to the password entered and maintain that information for the user This is done because some SNMP clients use keys for authentication and encryption while others use passwords For clients that use passwords a user needs to be created with passwords for the Authentication and Encryption parameters After choosing either Key or Password to key press OK and fill in the parameters described in the table above to define the new user as shown in the following New Users Entry screen NOTE When editing a user who has been created with a password for Authentication and Privacy you can only edit the resulting key This is because Broadmore converts the password to a key while saving the user information and does not maintain any record of the original password that had been entered Broadmore 1700 Release 4 6 SNMP Configuration Users Screen for entering User Key bm100 HyperTerminal BAX File Edit View Call Transfer Help Da nmi Broadmor Copyright c 2004 Carrier flccess Corporation System Management Maintenance Diags Administration Help Moni
70. 12 Telnet SSH 2 lt vt100 gt Oj x Commands Edit Options Help Copyright lt c gt Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore 5sshdSessionShow SessionId ConnTid ServerHdl ServerName User ttyFd RemotelI p Port 6x6694612d 8x087d88800 C larry 192 168 6 84 1131 Broadmore gt Item Comments Session ID Session ID ConnTid Task ID of the sshd server handling the connection ServerTid Session server task spawned for the connection ServerName Session server name User Connecting user s name ttydFd fd available to the server task for IO with the sshd connection task Remotelp Port IP and port of the remote system Broadmore 1700 Release 4 6 11 37 Security Management FIPS Mode scp scp A SuperUser Crypto Officer can copy files to a specific directory using the secure copy scp command Using SCP The scp client can be invoked from a target OS shell by running scp and passing all options as parameter strings Examples are provided below To copy a file local_file on the target to a remote server my_server use the following command gt scp lt local file gt my self my server lt local file new gt To to copy files from the remote server my_server to the target local_file use this command gt scp my self my server lt dir gt lt file gt lt dir gt lt new file gt To display a list of options and us
71. 2 The objective is for the master control station to be able to communicate with all three Broadmore 1700s This is done by creating a subnet over the ATM This subnet consists of the three Broadmore 1700s each having a unique CIP Ethernet address as shown Broadmore 1700 1 has Ethernet connectivity with the master control station The ARP server which is the ATM switch or a suitable device on the ATM network maintains the Logical IP Subnetwork LIS as explained in the CIP over ATM section of Chapter 7 Ethernet traffic for Broadmore 1700 1 goes through the gateway directly to Broadmore 1700 1 Ethernet traffic for Broadmore 1700 2 and Broadmore 1700 3 is routed by the gateway to Broadmore 1700 1 The server uses LIS data to convert the IP address to an ATM address the traffic is then sent over the ATM to the destination Broadmore 1700 where it is interpreted and acted upon as required Broadmore 1700 2 has no Ethernet connection and its gateway is set to null This unit sends all Ethernet traffic over the ATM to Broadmore 1700 1 by default Broadmore 1700 1 then forwards the traffic to the gateway and ultimately to the appropriate Ethernet address Broadmore 1700 3 has an Ethernet gateway local control station in example diagram on next page However traffic to the master control station will not be delivered since the local control station has no Ethernet route to the master control station A static route is added to Broadmo
72. 2 Local Slot Local Port or Tributary 2 Broadmore 1700 Release 4 6 7 99 Configuration PVC Connection Table 7 44 PVC Configuration Items Item Definition Connection Name Press the space bar to select Connection Name and type a descriptive identifier For example test port 2 Local Slot The Local Slot is the chassis slot Local Port Number Port number depends on the configuration Local Channel Map Channel map depends on the configuration Channel map only applies to the DS1 NX64 El NX64 and Structured DS3 SAMs There is no channel mapping for the Unstructured DS3 Unstructured E3 HSAM MBR and HBR SAMs and this value will be displayed as N A VP VC Transmit Receive The maximum settings for VP VC are allocated using the Max VP VC feature in System Services see Max VP VC on page 7 23 Table 7 1 on page 7 23 shows the valid VP VC values CDV Cell Delay Variation CDV is the difference between the expected arrival time and the actual arrival time of the next cell This value is expressed in number of cells The value can vary from 0 to 255 An initial value of 80 to 100 cells is recommended The VPI VCI are locally significant and need to match on both ends of the PVC Therefore the VPI VCI must be provisioned identically on the ATM switch port NOTE The transmit and receive VPI VCI must be configured through the ATM switch The procedure for this will vary b
73. 2 14 Broadmore 1700 Release 4 6 Planning and Ordering Guide Mission Critical Circuit Resiliency DPS Features and Benefits e SPVx Redundancy Group Option 1 Two ports are grouped as primary and secondary SPVC ports Provides access link core and port redundancy for source and or destination devices e SPVx Source Resiliency Option 2 SPVC connection between source switches monitors status of active switch Once failure is identified initiates fail over to backup e SPVx Destination Resiliency Option 3 Full redundancy for the destination device port destination switch access link and core Primary and backup destinations can be geographically separate APS and DPS Features DPS Option 1 D X Broadmore 1700 Release 4 6 2 15 Planning and Ordering Guide System Planning Factors System Planning Factors 2 16 System Architecture 2 16 Cell Bus Configuration 2 18 OC 12c NIM Configuration Guidelines 2 19 OC 3c NIM Configuration Guidelines 2 20 300 Mbps Serial Data System Configuration Guidelines 2 2 CBI and HSSI NIM Configuration Guidelines 2 22 ATM Bandwidth per Cell Bus 2 22 ATM Bandwidth per Module 2 23 ATM Network Loading 2 25 The Broadmore 1700 is a customizable system The following factors should be considered when planning and configuring a system to meet cus
74. 3 Mbps Toggle the desired channels On or Off This option selects the channels to be multiplexed into the one serial output Toggle to the desired selection input and output This option changes the phase of the clock signal with respect to the data Clock Polarity and Transmit Timing apply to Synchronous mode and are ignored for Asynchronous mode TX Clock TT ST Toggle to the desired transmit clock selection Terminal Timing or Send Timing TT uses clock from DCE user equipment ST uses local or remote cell clock ST Clock Local Remote Toggle to the desired Send Timing clock source Local or Remote Local uses internal cell clock Remote uses cell clock recovered from remote Serial Demux 7 88 Broadmore 1700 Release 4 6 Configuration Serial Demux SAM Configuration Serial Demux SAM Configuration Choose the slot C to P containing the Serial Demux SAM to be configured and a screen for port configuration screen appears The following table is a guide to parameter configuration All input channels multiplexed into the received VC will be demultiplexed onto the corresponding channel output ports Broadmore 1788 Copyright lt c 2004 Carrier Access Corporation Maintenance Diags Administration Help Monitor Activit gt Configuration Files 3 Co Logout Configure Serial DEMUR SAM COffline gt Slot D Co Port Mode On Line UP Bits Per Second 166000
75. 7 CGIOUDS 413 vss esent es OUR 12 14 SEIS E d 12 9 VIEWS m 12 17 V Validation DISA pere ier dees DIE SR OI iv FIPS 1402 1 eek Rer EE iv rede iv View Edit Rules SNMPv3 12 19 Views USM VACM 12 17 Virtual Channel 7 23 Virtual Path 7 23 Voice Service Mission Critical 2 6 Broadmore 1700 Release 4 6 Index W rrably ix Limitations X Proced re 1 Product Returns xii Z ZeROIZG xis p hud 11 40 Index 15
76. 7 79 7 82 S Safety Information vi d chante e aecenas 7 37 1 15 RARE CREER 1 33 Cell Bearing Interface 1 33 Configuration 1 10 ISl kena ease wenn 1 22 DS3 Structured 1 20 DS3 3 Unstructured 1 17 l4 lec tae RR TEST 1 23 RS 1 18 HBR 222222222914 EE 1 27 High Bit Rate 1 27 High Speed oes 1 29 High Speed Cell Bearing Interface 1 35 High Speed SAMIOM 1 30 Installation 5 10 IOM ATMJDSS 1 16 IOM Connections 6 8 IOM Installation 5 12 MBR xD ERE PE ERU 1 25 Multi Bit Rate 1 25 NGS 2 34 DIOS ET 1 10 Statistics 8 4 Sanitation Procedures 11 51 ERAS 1 37 Save Configuration 7 106 SCD 11 38 Index 12 Screen Display Annotation 7 5 Scripts CL 54 ere er seats 9 4 PAR 7 31 1 5 Rees 1 5 SecurID Authentication 11 2 Disabling 11 24 Enabling 11 21 Features 2555 bey REX 11 49 Security Audit Trails
77. Access Corporation Maintenance Diags fidministration Help S GroupName ReadView WriteView Sec Model Level New Access Entry Read View Name Write View Name Notify View Name Context Prefix Prefix Match Exact Security Model USM Security Level None ore or CR or SPACE to edit hilited entry ESC when you re done The Access entries implement the SNMP access policy for Broadmore For more details see Access Policy below The access table is used to enforce fine grained access rights that form an access policy The access list is used to define the parts of the MIB tree that are available for either read or write for specific combinations of group and security models It also defines whether an incoming SNMP request needs authentication and whether SNMP messages need to be encrypted The following table describes the selections Item Options Comments Group Name string A group name from the Groups in the system 1 to 30 characters Read View Name string A view name from the Views in the system 1 to 30 characters The Read View Name is for get access Write View Name string A view name from the Views in the system 1 to 30 characters The Write View Name is for set access Broadmore 1700 Release 4 6 12 21 SNMP Configuration Access Item Options Comments Notify View Name string A view name from the Views in the sy
78. BY 3M ELECTRONIC PRODUCTS DIVISION 6801 RIVER PLACE BLVD AUSTIN TX 78726 ITEM 3 MANUFACTURED BY A CABLE SHIELD BRAID TO BE CONNECTED TO BACKSHELL OF AND P2 WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLED IS WIRED TO PIN 1 P1 AND P2 CONNECTORS USING 24 AWG 3 ALL SOLDER JOINTS TO BE COVERED BY HEAT SHRINK 4 LOCKING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES A MARK WITH 77660 5117 005 0072 REV CURRENT REVISION OF THIS DRAWING WRAP AROUND STYLE LABEL ACCEPTABLE Figure E 6 Cable Acapter RS 449 DB37 DTE P N 7660 511 E 10 Broadmore 1700 Release 4 6 Cable Specifications Table E 5 Wire List for Cable Adapter RS 449 DB37 DTE P N 7660 511 WIRE LIST FROM P2 1 CABLE SHLD BRAID DRAIN WIRE 1 2 2 4 TXD A WHITE BLUE STRIPE P1 3 P2 22 TXD B BLUE WHITE STRIPE P1 4 P2 8 RXC A WHITE ORN STRIPE P1 5 P2 26 RXC B ORN WHITE STRIPE P1 6 P2 12 DTR A WHITE STRIPE P1 7 P2 30 DTR B GRN WHITE STRIPE P1 8 P2 9 CTS A WHITE BRN STRIPE P1 9 P2 27 CTS B BRN WHITE STRIPE P2 17 SCTE A WHITE GREY STRIPE P2 35 SCTE B GREY WHITE STRIPE 1 P1 12 P2 6 RXD A RED BLUE STRIPE 1 13 P2 24 RXD B BLUE RED STRIPE P1 14 P2 13 DCD A RED ORN STRIPE 1 15 P2 31 DCD B ORN RED STRIPE P1 16 P2 10 LL RED GRN STRIPE P1 17 P2 15 RI GRN RED STRIPE P1 18 P2 19 SIGNAL GND RED BRN STRIPE P1 19 P2 NC BRN RED STRIPE P1 20 P2 5 TXC A
79. Cable Specifications ILL DETAIL B NOTES 1 ITEM 1 MANUFACTURED BY KYCON INC 1810 LITTLE ORCHARD ST SAN JOSE CA ITEM 2 MANUFACTURED BY 2M ELECTRONIC PRODUCTS DIVISION 6801 RIVER PLACE BLVD AUSTIN TX 76726 ITEM 3 MANUFACTURED BY m BOX 47375 IN ITEMS 4 AND MANUFACTURED BY POSITRONIC IND INC 52 0 9 Se rri BRAID TO BE CONNECTED TO aco o or WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLI gmp wee 15 WIRED TO PIN OF P CONNECTOR 550 24 AW ALL SOLDER JOINTS BE COVERED BY HEAT SHRINK ING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES VES BACKSHELL HALVES MARK WITH 77660 5037 005 0071 REV jm CURRENT REVISION OF THIS DRAWING WRAP AROUND STYLE LABEL ACCEPTABLE gt BRAID TO 86 FOLDED BACK APPROX 1 2 INCH OUTER STRAIN RELIEF SHIELD BRAID TO BE WIRED TO PIN A OF P2 CONNECTOR USING 24 AWG DRAIN WIRE A MOUNT JACK SOCKET BELOW PIN MM AND JACKSCREW ABOVE PIN A Figure E 4 Cable Adapter V 35 P N 7660 503 E 6 Broadmore 1700 Release 4 6 Cable Specifications Table E 3 Wire List for Cable Adapter V 35 P N 7660 503 WIRE LIST CABLE SHLD BRAID LE 2 R RXD A WHITE BLUE STRIPE P1 3 P2 T RXD B BLUE WHITE STRIPE P2 U SCTE A WHITE ORN STRIPE P2 W SCTE B ORN WHITE STRIPE P1 6 P2 E DSR A WHITE GRN STRIPE P1 7 P2 NC GRN WHITE STRIPE P1 8 P2 C RTS A WHITE BRN STRIPE P1 9 P2 NC BRN WHITE STRIPE P2 V RXC A
80. HSAM is a double width module that is installed in slots D and E 2 Firmly press the SAM into the chassis until the connectors seat against each other completely Use pressure simultaneously at the top and bottom of the SAM to ensure a proper fit to the midplane 3 Secure the screws on the top and bottom of the module being careful not to over tighten 4 Repeat this process to install the other SAMs as desired CPU Installation 1 Place the CPU card in slot Q from the front of the chassis so that it slides smoothly in the top and bottom card guides and the card connector aligns with the midplane connector 2 Firmly press the CPU card into the chassis until the connectors seat against each other completely Use pressure simultaneously at the top and bottom of the CPU to ensure a proper fit to the midplane 3 Secure the screws on the top and bottom of the card being careful not to over tighten 4 Ina similar fashion install the second CPU in slot R 5 10 Broadmore 1700 Release 4 6 Module and Fan Installation APM Installation APM Installation The APM is shipped factory installed in the right most slot labeled APM which is to the right of slot S NIM IOM Installation 1 5 From the chassis rear place the NIM in slot B so that it slides easily in the top and bottom card guides with the connector aligned to the midplane connector Visually verify that the NIM IOM physically aligns with the NIM installed
81. IOM Installation 5 13 APM IOM Installation 5 3 Replace Chassis Covers 5 4 Broadmore 1700 Release 4 6 5 3 Module and Fan Installation Overview Overview The Broadmore 1700 chassis is normally shipped with modules installed at the factory If they have been shipped separately perform the following procedures to configure and install the modules NOTE Modules with jumpers are normally configured during installation to meet user requirements If the chassis is shipped with modules installed the modules may need to be removed configured and reinstalled The Broadmore 1700 system architecture is based upon a midplane design allowing modules to be installed from the front and rear of the chassis as shown below Rear Cover Denny e Interfac Rack Mounting Brackets Not User Removable Broadmore 1700 Release 4 6 Module and Fan Installation Tools Tools The following tools are recommended to install configure operate and maintain the Broadmore 1700 e 1 flathead screwdriver for cover removal installation e Dual jeweler s flathead Phillips screwdriver e ESD wrist strap e Other standard installation tools as desired Remove Chassis Covers 1 Loosen captive screws securing the front and rear covers and set the covers aside 2 Connect an ESD wrist strap to the front or rear ESD connector and follow standard ESD procedures while handling unit components WARNING U
82. Indication Signal to the connected local service equipment when activated Table 7 15 Structured DS3 SAM Alarms Service Alarms Options LOS Ignore Major Minor LOF Ignore Major Minor AIS Ignore Major Minor Idle Ignore Major Minor RAI Ignore Major Minor FEAC Ignore Major Minor Line Code Violation Ignore Major Minor Excessive F bit Errors Ignore Major Minor Excessive Parity Errors Ignore Major Minor Excessive C bit Errors Ignore Major Minor Excessive FEBE Errors Ignore Major Minor Broadmore 1700 Release 4 6 7 59 Configuration Structured DS3 SAM Follow the sequence below to set service alarms DS3 alarms are set on a port basis with alarm definitions as shown Select System Management Select Configure Select Slot 1 Select Structured DS3 SAM J Select Alarms Configuration Select from the list of Alarms 1 Use the space bar to toggle to the available options and press Esc to save the settings Table 7 16 Structured DS3 Service Alarm Definitions Service Alarm Definition LOS Loss Of Signal indicates that there is no signal being input to the DS3 from the service side LOF Loss of Framing indicates that the framing alignment of the signal coming into the Broadmore 1700 from the ATM side has been lost AIS This alarm indicates that the DS3 port is receiving an Alarm Indication Signal from the attached equipment AIS i
83. Management Interfaces Physical and Logical Interfaces The CPU is the entry point for both local and remote network management of the Broadmore The management interface can be reached either in band or out of band via Telnet or SecureCRT The CPU module provides a serial port DB9 for local console access and the CPU IOM provides a 10Base TX Ethernet port for LAN access Both interfaces provide full support for out of band access to all of the Broadmore management interfaces depending on the user s assigned security level The embedded software operating system can be accessed via e Craft terminal or PC using the RS 232 serial or modem interface e IPover ATM protocols RFC 1577 Classical IP CLIP and LAN Emulation Client LANE with the Broadmore acting as the LEC e Telnet or SecureCRT via Ethernet or IP over ATM User Interfaces There are two principal user interfaces to the Broadmore system management software e Communication Access Multiplexer Management Interface CAMMI quasi graphical user interface accessible from a serial terminal and by Telnet or SecureCRT over IP e Command line interface CLI accessible from a serial terminal and by Telnet or SecureCRT over IP File Access and Software Upgrades Data stored on the CPU s flash memory is protected In FIPS mode only a SuperUser can access data files or upgrade the system software In non FIPS mode a SuperUser or SysAdmin can transfer files 1 6 Broadmore 1
84. Model The Security Model used in processing an SNMP V2 query from a client This parameter can be used to USM restrict access to the managed objects based on the security model set for a group Security Level None None the incoming request requires no AuthnoPriv authentication or encryption AuthPriv AuthnoPriv authentication is required but SNMP messages will not be encrypted AuthPriv authentication is required and SNMP messages are encrypted MP Model Message Processing model v2 V3 Enabled Enabled Enables disables this target parameter Disabled Storage Volatile Settings lost without power Non volatile Settings can be changed Permanent Settings can not be deleted Readonly Settings can not be changed Other Broadmore 1700 Release 4 6 12 37 SNMP Configuration Notifications Notifications This selection displays a list of all available trap events that can be used for notifications These entries automatically appear in the MIB snmpNotifyTable accessible by a remote manager The notification names cannot be changed but individual traps can be enabled and assigned a tag name and a severity level The severity is reported as a variable with the trap and also works in concert with the squelch level in SNMP Properties to keep traps appropriately throttled Follow the sequence below to enable or disable each trap type in the list Save the configuration when asked to activate the SNMP trap rep
85. NOTE f FIPS mode is currently turned off you must follow the non FIPS mode instructions for Logging In on page 10 5 Broadmore units are shipped from the factory with SecurID turned off and FIPS mode turned off After logging into the Broadmore the Crypto Officer can configure the Broadmore to use SecurID if desired Using both SecurID and FIPS mode with the Broadmore provides a two stage login First users log in using RSA SecurID Then they can log into the Broadmore SSHield Management Module Logging in with SecurlD Disabled The following example uses SecureCRT as the secure client software To log into the Broadmore 1 Open SecureCRT The Quick Connect window opens Protocol so gt Hostname 921683212 7 Pott 22 Use firewall to connect Username Jamin 0020 Authentication Primary Keyboard Interactive Secondary lt None gt bd Properties Properties Save session cme Show quick connect on start up 2 Select ssh2 from the Protocol pull down menu Broadmore 1700 Release 4 6 11 9 Security Management FIPS Mode Logging in with SecurID Disabled 3 Type in the Hostname and Username The Hostname is the IP address of the Broadmore and the Username is the Broadmore user name Click Connect 5 When the Broadmore Login message appears type in the Login and Password You will need to press Enter after each The factory defaults for the initial
86. None rams ions es ters files gt lt cr gt popup menu del scroll with arrows Connected 0 03 55 Auto detect TCP IP Select System Management Select Configuration Select System Services Select SNMP Configure Select Users Select one of the following Edit edit the User information Copy J to put a copy of the information into the list Delete I delete an existing User New 1 enter a new User Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit Broadmore 1700 Release 4 6 12 9 SNMP Configuration Users 12 10 When adding a new user either through New or Copy action the system will present an option to either enter the Authentication and Privacy Encryption Key either directly Key or as a Password Password to Key as shown below C bm100 HyperTerminal Wok Fie Edt View Transfer Help De 23 E or Copyright c 2004 Carrier flccess Corporation STi Maintenance Diags Administration Help 1 Monitor User Name Authorize Privacy Configu Logout erties v12Traps Enter key directly or a password ne Password to Key_ rams ions es ters files gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0
87. Normal call clearing User busy No user response No answer from user Call rejected Number changed User rejects all calls with CLIR Broadmore 1700 Release 4 6 7 13 Configuration CIP over ATM RFC 1577 CIP over ATM RFC 1577 1577 support is also known as Classical IP CIP over ATM CIP is provided as a path for controlling multiple Broadmore 1700s when IP connectivity over Ethernet is not available to all of the installed Broadmore 1700s Control signals are sent to a Broadmore 1700 over the ATM if the Broadmore 1700 is not on the Ethernet with the control station As a prerequisite the configuration process must be completed Select System Management Select Configuration 1 Select System Services Select CIP over ATM A Bmore HSAM HyperTerminal Hag File Edit View Call Transfer Help Dg 55 05 Seirus Maintenance Diags Administration 10 30 3 14 Copyright c 2004 Carrier flccess Corporation Help Monitor Activit gt Configuration Files Configure PVC UNI Version Status Window Logout Slot Name AP Configure AALS PV This Address VP Reservation ATM Address List LANE SNMP Configure Connection Retry Retry Cause Codes General Properties Ethernet Routes gt gt TAB or CR or SPACE to edit hilited entry ESC when you re done
88. PassWord ues ees 7 7 1 10 POV aso eed ueteri Rn 8 11 Peak Gell Rate iie RR eg 7 15 8 11 Physical Interfaces 1 6 Planning Factors Installation 2 27 System hile p Ue PUER CI ati ies 2 16 Planning 2 1 Application 2 2 PLOAIAALS 8 20 Port Configuration 9 9 Mode 7 44 7 47 7 50 7 57 7 58 7 64 7 66 7 72 Name 7 44 7 47 7 50 7 57 7 58 7 64 7 66 7 72 Port Connections Alarm 6 5 Port Connections Serial 6 20 Powet 22 IRE Rb ees 1 9 6 3 AC Power Supply Tray 4 8 Power Input Connector 6 23 Power Supply Redundancy 7 27 Power Supply Connections 6 21 Optional AC 6 21 Power Connecting 48 VDC 6 23 Power on Detault eR REESE 7 108 Power Up 5222 7 3 Precautions Electrical Installation 6 2 Installation 4 2 5 2 Product Description 1 1 Broadmore 1700 Release 4 6 Index Protection Definitions 7 28 900 du to Edu 8 11 gt 554 5955 RR RE RES 7 70 PURPOSE RE ME SEDE 1 2 PVC Connection 7 99 Input Screen
89. Release 4 6 Planning and Ordering Guide Network Interface Module NIM Options Serial Service Modules High Speed Serial Interface Cell Bearing Interface HSSI CBI High Speed Serial Interface Cell Bearing Interface IOM Cell Bearing Interface CBI Module Cell Bearing Interface CBI IOM Broadmore 1700 Release 4 6 Part No 7660 020 7660 420 7660 017 7660 417 2 33 Planning and Ordering Guide Service Access Module SAM Options Service Access Module SAM Options SAM Sets 2 34 m Individual Modules 2 36 m Individual Cables 2 38 The Broadmore 1700 chassis has 12 SAM slots available for user connectivity SAM Sets Each set includes the SAM and corresponding IOM ATM Service Sets Single Port ATM DS3 NIM SAM Module Set High Speed SAM HSAM 10 274 176 Mbps Module Set including HSAM HSAM IOM and HSAM Bridge TDM Service Sets DS3 Structured Single Port Module Set DS3 Unstructured Three Port Module Set E3 Unstructured Three Port Module Set DS1 Structured amp Unstructured Eight Port Module Set 1 Structured amp Unstructured Eight Port Module Set 2 34 Broadmore 1700 Release 4 6 Part No 7660 318 7660 342 Part No 7660 372 7660 334 7660 345 7660 304 7660 305 Planning and Ordering Guide Service Access Module SAM Options Serial Service Sets Part No Four Port Multi Bit Rate MBR 75 bps 10 Mbps Module Set 4 7660 502 DCE Cables included 7660 308C 4 7660 512 DTE
90. SNMP Properties SNMP 91 92 Disable et IP Views Cli Traps Disable TM fiddress Users Squelch Level No Squelch dress List Groups Trap Time Out 0 Access er Targets LANE Configure Target Params ersion Notifications Connection Retry Communities Retry Cause Code NotifyFilters General Properti NotifyProfiles Status Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 02 33 detect TCP IP cRou cas Capture Print echo s Select System Management Select Configure Select System Services Select SNMP Configure Select SNMP Properties 1 Broadmore 1700 Release 4 6 11 25 Security Management FIPS Mode User Administration and Audit Trails User Administration and Audit Trails m UserID Rules 11 26 m Change UserID 11 27 m User Audit Trails 11 30 User ID Rules A SuperUser can set the minimum allowable number of characters in user names and passwords by selecting User ID Rules from the Administration menu From this menu select the Username or Password and enter the required minimum number of characters These values must be set to at least 6 characters to satisfy FIPS 140 2 security requirements NOTE The Broadmore will only enforce the minimum length values when creating new user accounts Old accounts are not affected It is up to the Superuser Crypto
91. Storage Volatile Connected 0 03 10 Auto detect TCP IP The managed objects in Broadmore are organized in a tree structure known as a MIB tree based on the OID Object Identifier of each object A view defines a particular subtree in this MIB tree For example one view could be defined to be over the MIB subtree represented by the OID 1 3 6 while another could be over the subtree represented by OID 1 3 6 1 Of these two views the latter is more restrictive as it has fewer managed objects under it A view could also be defined to be one specific OID in the entire MIB tree of managed objects The following shows the New View SubTrees view 12 18 Broadmore 1700 Release 4 6 SNMP Configuration Views The following table describes the selections Item Options Comments Name string Unique value for View Name 1 to 30 characters Default is iso standard Subtree OID string Unique value for Object Identifier such as 1 3 6 Storage Volatile Settings lost without power Non volatile Settings can be changed Permanent Settings can not be deleted Readonly Settings can not be changed Other Use the Esc key to exit this menu If you have made any changes to the Users information the system will prompt you for confirmation on whether you want to accept the changes or not View Edit Rules The following tab
92. SysAdmin User is able to perform global configuration operations such as redundancy To protect security data no file access is permitted This role cannot access the security settings Crypto Officer SuperUser This role is required to manage system accounts use SFTP and alter security settings Only users at this privilege level may turn FIPS mode on or off 11 6 Broadmore 1700 Release 4 6 Authorized Services Security Management FIPS Mode Authorized Services The following table lists the authorized services available to each privilege level User ID gt Authorized Services Super_User Sys_Admin Operations Browser SecureCRT SSH2 terminal client SecureFX SSH2 SFTP client Change User ID Change own password System Services Connection Retry Establish connections Delete connections Configure modules Maintenance Diagnostics View System Log Environmental Indicators Boot Reboot system or card Card diagnostics System test Check free CPU memory View configuration statistics Security management including user accounts audit trail and zeroizing Change Files using shell commands NOTE For a complete list see Authorized Access to Shell Commands on page 11 41 Broadmore 1700 Release 4 6 11 7 Security Management FIPS Mode Key Management Key Manage
93. Tray 5 16 Fan Tray Procedure 5 15 5 6 HSAM Bridge 5 11 Module R eR ERES 5 1 5 3 Module Procedures 5 3 eg betsy tata e t s 5 9 NIMM IOM 5 11 Planning Factors 2 27 Precautions 4 2 5 2 SAM 95 bates 5 10 5 5 12 Sequence Modules 5 8 8 222 222 2 4 2 4 4 5 16 Tools Module 5 5 Installing the DSA Key 11 8 Instructions General 6 8 Interface BITS Connections 6 7 CBIIOM Connections 6 18 HSSIIOM Connections 6 19 Optical Connections 6 6 Interfaces eee prre e 1 4 ADT age i3 v Shag bag eed 1 4 FIPS 1 5 Logical tbe 1 6 Management 1 5 Physical 1 6 SECUEILY RE ERES RUE 1 5 User SERE 1 6 Index 7 Index User Equipment 1 4 IONE pares ok bes 1 34 Alarm Power Module 1 40 s e oe ee tod octane en tator uv n 1 40 Cell Bearing Interface 1 34 Configuration 1 10 CPU Rr PARERE 1 38 DS 1 24 DS3 Structured 1 21 DS3 3 Unstructured 1 19 1 24 E3 3 Unstructured
94. a 17A chassis Hardware Differences Major differences between chassis include mid plane wiring alarm power modules and fan trays as shown in the following table The 17 and 17C chassis used in the Broadmore 1700 provide the same functionality and support the same NIM SAM and CPU modules The 17C chassis also uses the improved Alarm amp Power Module and Fan Tray assemblies as the 17B chassis The 17B chassis used in the Broadmore 1750 provides 1 4 SAM redundancy and has been NEBS tested with the OC 12 NIM 7660 114 or 7660 113 and the Un Structured DS3 SAMs 7660 034 or 7660 672 Broadmore 1700 Release 4 6 Chassis Differences Software Differences Software Differences Software release v3 4 1 was introduced to support the 7665 17C chassis used in the Broadmore 1700 However software release 3 4 1 and higher can be used on all Broadmore chassis The CPU module can be moved between different chassis but it must be configured to recognize the chassis in which it is installed The chassis version is specified by the presence of a file pointer in the CAM directory For example a 7665 17C chassis is identified by the presence of a file named CAM7665 17C in the CAM directory Similarly the 17A and 17B chassis are identified by the files CAM7665 17A and 7665 17 change the pointer in the CPU perform the following steps
95. address You can also select Delete to remove a static route When finished press Escape to exit then select Save to save the changes Add Route Destination 0 0 0 0 Gateway 0 0 0 0 Creating Static Routes with Shell Commands It is also possible to use shell commands to create static routes though it is much easier to use the CAMMI graphical user interface The following example shows how to add static routes during the initial setup of the Broadmore 1 Connect to the Broadmore 1700 via the serial port and log in using the default user ID and password SYSADMIN and INITIAL 2 This will give you the prompt Broadmore gt Enter route a to display the current routing table 7 18 Broadmore 1700 Release 4 6 Configuration Static Routes 3 Add a routing entry in the format route add where is the destination IP address control station is ATM subnet IP address of the Broadmore 1700 on the Ethernet segment serving as the control station 4 Enter savert to save this entry The new routing entry is immediately active 5 Enter route a to observe that the route has been added to the table NOTE You may enter route delete yyy yyy yyy yyy to remove the entry from the routing table 6 Enter to return to CAMMI Repeat this procedure for each Broadmor
96. cards can be installed in any of slots C through P e CBland HSSI SAM cards should be installed as close as possible to the NIM e Only one DS3 or E3 SAM can be installed 2 20 Broadmore 1700 Release 4 6 Planning and Ordering Guide 300 Mbps Serial Data System Configuration Guidelines 300 Mbps Serial Data System Configuration Guidelines The Custom 300 Mbps Serial Data System on page 2 11 is configured with the following modules installed Network Interface Module NIM 2 OC 12 NIMs slots A and Service Access Module SAM 1 HSAM slots D and E and 1 MBR slot N Central Processing Unit CPU 2 slots Q and R Alarm Power Module APM 1 factory installed Input Output Module 1 for each NIM SAM and CPU installed in rear panel immediately behind corresponding module in front panel HSAM Bridge 1 installed in rear panel immediately behind HSAM Broadmore 1700 Release 4 6 2 21 Planning and Ordering Guide CBI and HSSI NIM Configuration Guidelines CBI and HSSI NIM Configuration Guidelines When a CBI or HSSI CBI card is used as a NIM it uses only Cell Bus A Redundant NIM operation is not available Use the following guidelines and recommendations when using the CBI or HSSI as a NIM e The single CBI or HSSI NIM should be ins
97. change the security modes The Broadmore is shipped from the factory with FIPS mode turned off The security mode can only be changed after successfully logging into the Broadmore for the first time by performing the following steps 1 Log into the online CPU Broadmore primary IP address with a conventional terminal emulator such as Telnet see Logging In on page 10 5 2 Enable FIPS mode by entering the following command at the Broadmore prompt fipsmode on J 3 Set the session timeout for the Broadmore craft port by entering the following command settimeout lt hh mm ss gt Example settimeout 00 05 00 sets the timeout to 5 minutes The current value can be displayed by entering settimeout by itself NOTE The SSH session timeout is fixed at 5 minutes 11 18 Broadmore 1700 Release 4 6 Security Management FIPS Mode Enabling FIPS Mode 4 Reboot the Broadmore for the change to take effect by entering the following commands at the Broadmore prompt cli J maintain redundancy cpu J rebootstandby releasecpu NOTE The above command sequence reboots the standby CPU if any and then the online CPU In a redundant system both CPUs must be rebooted into the FIPS mode Rebooting the online CPU will terminate the current management session After reboot the previous standby CPU will normally become the online CPU It may take several minutes for the ARP tables in the network to refresh before you can log into
98. clock is used to time stamp all events recorded in the system log and user audit log To set the system clock see System Clock on page 11 14 Broadmore 1700 Release 4 6 Security Management FIPS Mode Security Guidance e User Administration The Broadmore authenticates users by identification and role based access privilege levels and maintains an audit trail activity log Only a SuperUser can assign users and access levels set the minimum number of characters required for user names and passwords user ID rules and clear the system log The security officer must ensure that all users change their passwords periodically in accordance with local security practice 1 It is recommended that passwords be changed at least once every 6 months Users must be instructed to use a random combination of all the usable characters for passwords 2 It is recommended that all users access privileges and role assignments be reviewed periodically or whenever a personnel termination transfer or role change occurs e Audit Trails Audit trails must be enabled for FIPS mode The cryptographic module provides a system log and user audit log The audit log audit txt records user actions while the system log sys log records system events and configuration changes A SuperUser has access to pSOS shell commands that can overwrite the system and audit log files This misuse of shell commands to corrupt the audit trail is strictly prohi
99. configuration Follow the module specific information above as appropriate 7 38 Broadmore 1700 Release 4 6 Configuration OC 12c STM 4c BITS Timing Redundancy OC 12c STM 4c BITS Timing Redundancy Configuration of the timing options on a redundant OC 12c STM 4c system requires correct settings on both NIMs the DS3 port and the NIM redundancy screen Either of the Broadmore 1700 BITS inputs on NIM IOMs in slots A and B can be selected as the primary clock reference Each BITS input has an enable disable menu option on the coinciding OC 12c STM 4c interface When a condition exists that the primary reference source is not detected the unit will switch to the other BITS input if a signal is detected on that input If a signal is not detected on the opposite BITS the source clock will be derived from an alternate source propagated from the NIM to the cell bus The source of the cell bus clock depends on the setting of the OC 12c STM 4c transmit timing option Two options are available Local BITS and Received The Local BITS option derives clock from the on board internal oscillator The received option derives clock from the received SONET stream 1 Follow the sequence below to set the redundancy primary BITS clock to either A or B Select Maintenance Diags lt Select Redundancy Select NIM Select Primary BITS Choose A or B In the case of a single BITS clock select it as the primary source NIM A or NIM B
100. control station This means that a command i e choice will not be activated if there is a higher priority current request shown in the Command Request status portion of the display Broadmore generated requests such as SD Signal Degradation are not shown on the screen but they fall in the priority list between Force B and Switch to A In other words a command Force B will switch the Broadmore to NIM B regardless of signal degradation while a command Switch to B will be ignored in the same circumstance if there is a current SD request A Command Request can be received from any user interface 6 Set the Parameters for Bit Error Rate BER Thresholds in the right part of the display Enter a desired number for each threshold remembering that the degrade threshold SD should be a larger x than the failure threshold SF and thus a smaller number The parameter entered is defined by the equation Threshold 10 6699 where x is the user entered number If the redundancy chosen is revert then the parameter Revert Time will be active and the number of minutes before thesystemautomatically reverts tothe original primary NIM may beentered 7 Switching the protection installation changes module and call configurations Follow any change to redundant configuration by immediately rebooting the system Broadmore 1700 Release 4 6 7 31 Configuration CPU Redundancy 7 32 CPU Red
101. details on these options SRTS Timing Synchronous Network Synchronous Loop Each option specifies a method of clock recovery that will be used for all recovery circuits on the port NOTE SRTS is a proprietary timing algorithm and may ONLY be used with specific written prior permission from Carrier Access Corporation Additional license fees may apply Loopback Normal Normal Mode is no loopback Remote Remote Loopback sets a loopback to the service side CBR Service Type Structured No CAS Structured No CAS allows DSO fractional Structured with CAS allocation without Channel Associated Signalling Unstructured CAS Structured with CAS allows DSO allocation with CAS enabled using robbed bit signalling Unstructured assigns all the timeslots to one VP VC Structured No CAS and Structured with CAS can assign a timeslot or group of timeslots to a VP VC Unstructured allocates all 24 DSOs to the DS1 using the entire DS1 bandwidth regardless of data content Broadmore 1700 Release 4 6 7 61 Configuration Structured DS3 SAM Item Options Description Frame Type Unframed No framing occurs Extended Superframe Superframe groups 12 DS1 frames together Superframe Extended Superframe groups 24 DS1 frames together The equipment attached must be set to the same frame type as chosen here BERT Off BERT test can only be performed when the port is 21e 11 PRBS configured for C bit parity framing Thi
102. e mem mkdir e move mv e netstat ping Broadmore 1700 Release 4 6 11 41 Security Management FIPS Mode Authorized Access to Shell Commands User ID gt Super User Sys Admin Operations Browser Authorized Services pwd rd resetSecurID resetSecurIDIp rm rmdir route savert scp selftest setbaud setenv settimeout setwrite sigmem snmpinit sshdSessionShow sshdShow tail touch zeroize 11 42 Broadmore 1700 Release 4 6 Security Management FIPS Mode SFTP Login SFTP Login Users can login using SFTP to access Broadmore administrative functions the same way as ftp With SFTP the data is encrypted as it flows to and from the Broadmore over IP The following procedure provides an example of how to login using SFTP using SecureFX Logging in with SecurlD Disabled To log in to RSA SecurID and the Broadmore 1 Open SecureFX The Connect window opens 2 Right click on the connection you want to use and select Properties The Session Configuration window opens Session Configuration 192 168 32 12 192 168 32 12 Advanced 192 168 32 12 jsmith SYSADMIN Keyboard Interactive ha Noe 7 Broadmore 1700 Release 4 6 11 43 Security Management FIPS Mode Logging in with SecurID Disabled 3 In the Session panel type the IP ad
103. file in the cam directory the contents of the file will appear here on the screen Blank lines may be inserted to adjust spacing Login SYSADMIN Password Copyright lt c Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore gt Broadmore 1700 Release 4 6 11 13 Security Management FIPS Mode System Clock System Clock The Broadmore CPU system clock provides the time and date stamp used for system logs events and audit trails A SuperUser must set the system clock either manually after powering up the Broadmore or configure the Broadmore to use a network timing source see Network Time Protocol on page 11 15 Select Set System Time from the Administration menu Then set the Month Day Year Hour and Minute to the correct values When finished press Escape and select Yes to change the system clock bm100 HyperTerminal Jag Edt View Call Transfer Help 21 Dg amp wm in or Copyright c 2004 Carrier flccess Corporation System Management Maintenance Diags Help NTP User ID gt Set System Time Rules Password Month Februar y Day Year 2005 Hour 4 Minute 17 Status Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 01 53 Auto detect TCP IP NOTE Changing the system clock is an event recorded in the
104. for SYSADMIN XXXXXXX d Type in the local Broadmore password and click OK After successfully logging into SecurID the SecureFX window appears as shown in the following graphic Broadmore 1700 Release 4 6 11 47 Security Management FIPS Mode Logging in with SecurID Enabled My Computer Netware 3 23 99 2 4 B DOWNLOAD 5 i 9 15 99 5 3 2 SEU i 7 10 00 7 3 55 i 8 22 02 12 C3 STATS RECV Names count 11 i SEND Readdir 0030fd70 i RECV Status 1 Text End of file i SEND Close O0030fd70 i RECV 11 48 Broadmore 1700 Release 4 6 Security Management FIPS Mode SecurID Features SecurlD Features SecurID is an option that may be used to help authenticate a user prior to logging into the Broadmore SSHield Management Module SecurID does not use FIPS approved algorithms but using SecurID does not in any way affect the security provided by the FIPS 2 validated Broadmore SSHield Management Module Feature Details RSA Authentication Methods Supported Native SecurID RSA Authentication Manager Agent Library Version 5 0 2 RSA Authentication Manager 5 Locking Yes Replica RSA Authentication Manager Support Full Replica Support Secondary RADIUS TACACS Server Support N A Location of Node Secret on Client securid securid RSA Authentication Manager Agent Host Type Net OS Agent SecurID User Specification All remote users Secu
105. for local Tx to distant end Rx The two values may be asymmetrical Rx Payload Size 1 47 Tx and Rx Payload determine the number of bytes per cell 1 47 It is used to reduce latency in low bit rate connections Tx to Rx Payload must match on each path i e local Rx to distant end Tx must match Same for local Tx to distant end Rx The two values may be asymmetrical Line Loopback Normal Normal Mode is no loopback Loop Line Loopback sets a loopback to the service equipment Suppress Cells on Yes If Yes no ATM cells are sent when a LOS is detected LOS No 7 78 Broadmore 1700 Release 4 6 Configuration Multi Bit Rate MBR SAM Item Options Comments Transmit Timing Internal External Toggle to the correct value This field is valid for Synchronous mode and ignored for Asynchronous mode ST Clock Normal Inverted Toggle to the desired value The Send Transmit Clock is only available when ST is selected for Network Timing Recovery Tx Latency msec Bits Per Second Latency and Payload Size are interrelated Choose two of the three and the third is automatically calculated Normally the speed bps is determined by the attached equipment Rx Latency msec Rx latency Rx Payload and Bits Per Second are interrelated like the Tx values Tx Payload Size 1 47 Tx and Rx Payload determine the number of bytes per cell 1 47 It is used to reduce latency in low bit rate conn
106. for repair Contact Customer Service for an RMA number and detailed procedures Fan Replacement There are no field repairable items on the fan tray assembly The air filters are removable for routine cleaning Removal and replacement of the fan assembly will not impact normal Broadmore 1700 operations This replacement should be completed quickly to avoid possible overheating of Broadmore 1700 components Follow the steps below to replace the fan assembly 1 Ensure that you have a replacement fan tray assembly 2 Loosen retaining screws on both sides of the fan assembly to be replaced 3 Remove the defective fan assembly from below the chassis by pulling it straight out 4 Insert the replacement fan assembly ensuring alignment in the side guides Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Integrated Fan Alarm Module Replacement Firmly press the new fan assembly into place so that it is fully seated Tighten both retaining screws finger tight only Return the defective fan assembly for repair Contact Customer Service for an RMA number and procedures Integrated Fan Alarm Module Replacement The integrated fan alarm module has two replaceable fuses Follow the steps below to replace a fuse 1 Fuses and spares are located on the integrated fan alarm module IOM accessed from the chassis rear Remove the rear cover to access the fuses Blown fuses are removed by pulling directly out Remove a spare fu
107. information into the list Delete I delete an existing Profile New 1 enter a new Profile Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit Broadmore 1700 Release 4 6 12 43 SNMP Configuration Notify Profiles NOTE Selecting Validate Table will check that each Parameter Name in this table exists in the Target Parameters table The only reason for this table is to allow more than one notify filter with the same Profile Name and different subtree so that profile name subtree is the key into the Notify Filter table When a profile_name is found in the Notify Profiles table the Notify Filter table is searched for all entries having the same profile name The following table describes the selections Item Options Comments Profile Name string Value for Profile Name 1 to 30 characters Parameter Name string Value for Parameter Name 1 to 30 characters Note This entry must agree with the Parameters Name in the Target Parameters table see Target Parameters on page 12 36 Enabled Enabled Enables disables this profile Disabled Storage Volatile Settings lost without power Non volatile Settings remembered after reboot Permanent Settings can not be deleted Readonly Settings can not be changed Other 12 44 Broadmore 1700 Release 4 6 APPENDIX Technical Specifications In this Appendix Br
108. input connector for network timing The BITS input on an ATM DS3 CBI or HSSI IOM is only used when a the corresponding NIM SAM is installed as a NIM If required the BITS impedance jumpers on the OC 3 OC 12 and ATM 053 NIMs are normally adjusted during NIM Installation on page 5 9 1 Use cable rated for Category 3 CAT3 or better 2 Route the cable to the lower left rear of the chassis 3 Connect the cable to the RJ48C BITS connector on the rear of the chassis See example at right 4 Use the plastic cable guides and cable protector shipped with the Broadmore 1700 to secure the cable BITS Input Jack FUABC Plug Front View Pin Side 21 lt Pins Fin 1 Tip Ring Receive Twisted Pair Broadmore 1700 Release 4 6 6 7 Electrical Installation NIM SAM IOM Connections NIM SAM IOM Connections General Instructions 6 8 ATM DS3 IOM Connections 6 9 Unstructured DS3 3 E3 3 Connections 6 10 Structured DS3 IOM Connections 6 2 DS1 E1 IOM Connections 6 13 Multi Bit Rate IOM Connections 6 4 High Bit Rate IOM Connections 6 5 High Speed SAM Connections 6 16 Serial Mux Demux IOM Connections 6 7 Cell Bearing Interface CBI Connections 6 18 High Speed Cell Bearing Interface Connections 6 19 General Instructions Network equipment excluding fiber optic and user equipment connect to the Broadmore 1700 via cables routed to connecto
109. is pSOS version 2 2 7 Toggle switch ON normal operation OFF turns CPU off RESET resets the CPU MASTER lights green when operating as master lights amber when operating as standby Normally the CPU that comes online first will be the master ON LINE ACTIVITY blinks amber to indicate CPU activity including master standby mirroring SERIAL DB9 5 232 DTE serial management port Ethernet management port is on CPU IOM Broadmore 1700 Release 4 6 1 37 Product Description CPU IOM CPU IOM Module Type IOM Part Number 7660 411 Slot Number Mounts in chassis rear behind corresponding CPU Description The CPU IOM provides physical access to the system for Ethernet and also provides the remote shutdown interface as explained below Controls REMOTE SHUT DOWN Spring terminal block for installing cables for remote CPU shut down A remote contact closure is used to short pins 1 2 or pins 3 4 Jumpers control how these contact closures work Jumpers REMOTE SHUT DOWN Two user installed jumpers on the component side of the module control how the remote contact closures work As shipped the jumpers connect pins 1 2 to pins 3 4 so that shorting either pair will reboot both CPUs With the jumpers removed shorting pins 1 2 will reboot the other slot CPU shorting pins 3 4 will reboot the same slot CPU It is recommended that the jumpers be removed Connectors SERIAL reserved for future use ETHERNET
110. its agent will have the right to inspect the Product or workmanship on BUYER s premises With respect to a warranty defect in Product hardware reported to Carrier Access by BUYER during the warranty period Carrier Access as its sole obligation and BUYER s exclusive remedy for any breach of warranty will use commercially reasonable efforts at its option to a repair replace or service at its factory or on the BUYER s premises the Product or component therein or workmanship found to be defective so that the Product hardware operates substantially in accordance with Carrier Access Documentation or b credit BUYER for the Product in accordance with Carrier Access s depreciation policycredit BUYER for the Product in accordance with Carrier Access s depreciation policy With respect to a warranty defect in the Licensed Software reported to Carrier Access by BUYER during the 90 day software warranty period Carrier Access at its own expense and as its sole obligation and BUYER s exclusive remedy for any breach of the software warranty will use commercially reasonable efforts to at its option a correct any reproducible error in the Licensed Software or Broadmore 1700 Release 4 6 ix Preface b replace the defective Licensed Software as follows Should a Severity 1 or 2 warranty defect with the Software occur during the 90 day warranty period Carrier Access will provide in its sole determination either 1 software to resolve t
111. lt 2 5 Mbps AALS Maximum 4 0 Mbps 7660 004 DS1 CE Nx64 Whole DS1 1 74 Mbps each port 8 Port Each DSO 0 075 Mbps Maximum 13 94 Mbps all ports 7660 005 E1 Nx64 8 Port Whole 2 31 Mbps each port Each DSO 0 075 Mbps Maximum 18 48 Mbps all ports 7660 008 Multi Bit Rate MBR 53 P x user clock rate per port 4 port 7660 009 High Bit Rate HBR 53 P x user clock rate per port 4 port Broadmore 1700 Release 4 6 2 23 Planning and Ordering Guide ATM Bandwidth per Module Module P N Module Description ATM Bandwidth Required Mbps 7660 017 Cell Bearing Interface Bandwidth equals cell rate up to the CBD maximum selected baud rate 1 Port Maximum 16 384 Mbps 7660 018 ATM DS3 1 port Whole DS3 44 736 Mps 7660 020 High Speed CBI Bandwidth equals cell rate up to the HSSI CBD maximum selected baud rate 1 Port Maximum 52 Mbps 7660 034 DS3 Unstructured Whole DS3 50 45 Mbps 3 port Maximum 151 35 Mbps all ports in service 7660 042 High Speed SAM Up to 137 088 Mbps per port allowing a HSAM composite of 274 176 Mbps when using 1 port two cell buses 7660 045 Unstructured Each port 39 21 Mbps 3 port Maximum 117 62 Mbps all ports in service 7660 040 Serial Multiplexer 53 P x user clock rate per port 8 port 7660 041 Serial Demultiplexer 53 P x user clock rate per port 8 port 7660 672 DS3 Structured 1 port Whole DS3 5
112. of God or any other cause beyond Carrier Access reasonable control or d handling or transportation after title of the Product passes to BUYER Other manufacturer s equipment or software purchased by Carrier Access and resold to BUYER will be limited to that manufacturer s warranty Carrier Access assumes no warranty liability for other manufacturer s equipment or software furnished by BUYER BUYER UNDERSTANDS AND AGREES AS FOLLOWS Except for the limited warranty set forth above the Product License Software and all services performed by Carrier Access hereunder are provided as is without representations or warranties of any kind Carrier Access does not warrant that the Product License Software any hardware or software or any update upgrade fix or workaround furnished to BUYER will meet BUYER s requirements that the operation thereof including any maintenance or major releases thereto will be uninterrupted or error free THE WARRANTIES IN THIS AGREEMENT REPLACE ALL OTHER WARRANTIES EXPRESSED OR IMPLIED AND ALL OTHER OBLIGATIONS OR LIABILITIES OF CARRIER ACCESS INCLUDING ANY WARRANTIES OF MERCHANTABILITY FITNESS FOR A PARTICULAR PURPOSE NONINFRINGEMENT AND OR ANY IMPLIED WARRANTIES ARISING OUT OF COURSE OF PERFORMANCE OR COURSE OF DEALING ALL OTHER WARRANTIES ARE DISCLAIMED AND EXCLUDED BY CARRIER ACCESS THE REMEDIES CONTAINED IN THIS AGREEMENT WILL BE THE SOLE AND EXCLUSIVE REMEDIES WHETHER IN CONTRACT TORT OR OTHERWISE
113. of the output is provided below Copyright lt c gt Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore gt cd cam Broadmore gt tail audit txt 68 68 2662 16 36 59 Q SYSADMIN Security User fiudit Enable 68 68 2662 10 37 53 Q SYSADMIN Reboot System 68 69 2662 88 42 18 Q SYSADMIN Create UP Reservation Test slot vcSt2 08 09 2002 08 45 22 Q SYSADMIN Create UP Reservation Test2 slot 1 vcS2 ll 07 07 23 Q SYSRDMIN General Properties Bandwidth Meter Enable roadmore User audit files record the following information for each user action e date e time e online CPU or or standby CPU q or r e username e eventtype e short description of the event Once the audit txt file is full the file is automatically closed the name is changed to audit o txt in case a SuperUser wants to access the old file via FTP A new file is then opened named audit txt and new data is written to that file 10 14 Broadmore 1700 Release 4 6 Security Management User Audit Trails Deleting Audit Trails A user can delete the contents of the system log by using the CAMMI Maintenance Diags View System Log Delete command or the corresponding CLI command However this only deletes the events that can be viewed by their access level Archiving Audit Trails A SuperUser can archive the audit txt and audit_o txt files using an FTP client to copy the files to another computer or storage device Aft
114. on both the NIM and SAM There are three loopback options on each SAM module four on each NIM see Figure 8 1 These loopbacks are set as a card configuration function see Module Configuration on page 7 36 for details Loopbacks provide a means to verify that circuit paths are functioning correctly For example setting the SAM remote loopback will take user equipment transmit data Tx and send it to user equipment receive data Rx If a check of the user equipment indicates good Tx and Rx the problem is not between the SAM and user equipment but somewhere else in the circuit This logic can then be extended through the entire circuit until problems are isolated and corrected The NIM has four loopback options 1 Normal no loopback 2 Local The user equipment data is looped back after processing by the SONET circuitry on the NIM 3 Remote The ATM network data is looped back before passing through the NIM 4 Terminal The user equipment data is looped back after passing through the NIM framer but before the Line Interface Unit LIU CAUTION THE TERMINAL OPTION IS RESERVED FOR CARRIER ACCESS ENGINEERS AND SHOULD NOT BE USED The SAM has three loopback options 1 Normal state is no loopback 2 Remote user equipment data is looped back after passing through the SAM LIU 3 Local ATM network data is looped back to the network after local processing by the NIM but before passing through the SAM LIU to user equipment The
115. one DB25 DCE interface and one DB25 DTE interface but only one interface can be used at a time The interface is software selectable as part of the provisioning process The BITS Building Integrated Timing System input is not used unless this card is installed as a CBI NIM IOM The RESYNC output is used to synchronize cryptographic equipment The resync output behavior is controlled by setting jumpers on the card see SAM Installation on page 5 12 The following cable adapters are available e 7660 522 RS 530 Cable DCE 5ft e 7660 520 CBI RS 530 Cable DTE 5ft e 7660 521 CBI RS 530 Cable Extender M F 5ft Connect the DB25 cable connector to the desired DTE or DCE connector on the IOM Connect the other end of the cable to the user equipment 3 fthis card being used as CBI NIM and a BITS input is desired see BITS Interface Connections on page 6 7 4 Ifthis card is being used with crypto equipment and a resync output is desired connect the Crypto Resync RESYNC output to cryptographic equipment such as KG 94 KIV 19 KG 194 KIV 7 KG 175 and KG75 The resync output behavior is controlled by setting jumpers on the card see SAM IOM Installation on page 5 12 The spring terminal block accepts 26 to 18 AWG wire 6 18 Broadmore 1700 Release 4 6 Electrical Installation High Speed Cell Bearing Interface IOM Connections High Speed Cell Bearing Interface IO
116. press the space bar choose Enable Select SecurID Interface and press the space bar to choose Ethernet See figure below 6 Ifthe step 5 was successful the first CPU is set up correctly and you are ready to use SecureID with that CPU If step 5 was not successful do not proceed until the problem is fixed Broadmore Copyright lt c 2003 Carrier Access Corporation System Management Maintenance Diags Help Set System Time Change User ID gt ser ID Rules pue Password Security pecurl able i interface Met User Au Enable IP ICMP a Enable tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Broadmore 1700 Release 4 6 11 22 Security Management FIPS Mode Enabling SecurID Item Options Comments SecurID Enable Disable This feature is described in the Carrier Access RSA SecurID Ready Implementation Guide for the Broadmore 500 1700 and 1750 This guide also describes how to manipulate the security options in the sdopts rec file SecurID IP Interface No change If you choose no change any pre existing sdopts rec IP LANE CIP file will not be affected If no sdopts rec file exists the system will default to ethernet IP If you choose another option the system will create an sdopts rec file with your selection Setting up the second CPU us 10 11 12 13 Using SFTP software get the following three files from the se
117. rate interfaces are RS422 The high rate interface aligns and presents 137 088 Mbps I and Q data as ATM at a composite rate of 274 176 Mbps The receiving end reconstructs the data and clock signals At rates of 200 kbps 47 85 kbps and 10 00 bps the data is presented on the I channel only at a composite rate identical to the input rate The 200 kbps low rate interface converts RS422 data and clock to OC 12 for transmission to the receiving end where it is converted back to RS422 data 2 1 LVDS 2 LVDS 2 VQQok LVDS High Fate Input Output pima 606 SEM 2 LVDS 2 V QGock LVDS 2 2 FLDeta R422 2 ACok R 22 Low Rate Input Output 2 RS422 Fixed at 200 Kops 2 AQCok R422 Ethernet for Remote Command and Virtual Circuit Setup 2 12 Broadmore 1700 Release 4 6 Planning and Ordering Guide Custom 300 Mbps Serial Data System Equipment Interface The overall system interface is shown below Contact Carrier Access for interface specifications Return Link j Forward Link 34 Remote Data Interface RS 422 4 EIA 530 LVDS gt HSAM OC 12 ATM Broadmore gt 1700 MBR l Return Link 3 Forward Link 4 Remote Data Interface LVDS RS 422 EIA 530 HSAM Broadmore 1700 MBR OC 12 ATM DENISE Return Lin
118. system log see System Log on page 11 32 11 14 Broadmore 1700 Release 4 6 Security Management FIPS Mode Network Time Protocol Network Time Protocol The Broadmore CPU system clock provides the time and date stamp used for system logs events and audit trails A SuperUser must set the system clock either manually after powering up the Broadmore see System Clock on page 11 14 or configure the Broadmore to use a network time source as described below The Broadmore uses Simple Network Time Protocol SNTP which is an Internet standard for periodically synchronizing the system clocks connected to an IP network If the clock uses the NTP source the system clock will be automatically synchronized to the NTP source when power is reapplied to the Broadmore Select NTP from the Administration menu Then set the following parameters to the desired values When finished press Escape and select Yes to accept the changes nz File Edit View Call Transfer Help 8 09 gs Bos 14 10 30 3 Copyright c 2004 Carrier flccess Corporation System Management Maintenance Diags Help Set System Time NTP Configuration SNTP Disable NTP Server IP 0 0 0 0 Server Port 123 Timeout sec 5 Rux NTP Server IP 0 0 0 0 Aux Server Port 123 flux Timeout sec 5 Poll Interval 1 week Time Zone GHT Status Window
119. that is indistinguishable from a real fixed bandwidth circuit An ATM service category that supports a constant or guaranteed rate to transport services such as video or voice as well as circuit emulation requiring rigorous timing control and performance parameters The ATM Forum circuit emulation service interoperability specification provides interoperability agreements for supporting constant bit rate CBR traffic over ATM networks that comply with the other ATM Forum interoperability agreements Specifically this specification supports emulation of existing TDM circuits over ATM networks Federal Information Processing Standard PUB 140 2 sets security standards for hardware and software in cryptographic equipment Timing requirements that address the restrictions on the amount of time a cell can take in getting from source to destination A connection with two endpoints default in CES CBR configuration A collection of associated ATM VC or VP links with associated endpoint nodes with the following properties Link 1 One ATM link called the Root Link serves as the root in a simple tree topology When the Root Node sends information all the remaining nodes on the connection called the Leaf Nodes receive copies of the information Broadmore 1700 Release 4 6 Glossary Link 2 Each of the Leaf Nodes on the connection can send information directly to the Root Node The Root Node cannot distinguish which Leaf is se
120. the NIM 1 n There is one backup for n critical components Any of the n Protection working channels can be bridged to a single protection line 7 28 Broadmore 1700 Release 4 6 Configuration NIM Redundancy Item Definition 1 1 A special case of 1 n protection where n 1 Each critical Protection component has a dedicated backup which assumes operation if the primary unit fails so that connectivity is not adversely impacted NIM Redundancy NOTE NIM redundancy is not available with a CBI or HSSI CBI NIM ATM redundancy is provided by installation of a second NIM The Broadmore 1700 can then be configured to provide 1 1 or 1 1 NIM protection in accordance with the SONET GR 253 CORE specification The APS is per the SONET GR 253 CORE specification The user may select either reverting or non reverting APS modes as explained in the configuration below NOTE The Broadmore will display only those features supported by the installed NIM Consequently some of the features described below may not apply to the NIMs you are configuring Configure redundancy following steps on the next page 1 Review the hardware configuration The Broadmore 1700 must have two NIMs installed to support redundancy the master NIM in slot and the APS NIM in slot If installing 1 1 protection reverting or non reverting contact the ATM switch vendor to ensure that 1 1 protection is supported Select Mai
121. the SAMs to the NIM is accomplished via the chassis midplane OC 3c STM Ic single mode Intermediate Reach IR module supports ATM physical PHY data rates up to OC 3 155 520 Mbps ON LINE FAULT normal no fault major alarm or minor alarm ON LINE normal standby or not ready LOS good RX power or loss of signal TX and RX fiber interfaces to the ATM network are made via the SC connectors on the NIM accessed from the front of the chassis Broadmore 1700 Release 4 6 1 13 Product Description NIM IOM IOM Module Type Part Number Slot Number Features Description Connectors Jumpers NIM IOM 7660 406 Mounts in rear behind corresponding OC 3c STM 1c NIM or OC 12c STM 4c NIM BITS clock input Jumper selectable BITS clock termination impedance The NIM IOM provides a physical interface to an external clock giving the option of synchronizing the Broadmore 1700 master clock to an external source BITS timing is provided to the Broadmore 1700 via the NIM IOM In a redundant system BITS clock may be provided to each NIM IOM NIM IN BNC connector reserved for future use NIM OUT BNC connector reserved for future use BITS RJ48C connector for BITS input clock BITS impedance matching jumpers located on the component side of the circuit board provide selection of 100 ohms 75 ohms or no termination Broadmore 1700 Release 4 6 Product Description ATM DS3 NIM SAM
122. the online CPU 5 Verify that the Broadmore is in FIPS mode by logging in with an SSH terminal emulator such as SecureCRT see Logging In on page 11 9 If you must use Telnet the Broadmore is not in FIPS mode 6 Startup the CAMMI interface by entering the following command at the Broadmore prompt 7 After logging in also verify that the Broadmore is FIPS mode by observing that the CAMMI Help About Security screen shows that FIPS mode is active see Help About Security on page 11 17 8 Select Administration User ID Rules and set the username and password minimum length values see User ID Rules on page 11 26 NOTE The Broadmore will only enforce the minimum length values when creating new user accounts Old accounts are not affected The Superuser Crypto Officer must ensure that all user accounts meet FIPS 140 2 requirements Broadmore 1700 Release 4 6 11 19 Security Management FIPS Mode Disabling FIPS Mode 11 20 Disabling FIPS Mode Only a Superuser Crypto Officer can change the security modes The security mode can only be changed after successfully logging into the Broadmore then performing the following steps CAUTION DISABLING FIPSMODE WILL DELETE EXISTING USER ACCESS ACCOUNTS AND CRYPTOGRAPHIC KEYS AND REVERT THE BROADMORE TO THE FACTORY DEFAULT SUPERUSER ID AND PASSWORD WHICH CAN DENY MANAGEMENT ACCESS AND COMPROMISE SECURITY NO ONE CAN LOG IN REMOTELY TILL THE
123. xj 2 4 Broadmore 1700 Release 4 6 ATM Gateway The Broadmore 1700 provides secure reliable TDM circuit aggregation and backhaul transport for mission critical applications Global Information Network Tier 2 3 Sites ATM POS Planning and Ordering Guide ATM Gateway Voice Serial Data Ethemet Frame Relay ATM High Density Flexible Access Service Interfaces 75bps to OC 12c Synchronous and Asynchronous Attributes Scalable Expand the network node capacity and users with minimal devices Secure FIPS 140 2 validated to protect the traffic and nodes from unauthorized access Predictable Provide appropriate QoS guarantees under all traffic conditions Reliable Provide high service availability with system and component redundancy Flexible Provide a wide range of services and interfaces with mix of service cards Broadmore 1700 Release 4 6 Functions Interfaces Supports mission ATM DS3 to critical real time OC 12c applications TDM CEM Reduces capital equipment expense Synchronous Serial e Asynchronous Serial Improves network reliability Improves service availability Improves network security Simplifies operations and management V 35 RS 232 RS 449 EIA 530 2 5 Planning and Ordering Guide Mission Critical Voice Service Mission Critical Voice Service The Broadmore 1700 provides e Co
124. 0 NOTE Severity is an attribute only available for Broadmore enterprise traps itis not described in the RFCs Severity is reported as a variable with the trap To configure trap severity from a remote SNMP manager use the Broadmore enterprise MIB table snmpTrapTypeTable Broadmore 1700 Release 4 6 SNMP Configuration Notify Filters Notify Filters Entries may be completely maintained using the cammi Notify Filters table which is a direct representation of snmpNotifyFilterTable or via a remote SNMP manager This table allows finer grained control over trap reports Broadmore permits up to 20 entries in this table An empty table is acceptable These settings can only be accessed and changed by a SuperUser Woks bm100 HyperTerminal Edt View Call Transfer Help Dna 8 mim Br ore Copyright c 2004 Carrier flccess Corporation Seeks Maintenance Diags Administration Help 1 Enabled SubTree Profile Name New Notify Filters Entry Profile Name Subtree 1 Subtree Mask 00000000000000000000000000000000 Type Excluded Enabled Enabled Storage Non volatile gt TAB or CR or SPACE to edit hilited entry ESC when you re done 11 Connected 0 00 49 Auto detect TCP IP Select System Management Select Configuration Select System Services Select SNMP Configure
125. 0 1700 Device 2 10 Broadmore 1700 Release 4 6 Planning and Ordering Guide Custom 300 Mbps Serial Data System Custom 300 Mbps Serial Data System This example shows how easy it is to configure the Broadmore 1700 to meet specific customer requirements for a 300 Mbps serial data to ATM converter system providing both high rate and low rate data transmission between user equipment interfaces It comprises four identical Broadmore 1700 units located at three Ground Terminals GTs and one end point called the MCE GTs convert high rate I Q inputs and low rate FL inputs into ATM for transmission across the ATM backbone or satellite network to the MCE which converts the ATM back to I Q and FL outputs Ground Stations Data Q Data Clock FL Data FL Clock Data Data Q Data Q Data Clock ATM Clock FL Data Backbone FL Data FL Clock FL Clock Broadmore 1700 Data Q Data Clock FL Data FL Clock Broadmore 1700 Broadmore 1700 Release 4 6 2 11 Planning and Ordering Guide Custom 300 Mbps Serial Data System Unit Configuration Each Broadmore 1700 unit provides an ATM SONET OC 12c SDH STM 4 fiber optic interface to the ATM backbone or satellite network Each Broadmore 1700 unit also has low rate MBR and high rate HSAM data interfaces that may be used as either inputs or outputs depending on the network location High rate interfaces are differential Low Voltage Data Signals LVDS Low
126. 0 45 Mbps P payload fill or cell fill in bytes where P 1 to 47 inclusive The number of data bytes present in each ATM cell generated by the module NOTE The software will automatically adjust the payload fill For 2 24 example assume the clock rate is 100 kHz and the data rate is 100 kbaud If the payload fill is set to 47 maximum data fill the ATM bandwidth used by this port would be 53 47 x 100K 2 112800 bps If the payload fill is set to 1 minimum data fill the ATM bandwidth is now 53 1 x 100K 5300000 bps or about 47 times greater Broadmore 1700 Release 4 6 Planning and Ordering Guide ATM Network Loading ATM Network Loading The Broadmore 1700 multiplexes cells from various input SAMs into a single ATM UNI signal that is delivered to the ATM network There is overhead associated with this process that reduces the total bandwidth available to the connected service equipment The Broadmore 1700 can load the network UNI to 95 capacity without dropping cells Service capacities are shown in the following table ATM Service Capacity Module Cell Bus ATM Network ATM Service Rate Mbps Capacity Mbps OC 3c STM 1c A 155 520 149 760 OC I2c STM 1c A 155 520 149 760 B 155 520 149 760 C 155 520 149 760 D 155 520 149 760 Total 622 080 599 040 Applying this overhead to individual SAMs is one way to calculate the service capacity for the Broadmore 1700 Add the
127. 000 ELAN Name default LANE Version 7 20 Broadmore 1700 Release 4 6 Configuration LANE Configuration NOTE Using LANE may require static routes in a manner similar to CIP Refer to the Static Routes section above and the example in Appendix D Item Description LANE This is the IP Address for the Broadmore 1700 To get onto the IP Address ELAN the address must be on a different logical subnet than the OSC s Ethernet IP Address This address must be different than the ATM CIP Address subnet LANE This is the subnet mask to be used in conjunction with the Subnet Mask Broadmore 1700 s LANE IP Address LANE The IP address of the LANE gateway If not used enter 0 0 0 0 Gateway Addr LECS ATM This address is optional This is the ATM Address of the LAN Address Emulation Configuration Server LECS If the ATM Address of the LAN Emulation Server LES is known and is entered below this LECS value may be left blank If the LECS is needed and no address is entered here then the well known ATM Address as defined by ATM Forum s LANE standard will be used by default The well known default address is 4700 7900 0000 0000 0000 0000 0000 0000 0100 LES ATM This field is optional The ATM Address of the LAN Emulation Address Server is entered here If data is entered here the ELAN name and the LECS ATM address will not be needed and will not be used by the system if they are entered be
128. 05 0082 REV CURRENT REVISION OF THIS DRAWING WRAP AROUND STYLE LABEL ACCEPTABLE Figure E 5 Cable Adapter RS 232 DB25 DCE P N 7660 504 Broadmore 1700 Release 4 6 Cable Specifications Table E 4 Wire List for Cable Adapter RS 232 DB25 DCE P N 7660 504 WIRE LIST 1 P2 1 CABLE SHLD BRAID DRAIN WIRE P2 3 RXD WHITE BLUE STRIPE P2 NC BLUE WHITE STRIPE P2 24 SCTE WHITE ORN STRIPE P1 5 P2 NC ORN WHITE STRIPE P1 6 P2 6 DSR WHITE GRN STRIPE P1 7 P2 NC GRN WHITE STRIPE P1 8 P2 4 RTS WHITE BRN STRIPE P1 9 P2 NC BRN WHITE STRIPE P2 17 RXC WHITE GREY STRIPE P2 NC GREY WHITE STRIPE 1 12 2 2 TXD RED BLUE STRIPE 13 P2 NC BLUE RED STRIPE C C C 1 14 P2 8 DCD RED ORN STRIPE 1 15 2 NC ORN RED STRIPE P1 16 P2 18 LL RED GRN STRIPE P1 NC P2 NC GRN RED STRIPE P1 18 P2 7 SIGNAL GND RED BRN STRIPE P1 NC P2 N BRN RED STRIPE P1 20 P2 15 TXC RED GREY STRIPE P1 21 P2 N GREY RED STRIPE P1 22 P2 5 CTS BLACK BLUE STRIPE P1 23 P2 N BLUE BLACK STRIPE P1 24 P2 20 DTR STRIPE P1 25 P2 NC ORN BLACK STRIPE P2 22 RI 1 BLACK GRN STRIP Broadmore 1700 Release 4 6 E 9 Cable Specifications NOTES 1 ITEMS 1 AND 5 MANUFACTURED BY INC 1810 LITTLE ORCHARD ST SAN JOSE CA 75125 ITEM 4 MANUFACTURED BY ADAM TECH 909 RAHWAY AVE UNION NJ 07083 BELDEN PO BOX 1980 RICHMOND 47375 ITEM 2 MANUFACTURED
129. 1 Notify Profiles 2 43 Trap Detection Overview The Broadmore supports trap directed notifications This means that the Broadmore can automatically send a notification message to a network manager when a certain trap event occurs This is much more efficient than having to continually poll each device on a network to check if it is working properly The Broadmore can send the following kinds of trap notifications Major Minor Alarms for each module and port each set alarm is matched by a clear indicating the states of the fault LEDs on the chassis or module Module inserted or removed from the chassis Slot failure UNI up down Redundancy switchover File restores by the user a user audit event Reboots by the user a user audit event Reboots from system failure Cold start a generic trap Traps are a valuable network management tool for monitoring system status However to realize their full value the system should post only those conditions requiring action by maintenance personnel Otherwise a fundamental system problem might create an avalanche of related traps resulting in further degradation of the network Broadmore 1700 Release 4 6 12 29 SNMP Configuration Trap Management Overview 12 30 Network operations organizations also have varying policies on what conditions to monitor and what alarm severities to assign to each condition The Broadmore gives selective control over traps to m
130. 1 Log in as a Superuser The default login is SYSADMIN and password INITIAL 2 From the operating system prompt enter cd cam 3 dir and look for one of the following files CAM7665 17A CAM7665 17B or CAM7665 17C 4 If the file name does not correspond to the chassis in which the CPU is installed the file must be renamed For example to change the chassis version from 17A to 17C enter the following command mv CAM7665 17A CAM7665 17C 5 file can be found it can be created using the touch command For example to create a file for the 17C chassis enter the command touch CAM7665 17C A CPU shipped with a Broadmore 500 will have the file CAM7665 5 which tells the CPU to recongnize only the first 5 module slots This file can also be changed as described above if the CPU is installed in a different chassis Broadmore 1700 Release 4 6 F 3 Chassis Differences Software Differences Broadmore 1700 Release 4 6 APPENDIX IPv6 Support In this Appendix a Overview G 2 a Configuring IPv6 Addresses for Network Interfaces G 2 Pinging over IPv6 G 4 Testing route6 Application G 5 IPv6 Support Overview Overview This Appendix provides methods for demonstrating IPv6 functionality on Broadmore You can find more test methods in the Product Application Notice Broadmore IPv6 PAN 07 0001 which is available on the Customer Support website Configuring IPvG Addresses for Network Interface
131. 1 2 048 0 38 2 26 Broadmore 1700 Release 4 6 Planning and Ordering Guide Installation Planning Factors Installation Planning Factors The Broadmore 1700 is designed and delivered ready for installation in a standard 19 or 23 relay or equipment rack Several factors should be considered and some decisions made to ensure a smooth installation that meets all requirements Installation factors and system specifications are shown in the following tables Factor Consideration Access Broadmore 1700 requires the following access clearances for Clearance service and maintenance e Front 24 e Rear 4 e Top 1 75 Broadmore 1700 units may be stacked without this clearance Power DC Power 48 VDC at 5 amperes is connected to the rear of the Source Broadmore chassis A second 48 VDC source may be connected for redundancy Optional AC Power Supply Tray Converts 110 240 VAC 50 60 Hz to 48 VDC Rack mounted tray 3 5 high installs immediately below Broadmore chassis and can hold two power supplies Unit comes with one power supply and cables A second power supply with cables can be added to provide redundant DC power to the Broadmore AC and DC power connections are at the rear of the unit The DC cable is approximately 3 5 ft long Broadmore 1700 Release 4 6 2 27 Planning and Ordering Guide Installation Planning Factors Factor Consideration Cable Overall cable l
132. 10 ft E20 7660 524 Cable Adapter HBR RJ45 to DB25 DCE E21 7660 525 Cable Adapter Mux 4XHDB26 to DB37 DTE 6 ft E23 7660 526 Cable Adapter Demux 4XHDB26 to DB37 DCE 6 ft E25 Connector Pinout High Speed SAM HSAM E27 Cable Specifications SEE VIEW TURN SCREWS SUPPLIED SCREWS SUPPL WITM ITEM 2 wn Du e 5 4 INCHES VIEW A COVER OF BACKSHELL REMOVED NOTES 1 ITEMS 1 AND 5 MANUFACTURED BY INC 1810 LITTLE ORCHARD ST SAN JOSE CA 7512 ITEM 4 MANUFACTURED BY ADAM TECH 909 RAHWAY AVE UNION NJ 07083 BELDEN PO BOX 1980 RICHMOND IN 47375 ITEM 2 MANUFACTURED BY 3M ELECTRONIC PRODUCTS DIVISION 6801 RIVER PLACE BLVD AUSTIN TX 78726 ITEM 3 MANUFACTURED BY A CABLE SHIELD BRAID TO BE CONNECTED TO BACKSHELL OF AND P2 WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLED SHELD PRAD IS WIRED TO PIN 1 OF 1 AND P2 CONNECTORS USING 24 AWG Il IRE 3 ALL SOLDER JOINTS TO BE COVERED BY HEAT SHRINK 4 LOCKING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES MARK WITH 7660 501 005 0000 REV NT REVISION OF THIS DRAWING WRAP AROUND STYLE LABEL ACCEPTABLE Figure E 2 Cable Adapter RS 449 DB37 DCE P N 7660 501 E 2 Broadmore 1700 Release 4 6 Cable Specifications Table E 1 Wire List for Cable Adapter RS 449 DB37 DCE P N 7660 501 WIRE LIST 1 1 CABLE SHLD BRAID 1 2 2 6 RXD A WHITE BLUE STRIPE P1 3 P2 24 RXD B BLUE WHITE
133. 1700 Release 4 6 5 15 Module and Fan Installation Tools Tools The following tools are recommended to install configure operate and maintain the Broadmore 1700 e 1 flathead screwdriver for cover and fan tray removal installation e Dual jeweler s flathead Phillips screwdriver e ESD wrist strap e Other standard installation tools as desired Remove Front Chassis Cover Only the front cover must be removed to install the fan tray 1 Loosen captive screws securing the front cover and set the cover aside 2 Connect an ESD wrist strap to the front or rear ESD connector and follow standard ESD procedures while handling unit components WARNING Use ESD PRECAUTIONS WEAR AN ESD GROUNDING STRAP WHILE HANDLING ANY MODULES OR ACCESSING THE INSIDE OF THE BROADMORE 1700 FAILURE TO FOLLOW ESD PROCEDURES MAY DAMAGE SENSITIVE COMPONENTS AND VOID THE WARRANTY Fan Tray Installation 1 The fan tray installs from the front directly below the modules Fan tray guides are provided on each side of the chassis Slide the fan tray into the guides and firmly push it into place so that connectors totally seat with the midplane 2 Tighten the two front panel retaining screws using a flathead screw driver 5 16 Broadmore 1700 Release 4 6 Module and Fan Installation Replace Chassis Cover Replace Chassis Cover WARNING THE FRONT AND REAR COVERS OF THE CHASSIS SHOULD ONLY BE REMOVED FOR MODULE INSTALLATION AND MAINTENANCE AS RE
134. 21 or SFTP Login on page 11 43 for instructions 2 Using your FTP or SFTP software upload the script file to the script directory on the Broadmore s online CPU 3 Log into the Broadmore s operating system using a valid user name and password At the 1700 gt prompt enter the following command runscript filename NOTE Ona redundant Broadmore you must also load and run the script file on the standby CPU After you issue the runscript command the script interpreter switches to the CLI gt prompt and executes all commands from the script file in sequence Each command is displayed as if you were manually entering it during a normal session If the script interpreter encounters an error it continues to attempt to interpret each successive line until it can execute a valid command If no valid commands can be executed before the end of the file review the error displayed to resolve the problem It is recommended that all logs be reviewed after at least the first time a script is executed to ensure that the script performed as intended NOTE Depending upon the load on the Broadmore s CPU you may need to insert delays between some commands in a script For example when using a deleteall command you may need to insert a delay before attempting to reconfigure the same resources You may also need delays when configuring a large number of PVCs in a row Depending upon system load delays of up to 30 seconds may be necessary
135. 27 0x1128 0x1129 0 112 0x112b 0 112 or ifIndex was not expected CONNECTION IN USE Connection in use request not 0 112 allowed at this time INVALID DSS INVALID SDU DATAWORD LEN PVCS CARDTYPE MISMATCH 0x112e 0 112 0x1130 PVCs not supported for card type Broadmore 1700 Release 4 6 Software Error Messages Setup Errors NVALID INTERNAL VCI NVALID CALL IDENT NVALID CARD TYPE ONFIG DEFAULTS USED NVALID MESSAGE TYPE UNKNOWN ACTION ID H Q H HH 0x1131 0x1132 0x1133 0x1134 0x1135 0x1136 Broadmore 1700 Release 4 6 APPENDIX Sample Network with RFC 1577 Configuration This Appendix provides a sample network configuration to explain how the Classic IP CIP over ATM functions CIP provides the path for control of remote Broadmore 1700s from a master control station over the ATM network The three possible configurations are shown in the figure on the next page These are 1 The master control station has Ethernet access to the Broadmore 1700 Broadmore 1700 1 2 The master control station does not have Ethernet access to the Broadmore 1700 and the Broadmore 1700 does not have an Ethernet local control station Broadmore 1700 2 3 The master control station does not have Ethernet access to the Broadmore 1700 and the Broadmore 1700 has an Ethernet local control station Broadmore 1700 3 Sample Network with RFC 1577 Configuration D
136. 4 Port Loopback hie ek eR S DPA 8 25 Failure 8 27 Alarm Response Reset 8 28 Flowchart 2 nee dead Pe oe Rows ORE E REE aE 8 28 8 36 Power SUPPLY uiii ideas RLVRERUTUM ees 8 37 NIM 8 38 SAM Replacement ss 25255525562 8 39 IOM 8 40 CPU Replacement oed hase ead 8 41 CPU IOM 8 42 Fan Replacement 2 e iei 8 42 Integrated Fan Alarm Module Replacement 8 43 General 8 45 Fan Filter Cleaning and 8 45 Maintenance Diagnostics 8 46 Engineering 1 5 8 8 48 Summary of Front Panel LEDs 8 50 Broadmore 1700 Release 4 6 xix Table of Contents 9 10 Command Line Interface CLI AGCGSS ea eee 9 2 Creating and Running 5 9 4 Port 9 9 MORItOE oec per a R
137. 4 Serial Service Modules Part No Multi Bit Rate MBR 75 bps 10 Mbps Four Port SAM 7660 008 Multi Bit Rate Four Port IOM 7660 408 High Bit Rate HBR 75 bps 24 Mbps Four Port SAM 7660 009 2 36 Broadmore 1700 Release 4 6 Planning and Ordering Guide Service Access Module SAM Options Serial Service Modules High Bit Rate Four Port IOM Serial Mux 100 kbps 50 Mbps Eight Port SAM Serial De Mux 100 kbps 50 Mbps Eight Port SAM Serial Mux De Mux Eight Port IOM Cell Bearing Service Modules Cell Bearing Interface CBI 56 kbps 16 384 Mbps SAM Cell Bearing Interface IOM High Speed Serial Interface Cell Bearing Interface HSSI CBI 56 kbps 52 Mbps SAM High Speed Serial Interface Cell Bearing Interface IOM Broadmore 1700 Release 4 6 Part No 7660 418 7660 040 7660 041 7660 408 Part No 7660 017 7660 417 7660 020 7660 420 2 37 Planning and Ordering Guide Service Access Module SAM Options Individual Cables MBR Cables Part No MBREIA 530Cable DB25 DCE 5ft 2 7660 5020 MBR EIA 530 Cable DB25 DTE 5ft 7660 512 MBR RS 232 Cable DCE 5ft 7660 504 MBR RS 232 Cable DTE 5ft 7660 514 MBR RS 449 Cable DB37 DCE 5ft 7660 501 MBR RS 449 Cable DB37 DTE 5ft 7660 511 MBR V 35 Cable DCE 5ft 7660 503 MBR V 35 Cable DTE 5ft 7660 513 Serial Cables Part No Serial Mux RS 422A Cable Adapter DB37 DTE 6 ft 7660 5250 Serial De Mux RS 422A Cable Adapter DB37 DCE 6 ft 7660 526 Cell Bearing Interface
138. 4 and Structured DS3 SAMs There is no channel mapping for the Unstructured DS3 Unstructured E3 HSAM MBR and HBR SAMs and this value will be displayed as N A VP VC Transmit Receive Destination ATM Address Remote Slot The maximum settings for VP VC are allocated using the Max VP VC feature in System Services see Max VP VC on page 7 23 Table 7 1 on page 7 23 shows the valid VP VC values Enter the Destination ATM address To view the ATM Address List enter The Remote Slot is the chassis slot of the remote unit Remote Port Number The Remote Port Number or Tributary depends on the configuration or Tributary Remote Channel Map The Remote Channel Map depends on the configuration CDV Cell Delay Variation CDV is the difference between the expected arrival time and 7 102 the actual arrival time of the next cell This value is expressed in number of cells The value can vary from 0 to 255 An initial value of 80 to 100 cells is recommended Broadmore 1700 Release 4 6 Configuration VP Reservation VP Reservation NOTE The functionality described in this section is only available with Broadmore release 4 6 or higher To support this functionality all ATM DS3 CBI HSSI CBI OC 3c or OC 12c modules in the chassis must be upgraded to the levels released with 4 6 or higher Firmware and instructions are provided on the upgrade CD VP Reservation allows you to reserve a block of
139. 4 6 Configuration ATM DS3 NIM Table 7 4 ATM DS3 NIM Alarms Configuration Network Alarms Options Service Alarms ATM Loss HEC Ignore Major Minor Header Error Control ATM Tx FIFO Overflow Ignore Major Minor An internal buffer overflow ATM Rx FIFO Overflow Ignore Major Minor An internal buffer overflow PLCP OOF Ignore Major Minor Out of Frame PLCP Yellow Ignore Major Minor Remote Alarm Indicator RAI DS3 LOS Ignore Major Minor Loss of Signal DS3 OOF Ignore Major Minor Out of Frame DS3 AIS Ignore Major Minor Remote Alarm Indicator RAI DS3 Idle Ignore Major Minor Idle code received DS3 FERF Ignore Major Minor Far End Receive Failure DS3 Red Ignore Major Minor Service side error BITS Clock Loss Ignore Major Minor BITS clock failure Broadmore 1700 Release 4 6 7 45 Configuration ATM DS3 SAM ATM DS3 SAM Choose the slot containing the ATM DS3 SAM to be configured to display a screen for port selection The table below is a guide to configuration parameters Operational Diagnostics and Alarm configuration are the three menu options Descriptions of the configurable items are found in the following tables Highlight each item and use the space bar to toggle available options for each Save the configuration after making changes Operational Configuration Diagnostics gt Alarms Configuration k Configure DS3 ATM SAM Slot E DS3
140. 4 6 1 27 Product Description High Bit Rate IOM High Bit Rate Module Type IOM Part Number 7660 418 Slot Number Mounts in chassis rear behind corresponding SAM Description The IOM provides four serial interfaces that can be configured as either DCE or DTE synchronous only Connectors Four RJ45 connectors An RJ45 to DB25 cable adapter is available see Cable Adapter HBR P N 7660 524 on page E 21 1 28 Broadmore 1700 Release 4 6 High Speed SAM Module Type Part Number Slot Number Features Description Indicators SAM double width 7660 042 DandE The High Speed SAM HSAM provides multi rate input output interfaces for synchronous I Q and Clock signals at data rates up to 137 088 Mbps Sustained synchronous data rates are 137 088 Mbps on both I amp Q 47 85 Mbps 10 00 Mbps or 200 Kbps At the 137 Mbps rate data is aligned and presented on both I and Q at a composite rate of 274 176 Mbps by bridging cellbus C and D through a Bridge Card installed on the rear midplane connectors At the 47 85 Mbps 10 00 Mbps and 200 Kbps rates data is presented on the I channel only and is a composite rate FAULT normal no fault major alarm minor alarm or no connection ONLINE normal standby or not ready INPUT ACTIVITY one LED per I Q and Clock port OUTPUT ACTIVITY one LED per L Q and Clock port Product Description High Speed SAM FAULT ON LINE
141. 5 7 76 F bit Errors 7 52 7 54 7 55 7 59 7 61 7 74 7 75 7 76 FEBE Errors 7 52 7 54 7 55 7 59 7 61 7 74 7 75 7 76 Parity Errors 7 52 7 54 7 55 7 59 7 61 7 74 7 75 7 76 SNP Errors 7 52 7 54 7 74 7 75 Extension Tactical Communications 2 8 Index 5 Index Factors Installation 4 3 Installation Planning 2 27 System Planning 2 16 pan RIS I ES 2 30 ub IDA ee crias 1 8 2 30 Installation 5 1 5 16 Installation Procedure 5 15 FCC Requirements iii 7 52 7 53 7 54 7 60 7 75 7 76 Features Alarms 1 9 E 2 3 Chassis i2444 9 le VERAS 1 8 Fan Tray uox eR 1 8 Grounding 1 9 Modules 1 9 Power 1 9 Redundancy 1 9 System 1 7 File ACCESS 4k RR RES 1 6 Filter Fan Part Number 2 30 FIPS 140 2 Validated iv FIPS Interface 1 5 FIPS Mode sisse eR 10 19 Disabling LR eis 11 20 Enabling soo mg 11 18 Frame Type 7 62 7 65 7 67 Framing 7 44 7 47 7 50 7 57 7 58 7 72 Ue S shes 7 38 7 42 PEP REG 7 26 8 19 Fuse COVED RERUM ERU RUDI ERE 2 30
142. 7 107 Configuration System Configuration 7 108 Set Power on Default Select Save Config for PowerUp to save a particular configuration for system power up Select Save Config for PowerUp as shown below to retain the current configuration for PowerUp Select System Management Select Configuration Files Select Save Config For PowerUp Save Card Defaults Select Save Card Defaults to save the default configuration for the specific card Select System Management Select Configuration Files Select Save Card Defaults Select Slot 1 Select Yes to save the defaults Restore Card Defaults Select Restore Card Defaults to restore the default configuration for the specific card This selection causes the following actions e Deletes all existing connections e Reads the configuration file and restores the card port settings e Reads the configuration file again and sets up any SVC PVCs Select System Management Select Configuration Files 1 Select Restore Card Defaults 1 Select Slot 1 Select Yes to restore the card defaults 1 Broadmore 1700 Release 4 6 Show Configuration Configuration Show Configuration The show config command provides an extract of all network and service module configurations This allows security officers to compare prior images to ensure no unplanned changes This command is a shell command Issue this command from the top level prompt of
143. 7 89 Cell Bearing Interface CBI NIM SAM 7 91 HSSI Cell Bearing Interface NIM SAM 7 95 7 36 Broadmore 1700 Release 4 6 Configuration How to Configure Specific Modules How to Configure Specific Modules The NIM and SAM configuration process applies to each module installed in the system The parameters vary by module as delineated below For each module start the procedure by following the pull down sequence shown Select System Management Select Configure Select Slot J Select the slot with the module to be configured J The slot selection screen as shown below also displays the current alarm condition of the module in each slot E Select C WINNT System32 telnet exe Broadmore 1788 Copyright lt c gt 28801 Carrier Access Corporation a Maintenance Diags Administration Help Monitor Activit Select a Card to Configure Configuration Files Logout Status Empt 0C12 NIM Online Empty Empty Empty Empty Empty Empty tatus Window Up Down arrows change list selection NOTE The list above displays only a portion of the available Retry Cause Codes Scroll down to view additional codes Broadmore 1700 Release 4 6 7 37 Configuration OC 12c STM 4c OC 12c STM 4c Choose the slot A or B containing the OC 12c STM 4c to be configured and a parameter input screen appears The table below is a guide to parameter configuration
144. 700 Release 4 6 Product Description System Description System Description m Features 1 7 m Chassis 6 m FanTray 1 6 m Power and Redundancy 1 9 m Grounding 9 m Alarms 9 m Modules 1 9 Features The Broadmore 1700 consists of a chassis and various plug in modules This fully integrated system provides the following features e Redundant power sources CPUs and NIMs e Front loadable hot swappable modules that allow for single part replacement without affecting other portions of the system e Cable separation with user equipment copper coax interfaces on the chassis rear and fiber optic ATM interface cables on the chassis front Broadmore 1700 Release 4 6 1 7 Product Description Chassis 1 8 Chassis The Broadmore 1700 chassis can be configured to perform various functions with plug in modules The chassis includes a passive midplane 17 slots for modules and a fan assembly Attached mounting brackets are configured for standard EIA 19 inch rack installation These brackets may be rotated 90 degrees for 23 inch relay rack installation The chassis has removable front and rear covers which should remain in place during normal operations These covers should only be removed to provide internal access for installation maintenance or system upgrade Chassis Cover e Rear Cover lt Input Output Network 1 Interface 7 Module gt _ Rack Moun
145. AND CARRIER ACCESS WILL NOT BE LIABLE FOR INJURIES OR DAMAGES TO PERSONS OR PROPERTY RESULTING FROM ANY CAUSE WHATSOEVER WITH THE EXCEPTION OF INJURIES OR DAMAGES CAUSED BY THE GROSS NEGLIGENCE OF CARRIER ACCESS THIS LIMITATION APPLIES TO ALL SERVICES SOFTWARE AND PRODUCTS DURING AND AFTER THE WARRANTY PERIOD IN NO EVENT WILL CARRIER ACCESS BE LIABLE FOR ANY SPECIAL INCIDENTAL OR CONSEQUENTIAL DAMAGES LOSS OF DATA OR COMMERCIAL LOSSES EVEN IF CARRIER ACCESS HAS BEEN ADVISED THEREOF No agent BUYER or representative is authorized to make any warranties on behalf of Carrier Access or to assume for Carrier Access any other liability in connection with any of Carrier Access s Products software or services The foregoing summarizes Carrier Access entire product and software warranties which are subject to change without notice Broadmore 1700 Release 4 6 xi Preface Warranty Product Returns Before returning any equipment to Carrier Access Corporation first contact the distributor or dealer from which you purchased the product A Return Material Authorization RMA number is required for all equipment returned to Carrier Access Corporation Call Carrier Access Corporation Customer Support at 800 786 9929 or 303 442 5455 for RMA number repair warranty information and shipping instructions Be prepared to provide the following information Carrier Access Corporation serial number s from the system chassis or circui
146. Accounts Rules sername min chars Password min chars tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done 10 10 Broadmore 1700 Release 4 6 Security Management Change User ID Change User ID The Change User ID menu allows a SuperUser to add delete and modify user IDs Any user can change their own password using the Change Password menu Adding a User Tera Term 192 168 200 100 VT 4 iol x File Edit Setup Control Window Help Broadmore Copyright lt c gt 2004 Carrier Access Corporation System Management Maintenance Diags Help Set Sustem Time User ID Rules Delete odify Change Passwor Password FE Password FOIE Privilege OPERATIONS Craft Access Enable Remote Access Enable tatus Window gt Enter the following information for each user that is added Item Options Comments User ID A unique user identifier Password A unique password for the user and a second password Password field to confirm Privilege BROWSER The level of user access See User Security OPERATIONS Configuration on page 7 26 SYS_ADMIN SUPER_USER Craft Access Enable Disable Access through the serial port on the front of the CPU Remote Access Enable Disable Access through telnet secure shell login ftp or secure ftp Broadmore 1700 Release 4 6 10 11 Security Management Change User ID Deleting a User
147. Acronyms Glossary 1 About Command CLI 9 12 AC Power Supply Connections 6 21 AC Power Supply Tray 4 8 Access Chassis 5 5 5 16 Clearance 4 3 CLE eerie 9 2 USM VACM 12 20 Access Edit Rules SNMPv3 12 23 Access Policy SNMPv3 12 23 Acronyms and Abbreviations Glossary 1 Address uo 7 15 Servet ber ea ao 7 15 Aggregation and Backhaul TDM Circuit 2 7 2 2 Hee hes 7 70 OVERVIEW ue erect 8 4 Port Connections 6 5 Alarm Power Module 1 10 1 39 Alarms 1 9 nig 1 39 Configuration 1 10 Installation 5 11 IOM ek Re a 1 40 IOM Installation 5 13 508 beRc pre bate 1 10 Application Planning Guide 2 2 Applications 1 3 uM 7 28 Architecture System 1 7 2 16 Archiving Audit Trails 10 15 11 32 M 8 11 ME 7 14 Address Le arise DER hs 7 11 Bandwidth per Cell Bus 2 22 Bandwidth per Module 2 23 CIP over 7 14 Gateway cisco tt edi each 2 5 7 15 Interfaces 222222222595 1 4 IP Address
148. B BLUE 1 15 2 10 DCD B 1 16 P2 18 LL Pi 17 P2 1 19 P2 NC Pi 21 2 12 TXC B 1 23 Pa 19 RTS B 1 25 2 22 Broadmore 1700 Release 4 6 COLOR DRAIN WIRE WHITE BLUE STRIPE BLUE WHITE STRIPE WHITE ORN STRIPE ORN WHITE STRIPE WHITE STRIPE GRN WHITE STRIPE WHITE BRN STRIPE BRN WHITE STRIPE WHITE GREY STRIPE GREY WHITE STRIPE RED BLUE STRIPE RED STRIPE RED ORN STRIPE ORN RED STRIPE RED GRN STRIPE GRN RED STRIPE RED BRN STRIPE BRN RED STRIPE RED GREY STRIPE GREY RED STRIPE BLACK BLUE STRIPE BLUE BLACK STRIPE BLACK ORN STRIPE ORN BLACK STRIPE BLACK STRIPE E 13 Cable Specifications E 14 COVER OF NOTES BACKSMELL REMOVED 1 ITEM 1 MANUFACTURED BY KYCON INC 1810 LITTLE SAN JOSE CA 7512 ITEM 2 MANUFACTURED BY 3M ELECTRONIC PRODUCTS DIVISION 6801 RIVER PLACE BLVD AUSTIN TX 78726 ITEM 3 MANUFACTURED BY BELDEN 3 4 CONNECT STRAIN RELIEF DETAIL B PIN D PIN A PO BOX 1980 RICHMOND IN 47375 ITEMS 4 AND 5 MANUFACTURED BY POSITRONIC IND INC 423 NO CAMPBELL ST SPRINGFIELD MO Sane SHIELD BRAID TO BE CONNECTED TO BACKSHELL OF AND P2 WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLED SHIELD BRAID IS WIRED TO PIN 1 OF ANO P2 CONNECTORS USING 24 AWG ALL SOLDER JOINTS TO BE COVERED BY HEAT SHRINK LOCKING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES A MARK WI
149. B or CR or SPACE to edit hilited entry Connection Retry Retry Cause Code General Properti Communities NotifyFilters NotifyProfiles Connected 0 02 33 Auto detect SCROLL CAPS Capture Print echo ESC when you re done gt E Broadmore 1700 Release 4 6 12 3 SNMP Configuration SNMP Properties Select System Management Select Configure 1 Select System Services Select SNMP Configure Select SNMP Properties Select the item you want to configure With each selection confirm your changes and press Esc to exit The following table lists the SNMP property selections Item Options Comments SNMP any Enable Disable Enables or disables all SNMP messages SNMP vi v2 Enable Disable Enables or disables only SNMP v1 and v2 messages SNMPv3 messages are enabled CLI Traps Enable Disable This selection is a switch enable disable that allows you to view trap messages when logged into CLI When enabled trap messages will echo to the screen when they occur Squelch Level Below Current Level The Broadmore is shipped with the squelch level Equal or Below set at below current level The Squelch level Current Level allows you to control the trap volume with a single No Squelch level setting The severity of the last state trap is remembered and future traps will be sent only if t
150. B performance requirements variable bit rate audio and video Intended for video and audio in teleconferencing and multi media applications using packets Class 3 Supports a QoS that will meet Service Class C performance Broadmore 1700 Release 4 6 Glossary9 Glossary Header Error Control User Plane Connection Variable Bit Rate Glossary 10 requirements connection oriented data transfer Intended for interoperation of connection oriented protocols such as Frame Relay A field octet in the ATM cell header used to detect multiple errors in the cell header or correct a single error in the cell header Signaling operates in the control plane doing control type functions such as setting up the connection After signaling is finished it drops out of the way and the established connection is used to move data This moving of payload data is done in the user plane Control and user planes are parts of the conceptual model of ATM An ATM Forum defined service category supporting variable bit rate data traffic with average and peak traffic parameters Broadmore 1700 Release 4 6 Numerics 1 to 1 Protection 7 29 1 ton Protection 7 28 1 1 Protection 7 28 24 Hour Statistics 8 19 300 Mbps Serial Data System 2 11 Configuration Guidelines 2 21 48 VDC Power Connecting 6 23 A Abbreviations and
151. BROADMORE IS REBOOTED Log into the online CPU Broadmore primary IP address with a secure SSH terminal emulator such as SecureCRT see Logging In on page 11 9 Disable FIPS mode by entering the following shell command at the Broadmore prompt fipsmode off Reboot the Broadmore for the change to take effect by entering the following commands at the Broadmore prompt cli J maintain redundancy cpu J rebootstandby releasecpu J NOTE The above command sequence reboots the standby CPU if any and then the online CPU In a redundant system both CPUs must be rebooted into the non FIPS mode Rebooting the online CPU will terminate the current management session After reboot the previous standby CPU will normally become the online CPU It may take several minutes for the ARP tables in the network to refresh before you can log into the online CPU Broadmore 1700 Release 4 6 Security Management FIPS Mode Enabling SecurID 4 Log into the Broadmore using a conventional terminal emulator such as Telnet see Logging In on page 10 5 5 Start up the CAMMI interface by entering the following command at the Broadmore prompt cammi J 6 Verify that the Broadmore is not in FIPS mode by observing that the CAMMI Help About Security screen shows that FIPS mode is inactive Enabling SecurlD NOTE SecurlD is only available when FIPS mode is turned on see Enabling FIPS Mode on page 11 18 Only the onlin
152. Broadmore 1700 USER MANUAL Carrier Access Part Number 770 0018 DC Product Release 4 6 January 2008 Carrier Access Corporation Proprietary and Confidential Do Not Copy or Distribute For Internal Use Only Copyright 2008 Carrier Access Corporation All rights reserved The information presented in this manual is subject to change without notice and does not represent a commitment on the part of Carrier Access Corporation The hardware and software described herein are furnished under a license or non disclosure agreement The hardware software and manual may be used or copied only in accordance with the terms of this agreement It is against the law to reproduce transmit transcribe store in a retrieval system or translate into any medium electronic mechanical magnetic optical chemical manual or otherwise any part of this manual or software supplied with the Broadmore 1700 for any purpose other than the purchaser s personal use without the express written permission of Carrier Access Corporation Broadmore and the Carrier Access logo are trademarks of Carrier Access Corporation All other brand or product names are trademarks or registration trademarks of their respective companies or organizations Contact Information Carrier Access Corporation 5395 Pearl Parkway Boulder CO 80301 2490 Corporate Phone 303 442 5455 Fax 303 443 5908 www catrieraccess com Customer Support Direct 800 786 9929 E mail t
153. CSES 213 F CCU 390728613 SYNC BER count 23 PAT Sync 118561 24 NO Sync 8 25 PAT Sync 83267 26 NO Sync 8 2 PAT Sync 92485 28 NO Sync 6 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards Cell Bearing Interface CBI NIM SAM Statistics Select System Management Select Monitor Activity lt Select Slot Statistics Select CBI NIM CBI SAM J CBI NIM lt Online gt Slot B Statistics Tx Cells Rx Cells Error Cells 40603 126546059 a LOSS HEC LOSS TX TIMING DA LOSS TIMING DB Idle Cells DTE Mode 197033 Term lt Recu lt Off INACTIVE RTS CA Off Recy Data lt INACTIVE CTS CB Off Send gt DCE NOT RDY CC Off Data gt INACTIVE TX DATA BR DIE NOT RDY CD Off gt LOSS RX TIMING DD TX FIFO QUERFLOW Off lt INACTIVE DATA BB 5 FIFO OUERFLOU Off DCE lt LOSS BITS CLK Seconds 18 CBI SAM lt Online gt Slot H Statistics Tx Cells Rx Cells Error Cells Idle Cells DCE Mode 693347249 56600665 12 642611681 LOSS HEC LOSS TX TIMING DA LOSS TIMING DB Send lt Off INACTIVE RTS CA Off Send Data Off INACTIVE CTS CB Off gt Off DCE NOT RDY CC Off Data gt INACTIVE TX DATA BA Off DIE NOT RDY CD Off CTS gt LOSS RX TIMING Off T3 FIFO OUERFLOU Off RTS lt INACTIVE DATA BB Off RW FIFO OUERFLOU Off DTE
154. Cables Part No CBI RS 530 Cable DCE 5ft 660 522 CBI RS 530 Cable M M DTE 5ft 7660 520 CBI RS 530 Cable Extender M F 5ft 7660 521 HSSI CBI RS 422 RJ48 Cable Adapter DCE 6ft 7660 524 HSSI CBI RS 422 RJ48 Cable Adapter DTE 6ft 7660 527 HSSI CBI SCSI 2 Cable M M 10ft 7660 523 2 38 Broadmore 1700 Release 4 6 CHAPTER Receipt of Product In this Chapter Receipt 3 2 Unpacking 3 2 Inspection 3 3 Receipt of Product Receipt Receipt All Broadmore components with FIPS 140 2 validated software are packaged and sealed at the factory with tamper proof security tape Upon receipt carefully examine the security sealing tapes on the shipping containers for any signs of tampering NOTE Report any tampering to your security officer Inventory all material upon receipt to ensure that a complete shipment was received in accordance with the packing list NOTE Report any damage sustained during shipment of equipment to the transporter immediately upon receipt Unpacking 3 2 The Broadmore 1700 chassis is shipped with the Alarm Power module and fan tray installed Additional modules ordered by the customer will normally be installed in the chassis prior to shipping When requested modules can be individually boxed identified and shipped separately in a second container WARNING THE BROADMORE 1700 CHASSIS WEIGHS APPROXIMATELY 31 POUNDS WITHOUT MODULES INSTALLED USE CARE IN REMOVING AND LIF
155. Cables included 7660 308T Four Port High Bit Rate HBR 75 bps 24 Mbps Module Set 4 7660 524 DCE Cables included 7660 309C 4 7660 527 DTE Cables included 7660 309T Eight Port Serial Mux Module Set 7660 340 4 7660 525 Cables Included Eight Port Serial De Mux Module Set 7660 341 4 7660 526 Cables Included Eight Port Serial Mux De Mux Module Set 7660 740 8 Cables Included 4 7660 525 amp 4 7660 526 Cell Bearing Service Sets Part No High Speed Serial Interface Cell Bearing Interface HSSI CBI 7660 320 Module Set 1 7660 523 SCSI 2 10ft Cable included Cell Bearing Interface CBI Module Set 7660 327 1 7660 522 RS 530 5 Cable Included Broadmore 1700 Release 4 6 2 35 Planning and Ordering Guide Service Access Module SAM Options Individual Modules Each SAM and IOM is offered separately for sparing purposes ATM Service Sets Part No Single Pot 053 NIMSAM 766008 Single Port ATM DS3 IOM 7660 419 High Speed HSAM 10 274 176 Mbps Two Port SAM 7660 042 High Speed HSAM Two Port IOM 7660 442 HSAM Bridge 7660 443 TDM Service Modules Part No DS3StrctuedSingeePotSAM 7600672 DS3 Structured Single Port IOM 7660 416 DS3 Unstructured Three Port SAM 7660 034 E3 Unstructured Three Port SAM 7660 045 DS3 E3 Unstructured Three Port 7660 409 DS1 Structured amp Unstructured Eight Port SAM 7660 004 1 Structured amp Unstructured Eight Port SAM 7660 005 DS1 E1 Eight Port 7660 40
156. Clocking Adaptive Timing Each option specifies a method of clock recovery that will Mode Synchronous Network be used for all recovery circuits on the port Refer to DS1 E1 64 Service Clock Options on page 4 5 for more details on these options Synchronous Loop Synchronous NIM Synchronous Port SRTS Timing NOTE SRTS is a proprietary timing algorithm and may ONLY be used with specific written prior permission from Carrier Access Corporation Additional license fees may apply Clock Recovery Type Undefined Selected by default when any Service Clocking Mode other than Synchronous Port is selected Used when Master Selected when the clock is derived from the network or the Clocking Mode is Synchronous Port service interface and is propagated to the other SAM ports Selected when the clock is derived from another port on Slave the SAM Clock Recovery Undefined Selected when any Service Clocking Mode other than Interface Synchronous Port is selected also when Synchronous Port Used when Service Clocking Mode is Synchronous Port and Clock Recovery Type is Master Transmit Line Receive Line is selected and Clock Recovery Type is Slave Selected when the clock is derived from the network cell stream Selected when the clock is derived from the service input Line Buildout 0 110 feet 110 220 feet 220 330 feet 330 440 feet 440 550 feet 550 660 feet Cable distance from SAM port t
157. D GRN STRIPE GRN RED STRIPE P2 7 SIGNAL GND RED BRN STRIPE P2 NC BRN RED STRIPE P2 15 TXC RED GREY STRIPE P2 NC GREY RED STRIPE P2 4 RTS BLACK BLUE STRIPE P2 NC BLUE BLACK STRIPE P2 6 DSR ORN STRIPE P2 NC ORN BLACK STRIPE BLACK STRIPE Broadmore 1700 Release 4 6 E 17 Cable Specifications TURN SCI WITH ITEM 2 NOTES SHIELD BRAD SHALL BE CONNECTED TO BACKSHELL OF PART NUMBER CONNECTOR SHIELD BRAID IS WIRED TO PIN 1 OF P1 AND P2 CONNECTORS USING 24 AWG DRAIN WIRE 7660 520 MALE MALE 2 ALL SOLDER JOINTS SHALL BE COVERED BY HEAT SHRINK 7660 521 MALE FEMALE 3 LOCKING COMPOIND SHALL BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES 7660 522 FEMALE FEMALE IK WITH PART NUMBER 005 XXXX XXXX DATE CODE WW YY WW WEEK YY YEAR WRAP AROUND STYLE LABEL ACCEPTABLE 5 CABLE LENGTHS MAY IMPACT BANDWIDTH DO NOT EXCEED 10 FEET FOR UP TO 16 Mbps OR 25 FEET FOR UP TO 8Mbps Figure E 10 Cable Adapter CBI RS 530 DB25 P N 7660 520 to 522 E 18 Broadmore 1700 Release 4 6 Cable Specifications Table E 9 Wire List for Cable Adapter CBI RS 530 DB25 P N 7660 520 to 522 WIRE LIST SIGNAL COLOR SHIELD BLACK amp DRAIN LOCAL LOOPBACK RESYNC ps pr secon crs SE WHITE BLUE REMOTE LOOPBACK RESYNC BLUE WHITE Te BROWN WHITE WHITE ORANGE ORANGE WHITE WHITE GREEN TE FROM P1 TO P2 SERIAL CLOCK T
158. D TO THE CHASSIS GROUND STUD DO NOT USE THE SIGNAL GROUNDING STUDS FOR THE BUILDING GROUND CONNECTION Rear Cover Chassis Ground oe for ESD Power Connections Wrist Strap Broadmore 1700 Release 4 6 4 7 Chassis Installation and Grounding AC Power Supply Tray Perform the following steps 1 Attach the ground wire supplied with the Broadmore chassis to the 6 32 chassis grounding stud located on the right rear of the chassis below the rear cover 2 Attach the other end of the ground wire to the equipment rack building ground AC Power Supply Tray The optional AC Power Supply Tray 7665 17PS is a 3 5 inch high rack mounted unit that converts voltage from 110 220 VAC 50 60 Hz to 48 VDC The unit comes with one 240W AC Power Supply 7660 115 one AC power cord and one 3 5 ft DC cable for connecting to the Broadmore s 48 VDC power input A second power supply with cables can be used to provide redundant DC power to the Broadmore chassis Air Flow Blank Panel if only one Power Supply Adjustable Power Supply Mounting Bracket 4 8 Broadmore 1700 Release 4 6 Chassis Installation and Grounding AC Power Supply Tray Rack mounting the AC Power Supply Tray requires clear access to front of rack user provided rack mounting hardware screws NOTE No additional air space is needed above the AC Power Supply Tray when it is mounted directly below the Broadmore 1700 fan tray which ha
159. E DEVICE Optional AC Power Supply Connections The optional redundant AC Power Supply Tray mounts in the rack directly below the Broadmore 1700 chassis see AC Power Supply Tray on page 4 8 Each 40W power supply module in the tray converts voltage from 110 220 VAC 50 60 Hz to 48 VDC Each DC cable has pigtail wires for connecting 48 VDC power to the Broadmore chassis 1 Locate the AC power cord provided with each power supply module and connect one end to the AC connector on the rear of each module 2 Ensure the power switch on the front of each module is turned OFF and that the AC power indicator LED does not light 3 Connect each AC power cord to a facility 110 VAC power receptacle Cords may be connected to different AC sources for additional redundancy if desired 4 Turn each power switch to the ON position The green AC power indicator LED should illuminate beside each switch to indicate normal operation 5 Turn each module power switch to the OFF position and verify that the power indicator is off 6 Locate the DC power cord provided with each power supply module and connect the plug to the DC connector on the rear of each module Broadmore 1700 Release 4 6 6 21 Electrical Installation Optional AC Power Supply Connections Blank Panel if only one supply AC Power Switches CAUTION THS UNIT HAS MORE THAN ONE POWER SUPPLY 2 DISCONNECT 2 POWER SUPPLY BEFORE SERVICING TO AVOID ELECTRIC SHOCK
160. E3 SAM to be configured to display a screen for port selection The table below is a guide to configuration parameters Operational Diagnostics and Alarm configuration are the three menu options Descriptions of the configurable items are found in the following tables Highlight each item and use the space bar to toggle available options for each Save the configuration after making changes Configure SAM Offline Slot Port Hane Port Port Mode Online Operational Configuration Framing Unframed Diagnostics Alarms Configuration 10 ek node Service RDI Auto The next three pages show the options available for each item separated by operational configuration diagnostics and alarm configuration Broadmore 1700 Release 4 6 7 71 Configuration Unstructured E3 3 SAM Table 7 24 Unstructured E3 3 SAM Operational Configuration Item Options Comments Port Name A descriptive field to identify the port Port Mode On line This is a status field that can be toggled to off line in which case the port will Off line not be available to make calls and passive SVCs are refused Framing G 751 G 751 is a European framing standard used for PDH applications G 832 G 832 is a European framing standard set by the ITU for transporting SDH Unframed elements on PDH network Unframed requires a 44 736 Mbps input Clock Mode SRTS NOTE SRTS is a proprietary timing algorithm and may ONLY
161. EAMEN 11 35 sshdShow 11 35 sshdSessionShow 11 37 qm 11 38 resetSecurlD a ae at ED VER bue ues 11 39 Broadmore 1700 Release 4 6 xxi Table of Contents xxii 12 99 wwe a S ME 11 40 Authorized Access to Shell 11 41 SETP Lo amp gin sss es eere eee oka ea See Ae EUER S M 11 43 Logging in with SecurID Disabled 11 43 Logging in with SecurID 11 46 11 49 Residual Data and Memory Volatility 11 50 Non Volatile 11 50 Network 11 51 Sanitation Procedures ERR 11 51 SNMP Configuration SNMP Overview e ede eR 12 2 SNMP Properties 22 525 RR ER REB pP 12 3 USM VACM Configuration 12 7 Users ie eR ET ee beled Eee SURE 12 9 224505958 BE Ma 12 14 te di vac deb 12 17 cules 12 20 Communities us cheese 12 25 Trap Configuration eee cee eee 12 29 Trap Detection
162. Enabled Parameter Name Sec Model Level onfig Logout New Target Parameters Entry User Name Security Model USH Security Level None MP Model v3 Enabled Enabled Storage Non volatile TRB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 07 49 detect TCP IP SCROLL cas Capture Print echo Select System Management Select Configuration 1 Select System Services Select SNMP Configure Select Target Params Select one of the following Edit J edit the Target Parameter information Copy J to put a copy of the information into the list Delete hl delete an existing Target Parameter New 1 enter a new Target Parameter Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit 12 36 Broadmore 1700 Release 4 6 SNMP Configuration Target Parameters NOTE Selecting Validate Table will check that each Parameter Name in this table exists in the Notify Profiles table The following table describes the selections Item Options Comments Parameter Name string Value for Parameter Name 1 to 30 characters Note This entry must agree with the Parameters Name in the Notify Profiles table see Notify Profiles on page 12 43 User Name string Value for User Name 1 to 30 characters Security
163. FEBE Errors FEBE Errors BERT Errors BERT Errors Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards SAM lt Offline gt Slot D Port 1 Alarms Network Cell Starvation Service LOS LOF 0 LOF AIS AIS RDI RDI RS SEQ Errors Line Code Uiolation WS SNP Errors 5 F BIT Errors 5 F BIT Errors XS Errors 5 Errors FEBE Errors XS FEBE Errors Structured DS3 SAM Statistics Operational statistics are provided in accordance with RFC 1407 Counters alarms and a summary are shown in separate windows following the sequence below For Structured DS3 SAMs the most recent 24 hours of statistical data is maintained in a separate file This data is presented in 15 minute increments by port in spreadsheet format Select Structured DS3 Stats Port Alarms Tributary Alarms Select UP UC for Stats Collection Connection Counters Use the following steps to view the Structured DS3 SAM statistics Statistics for the Structured DS3 SAM statistics are shown below Select System Management Select Monitor Activity lt Select Slot Statistics Select Structured DS3 SAM Select one of the following statistics to view Port Counters Port Alarms Tributary Alarms Select VP VC for Statistics Collection Connection Counters Broadmore 1700 Release 4 6 8 13 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards Structured DS3 SAM O
164. FIPS 140 2 validated software CPU modules memory modules and storage media should be handled in accordance with applicable security procedures e Initial Login The Broadmore is shipped with a default username and password for logging in the first time A SuperUser Crypto Officer should log in the first time to configure the Broadmore for secure operation For maximum security perform the following steps 1 configure IP access via ethernet LANE or CIP 2 install security keys 3 create a temporary SuperUser account 4 delete the public SYSADMIN account 5 enable FIPS mode and reboot the system 6 after logging in securely you can safely create user accounts and configure the Broadmore for secure operation e Security Modes The Broadmore is shipped with security turned off Only a SuperUser can change the FIPS and SecurID modes see Changing Security Modes on page 11 17 Broadmore 1700 Release 4 6 11 3 Security Management FIPS Mode Security Guidance 11 4 Potential Security Vulnerabilities 1 Disabling fipsmode deletes existing user access accounts and cryptographic keys and reverts the Broadmore to the factory default SuperUser ID and password which can deny management access and compromise security No one can log in till the Broadmore is rebooted It is recommended that the fipsmode be changed only during initial setup and decommissioning 2 The Broadmore accepts loose source routed IP packets
165. For redundancy install OC 12c NIMs in slots A and B e Ifa single OC 12c is used it should be installed in slot B e SAMs should be installed in the chassis from left to right as viewed from the front in slots C through P e All DSI El CBI and HBR SAM cards use only cell bus A e DSI EI CBI HSSI MBR and HBR SAM cards can be installed in any of slots C through P e CBland HSSI SAM cards should be installed as close as possible to the NIM e The double width HSAM card is installed in slots D and E enabling it to use cell buses C and D Broadmore 1700 Release 4 6 2 19 Planning and Ordering Guide OC 3c NIM Configuration Guidelines e Unstructured DS3 unstructured E3 and structured DS3 SAM cards should be located on different cell buses to maximize available bandwidth utilization Only one DS3 or E3 SAM should be installed on each cell bus e The Broadmore 1700 supports a maximum of four Structured DS3 modules OC 3c NIM Configuration Guidelines An OC 3c NIM uses only Cell Bus A Use the following guidelines and recommendations when using OC 3c NIMs e For redundancy install OC 3c NIMs in slots A and B e Ifa single OC 3c NIM is used it should be installed in slot e SAMs should be installed in the chassis from left to right as viewed from the front in slots C through P e DSI EI CBI HSSI MBR and HBR SAM
166. I CBI module is used as a NIM only one NIM can be installed non redundant configuration NIM Sets Each set includes the NIM IOM and cable option where applicable Optical Service Sets Part No OC 12c STM 4c Single Mode Intermediate Reach Optics SC 7660 314 Module Set OC 12c STM 4c Multi Mode Optics SC Module Set 7660 313 OC 3c STM 1c Single Mode Intermediate Reach Optics SC 7660 316 Module Set OC 3c STM 1c Multi Mode Optics SC Module Set 7660 317 ATM Service Sets Part No Single Port ATM DS3 NIM SAM Module Set 7660 318 Broadmore 1700 Release 4 6 2 31 Planning and Ordering Guide Network Interface Module NIM Options Serial Service Sets Part No High Speed Serial Interface Cell Bearing Interface HSSI CBI 7660 320 Module Set 1 7660 523 SCSI 2 10ft Cable included Cell Bearing Interface CBI Module Set 7660 327 1 7660 522 RS 530 5ft Cable Included Individual Modules Each NIM and corresponding IOM is offered separately for sparing purposes Optical Service Modules Part No 12 8 4 NIM Single Mode Intermediate Reach 7660 114 Optics SC OC 12c STM 4c NIM Multi Mode Optics SC 7660 113 OC 3c STM 1c NIM Single Mode Intermediate Reach Optics 7660 116 SC OC 3c STM 1c NIM Multi Mode Optics SC 7660 117 OC 3c 12c IOM with BITS Input 7660 406 ATM Service Sets Part No Single Pot DS3NIMSAM 766008 Single Port ATM DS3 IOM 7660 419 2 32 Broadmore 1700
167. IOM Connections CPU IOM Connections Remote Shutdown Connections The CPU Remote Shutdown feature allows a connection to be made across one of the contact pairs to remotely close the contacts which forces a reset of the CPU in the event that the CPU cannot be reset through software The behavior of these terminals are set by jumpers on the card see CPU IOM Installation on page 5 13 To use this feature connect a cable to terminals 1 2 and or 3 4 on the CPU IOM See example at right The spring terminal block accepts 26 to 18 AWG wire Serial Port Connections This is a standard DB9 RS 232 DTE serial management port that can be connected to a serial terminal or PC running a terminal emulation program Access to this port is determined by the security settings Ethernet Connections This is a standard ethernet DTE management port that can be connected to an IP network Access to this port is determined by the security settings 6 20 Broadmore 1700 Release 4 6 Electrical Installation Power Supply Connections Power Supply Connections m Optional AC Power Supply Connections 6 21 m Broadmore Power Input Connector 6 23 m Connecting 48 VDC Power 6 23 WARNING THE INSTALLER SHALL ENSURE THAT ALL POWER CONNECTIONS TO THE BROADMORE 1700 HAVE AN APPROVED SERVICE DISRUPTION FEATURE EXTERNAL TO THE BROADMORE 1700 FOR EMERGENCY USE THIS MAY BE A FUSE CIRCUIT BREAKER CORRECTLY LABELED SWITCH OR OTHER APPROPRIAT
168. IPE BLACK STRIPE Broadmore 1700 Release 4 6 E 15 Cable Specifications SEE VIEW i ew Win n NOTES 1 ITEMS 1 AND 5 MANUFACTURED BY KYCON INC UU LITTLE ORCHARD 5 AN JOSE CA 151557 ITEM 4 MANUFACTURED BY ADAM ITEM 3 MANUFACTURED BY BELI PO BOX 1980 RICHMOND 47375 ITEM 2 MANUFACTURED BY 3M ELECTRONIC PRODUCTS DIVISION 6801 RIVER PLACE BLVD AUSTIN TX 78726 A CABLE SHIELD BRAID TO BE CD TO BACKSHELL OF AND P2 WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLED SHIELD BRAID IS WIRED TO PIN OF P1 AND P2 CONNECTORS USING 24 AWG DRAIN WIRE 3 ALL SOLDER JOINTS TO BE COVERED BY HEAT SHRINK 4 LOCKING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES A MARK WITH 7660 5147 as 0073 S CURRENT REVISION OF THIS DRAWING WRAP AROUND STYLE LABEL ACCEPT Figure E 9 Cable Adapter RS 232 DB25 DTE P N 7660 514 E 16 Broadmore 1700 Release 4 6 Cable Specifications Table E 8 Wire List for Cable Adapter RS 232 DB25 DTE P N 7660 514 WIRE LIST CABLE SHLD BRAID DRAIN WIRE 2 2 TXD WHITE BLUE STRIPE P2 NC BLUE WHITE STRIPE P2 17 RXC WHITE ORN STRIPE P2 NC ORN WHITE STRIPE P2 20 DTR WHITE GRN STRIPE P2 NC GRN WHITE STRIPE P2 5 CTS WHITE BRN STRIPE P2 NC BRN WHITE STRIPE P2 24 SCTE WHITE GREY STRIPE P2 NC GREY WHITE STRIPE P2 3 RXD RED BLUE STRIPE P2 NC BLUE RED STRIPE RED ORN STRIPE ORN RED STRIPE RE
169. LL CRITICAL SECURITY PARAMETERS AND CPU FLASH MEMORY A ZEROIZED CPU CONTAINS NO SECURITY DATA OR OPERATING SYSTEM SOFTWARE A ZEROIZED CPU CAN BE RETURNED TO THE FACTORY FOR REPAIR This command is not intended for normal operational use It is intended as a security measure per FIPS 140 2 requirements to allow a SuperUser Crypto Officer to completely remove all security sensitive data that may be required before decommissioning a CPU This command has two options e To zeroize only the standby CPU type zeroize standby This option is intended primarily for decommissioning a defective CPU module e To zeroize both CPUs type zeroize global which will first zeroize the standby CPU and then the online CPU This option is intended for decommissioning the entire Broadmore system Broadmore 1700 Release 4 6 Security Management FIPS Mode Authorized Access to Shell Commands Authorized Access to Shell Commands The following table lists the authorized commands available to each access privilege level when operating in FIPS mode User ID gt Super User Sys Admin Operations Browser Authorized Services arp start GUI interface e e cat e cli e comp del e dir e du fipsmode e head help ifconf Is e md e
170. Loopback sets a loopback to the service equipment Remote Loopback sets a loopback to the ATM network These options select the type of cell coding that the port will use to segment and reassemble data Unstructured allocates all 32 DSOs to the E1 using the entire EI bandwidth regardless of data content This option assigns all timeslots to one VP VC Structured No CAS allows DSO fractional allocation without Common Channel Signalling CCS using channel 0 for framing information This option assigns a single timeslot or a group of timeslots to a VP VC Structured with CAS allows DSO allocation with CCS enabled using channel 16 for the signalling information and channel 0 for framing information This option assigns a single timeslot or a group of timeslots to a VP VC Frame Type Direct Unstructured CRC4 or Non CRC4 Selected when the CBR Service Type is unstructured 1 equipment uses CRC 4 for additional protection against simulation of the frame alignment signal also for enhanced monitoring capability CBR Signal Format HDB3 AMI This option specifies the line coding of the port HDB3 line coding substitutes a known pattern of ones with bipolar violations for a group of four zeros NOTE The E1 needs an E1 version of the OC 3c STM 1c to operate in BITS timing mode Broadmore 1700 Release 4 6 7 67 Configuration Nx64 SAM Table 7 21 DSI E1 Nx64 Service Clock Options
171. M Connections This serial interface has SCSI 2 HDB50 type DTE and DCE interface connectors but only one may be used at a time The interface is software selectable as part of the provisioning process The BITS Building Integrated Timing System input is not used unless this card is installed as a HSSI NIM IOM The RESYNC output is used to synchronize cryptographic equipment The resync output behavior is controlled by setting jumpers on the card see SAM Installation on page 5 12 The following serial interface cable adapters are available 7660 524 HSSI CBI RS 422 RJ48 Cable Adapter DCE 6ft e 7660 527 HSSI CBI RS 422 RJ48 Cable Adapter DTE 6ft e 7660 523 HSSI CBI SCSI 2 Cable 10ft 1 Connect the HDB50 cable connector to the desired DTE or DCE connector on the IOM Connect the other end of the cable to the user equipment If this card being used as a HSSI NIM IOM and a BITS input is desired see BITS Interface Connections on page 6 7 4 If this card is being used with crypto equipment and resync output is desired connect the Crypto Resync RES YNC output to cryptographic equipment such as KG 94 KIV 19 KG 194 KIV 7 KG 175 and KG75 The resync output behavior is controlled by setting jumpers on the card see SAM IOM Installation on page 5 12 The spring terminal block accepts 26 to 18 AWG wire Broadmore 1700 Release 4 6 6 19 Electrical Installation CPU
172. Module APM 1 39 Alarm Power Module 1 40 2 Planning and Ordering Guide Application Planning 2 2 Basic Features o ue tee Ee gh hg eae 2 3 Deployment Options 2 4 ATM Gateways cenas pk ruunt Rn Race 2 5 Mission Critical Voice Service 2 6 TDM Circuit Aggregation and 2 7 Tactical Communications 2 8 Encrypted 6 2 9 Custom 2 10 Custom 300 Mbps Serial Data System 2 11 Mission Critical Circuit 2 14 System Planning 2 16 System 2 16 xiv Broadmore 1700 Release 4 6 Table of Contents Cell Bus 2 18 OC 12c NIM Configuration Guidelines 0 2 19 OC 3c NIM Configuration 2 20 300 Mbps Serial Data System Configuration Guidelines 2 21 CBI and HSSI NIM Configuration 2 22 ATM Bandwidth per Cell
173. Monitor Activity Select Slot Statistics Select DS3 slot 1 Select Port J Select one of the following statistics to view Port Counters Port Alarms Port Summary Statistics for the Unstructured DS3 SAM are shown below Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards DS3 SAM lt Online gt Slot C Port 1 Counters Tx Cells 2991263819 BERT Errors Rx Cells 176919 Service Errors Major filarm VES BPU Errors Minor Alarm VES EXZ Errors F BIT Errors 0 PARITY Errors C BIT Errors FEBE Errors BERT Errors The alarm display below has two columns to differentiate network and service errors Network Cell Starvation LOF AIS IDLE RAI FEAC Alarm XS SEQ Errors WS SNP Errors RS F BIT Errors WS Parity Errors 5 C BIT Errors WS FEBE Errors PES 8 PSES SEFS 364 UAS 364 AS 0 LCU 1661580 S PCU 830790 S CCU 830790 S CES S CSES S LES 362 Seconds Recorded 362 8 10 FEAC Alarm Line Code Violation XS F BIT Errors WS Parity Errors XS C BIT Errors XS FEBE Errors UNDER FLOU 364 OUER FLOW 6 ccc Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards The standard error terms such as PES for P Bit Error Seconds have a preceding letter either S or N The S represents the Service side of the DS3 and the N for the Network side The display is divided into two columns service
174. ND P2 CONNECTORS USING 24 AWG WIRE 3 ALL SOLDER JOINTS TO BE COVERED BY HEAT SHRINK 4 LOCKING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES A MARK WITH 7660 5027 AND CABLE ASSEMBLY PART NUMBER WRAP AROUND STYLE LABEL ACCEPTABLE Figure E 3 Cable Adapter EIA 530 Cable DB25 DCE P N 7660 502 E 4 Broadmore 1700 Release 4 6 Cable Specifications Table E 2 Wire List Cable Adapter EIA 530 Cable DB25 DCE P N 7660 502 WIRE LIST 2 1_______ CABLE SHLD BRAID 1 2 2 3 RXD A WHITE BLUE STRIPE P1 3 P2 16 RXD B BLUE WHITE STRIPE P1 4 P2 24 SCTE A WHITE ORN STRIPE P1 5 P2 11 SCTE B ORN WHITE STRIPE P1 6 P2 6 DSR A WHITE GRN STRIPE P1 7 P2 22 DSR B GRN WHITE STRIPE P1 8 P2 4 RTS A WHITE BRN STRIPE P1 9 P2 19 RTS B BRN WHITE STRIPE P2 17 RXC A WHITE GREY STRIPE P2 9 RXC B GREY WHITE STRIPE 1 12 2 2 TXD A RED BLUE STRIPE 1 13 P2 14 TXD B BLUE RED STRIPE P1 14 P2 8 DCD A RED ORN STRIPE 1 15 P2 10 DCD B ORN RED STRIPE P1 16 P2 18 LE RED GRN STRIPE P 1 NC P2 NC GRN RED STRIPE P1 18 P2 7 SIGNAL GND RED BRN STRIPE P1 NC P2 NC BRN RED STRIPE P1 20 P2 15 TXC A RED GREY STRIPE P1 21 P2 12 TXC B GREY RED STRIPE 1 2 5 CTS A BLACK BLUE STRIPE P1 23 P2 13 CTS B BLUE BLACK STRIPE P1 24 P2 20 DTR A BLACK ORN STRIPE P1 25 P2 23 4 2 ORNA BLACK STRIPE BLACK STRIPE Broadmore 1700 Release 4 6 E 5
175. O sese UR pena EA RE RS G 4 Pinging an IPV6 G 4 Ping the Loopback Interface Address G 4 Testing route6 G 5 Adding an IPv6 G 5 Adding a Host G 5 Adding a Network G 5 Showing all IPv6 routes configured in the Broadmore G 6 Deleting the Default Route G 7 Deleting a Host Route G 7 Deleting a Network G 7 Broadmore Command List Commands Available at the Command Prompt H 2 Commands Available at the CLI H 3 Broadmore 1700 Release 4 6 Table of Contents Glossary Acronyms and 0 8 Glossary 1 Detinitions V re eee M a REEL Glossary 7 Index xxv Broadmore 1700 Release 4 6 Table of Contents xxvi Broadmore 1700 Release 4 6 CHAPTER Product Description In this Chapter Purpose 1 2 Applications 1 3 Interfaces 1 4 System Description 1 7 Module Descriptions 1 11 Product Description Purpose Purpose 1 2 The Broadmore 1700 is an Asynchronous Transfer Mode ATM service multiplexer that enables con
176. OC 3c STM Ic 1 13 NIM 1 14 ATM DS3 NIM SAM 15 ATM DS3 IOM 1 16 Cell Bearing Interface CBI NIM SAM 1 33 Cell Bearing Interface CBI IOM 34 High Speed Cell Bearing Interface NIM SAM 1 35 High Speed Cell Bearing Interface IOM 1 36 Service Access Modules 5 BHNEHNHNHNHEHNHNHNHHEHHHEHEHHEHENHENHNHNHSNS ATM DS3 NIM SAM 1 15 DS3 1 16 Structured DS3 SAM 1 20 Structured DS3 IOM 1 21 Unstructured DS3 3 SAM 1 17 Unstructured E3 3 SAM 1 16 Unstructured DS3 3 E3 3 1 19 DS1 CE SAM 1 22 CE SAM 1 23 DSI E1 IOM 1 24 Multi Bit Rate SAM 1 25 Multi Bit Rate 1 26 High Bit Rate SAM 1 27 High Bit Rate IOM 1 26 High Speed SAM 1 29 High Speed SAM IOM 1 30 Serial Multiplexer SAM 1 31 Serial Demultiplexer SAM 1 32 Cell Bearing Interface CBI NIM SAM 1 33 Cell Bearing Interface CBI IOM 34 High Speed Cell Bearing Interface NIM SAM 1 35 High Speed Cell Bearing Interface IOM 1 36 tem Modules CPU 1 37 CPU 1 38 Alarm Power Module 1 39 Alarm Power Module IOM 40 Broadmore 1700 Release 4 6 1 11 Product Description OC 12c STM 4c NIM OC 12c STM 4c NIM Module Type NIM Part Number 7660 113 Premise Reach Multi Mode fiber 7660 114 Intermediate Reach Single Mode fiber Slot Number Protection B Working
177. OM High Speed Cell Bearing Interface Module Type IOM Part Number 7660 420 Slot Number Mounts in chassis rear behind corresponding NIM or SAM Features DTE or DCE interface Description The HSSI CBI IOM provides SCSI 2 HDB50 type DTE and DCE interface connectors but only one may be used at a time The interface is software selectable as part of the provisioning process Connectors DTE HDB50 serial data port for DTE device DCE HDB50 serial data port for DCE device Cables are available for above see Cable Specifications on page E 1 BITS RJ48 for Building Integrated Timing System input Used only when used as NIM IOM RESYNC Spring terminal block for Crypto Resync output to cryptographic equipment 26 to 18 AWG Jumpers RESYNC Jumpers on the component side of the card can be set to configure the output signal for 5V default 5 or contact closure 1 36 Broadmore 1700 Release 4 6 CPU Module Type Part Number Slot Number Description Controls Indicators Connectors Product Description CPU CPU 7660 204 CPU Q primary CPU R redundant The CPU module provides the facilities for all system monitoring reporting logging and management The CPU also performs Segmentation and Reassembly SAR for all in band network management over the ATM network The CPU stores the FIPS 2 validated Broadmore SSHield management software on a 40MB flash memory system The operating system
178. Officer to ensure that all user accounts meet FIPS 140 2 security requirements Iq ae 10 30 3 107 SecureCRT File Edit View Options Transfer Script Tools Window Help ADVAN Se Q 1 81 Broadmore Copyright lt c 2003 Carrier Access Corporation System Management Maintenance Diags Help Set System Time Change User ID gt ser ID Rules Change Password Security User ficcounts Rules sername min chars Password min chars tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Ready sshZ 12 23 78 24Rows 83Cols 1100 NUM 4 11 26 Broadmore 1700 Release 4 6 Security Management FIPS Mode Change User ID Change User ID The Change User ID menu allows a SuperUser to add delete and modify user IDs NOTE After logging in any user can change their own password using the Change Password menu Adding a User Tera Term 192 168 200 100 T 2 zt xj File Edit Setup Control Window Help Broadmore Copyright lt c 2004 Carrier Access Corporation System Management Maintenance Diags Help Set System Time User ID Rules Change Passvor Delete Modify fidd User ser ID Williams QC OPERATIONS Enable Enter the following information for each user that is added Item Options Comments User ID A unique user identifier Password A unique password for the user an
179. Other tables are used for defining parameters that are needed in SNMPv3 PDUs such as the Security Model the Security Level and the Security Name The Notification Originator uses the various tables in two ways e to identify the targets to send information to including the priority of one type or event over another e to create PDU that will be sent Broadmore 1700 Release 4 6 SNMP Configuration Trap Management Overview The idea is to organize the information into specific tables that can be tied to other tables as shown in the figure below All the target addresses used by notifications and proxies are put into one table Another table is used to identify which elements belong to the notifications The target parameter table contains the information for creating SNMPv3 PDUs Other tables are used to identify which notifications should go to which targets When the Notification Originator creates an INFORM or v2TRAP PDU for SNMPv3 as opposed to locating proper targets it takes information from the target address table and the target params table Broadmore Implementation of SNMP tables in RFCs 2273 and 2573 Name char IP Port TargetP arms char TrapTag char Enabled bool true Storage unspecified Non Vol Timeout unspecified 1500 Retries unspecified 3 MsgSize unspecified 484 TrapTag Notification Name char TrapTag char Enabled bool true S
180. QUIRED THE COVERS SHOULD BE REPLACED AS SOON AS POSSIBLE AFTER SUCH TASKS ARE COMPLETED This completes fan tray installation Replace the front and rear covers unless additional installation or maintenance procedures are to be performed at this time Broadmore 1700 Release 4 6 5 17 Module and Fan Installation Replace Chassis Cover 5 18 Broadmore 1700 Release 4 6 CHAPTER Electrical Installation In this Chapter Precautions 6 2 Electrical Requirements 6 3 Cabling and Compliance Requirements 6 4 Alarm Port Connections 6 5 Optical Interface Connections 6 6 BITS Interface Connections 6 7 NIM SAM IOM Connections 6 8 CPU IOM Connections 6 20 Power Supply Connections 6 2 Software 6 24 Electrical Installation Precautions Precautions WARNING THE BROADMORE 1700 IS INTENDED FOR INDOOR INSTALLATION ONLY A PROPER CHASSIS GROUND CONNECTION IS REQUIRED ITS ELECTRICAL COMMUNICATIONS INTERFACES SHALL NOT BE CONNECTED TO WIRING SYSTEMS THAT LEAVE THE BUILDING UNLESS APPROPRIATE INTERFACE DEVICES ARE USED THE INSTALLER SHALL BE RESPONSIBLE FOR PROVIDING ADEQUATE LIGHTNING OR SURGE PROTECTION FOR WIRING THAT LEAVES THE BUILDING THE INSTALLER SHALL BE RESPONSIBLE FOR PROVIDING APPROVED INTERFACE DEVICES IF CONNECTIONS ARE MADE TO PUBLIC COMMUNICATIONS NETWORKS WARNING THE FRONT AND REAR COVERS OF THE CHASSIS SHOULD ONLY BE REMOVED FOR MODULE INSTALLATION AND MAINTENANCE AS RE
181. QUIRED THE COVERS SHOULD BE REPLACED AS SOON AS POSSIBLE AFTER SUCH TASKS ARE COMPLETED WARNING THE BROADMORE CONTAINS CIRCUIT CARDS AND COMPONENTS THAT ARE SUBJECT TO DAMAGE BY ELECTROSTATIC DISCHARGE ESD WEAR A WRIST GROUNDING STRAP AND ATTACH IT TO AN ESD CONNECTOR OR A METAL PART OF THE SYSTEM UNIT BEFORE HANDLING COMPONENTS IF A WRIST STRAP IS NOT AVAILABLE MAINTAIN CONTACT WITH THE SYSTEM UNIT THROUGHOUT ANY PROCEDURE REQUIRING ESD PROTECTION NOTE After installation is complete ensure that blank panels cover all empty module slots to provide proper cooling when the fan is turned on Broadmore 1700 Release 4 6 Electrical Installation Electrical Requirements Electrical Requirements m Tools 6 3 m Power 6 3 m Cable Management 6 3 Tools The following tools are recommended to install configure operate and maintain the Broadmore 1700 1 flathead screwdriver for cover removal installation 14 inch hex driver Dual jeweler s flathead Phillips screwdriver PC with VT100 Emulation software program DC Volt Ohm Meter VOM ESD wrist strap Other standard electronic installation tools as preferred Power DC power connections are made at the rear of the Broadmore chassis The primary DC power source is 48 volts at 5 amperes and is connected to the A inputs For redundancy a second 48 VDC source may be connected to the inputs For AC power applications the optional dual AC redu
182. RED GREY STRIPE 1 21 2 23 TXC B GREY RED STRIPE P1 22 P2 7 RTS A BLACK BLUE STRIPE P1 23 P2 25 RTS B BLUE BLACK STRIPE P1 24 P2 11 DSR A STRIPE P1 25 P2 29 DSR B ORN BLACK STRIPE BLACK STRIPE Broadmore 1700 Release 4 6 E 11 Cable Specifications CONNECTOR 0837 PINS NOTES 1 ITEMS 1 AND 5 MANUFACTURED BY INC 1810 LITTLE ORCHARD ST SAN JOSE CA 75125 ITEM 4 MANUFACTURED BY ADAM TECH 909 AVE UNION 07083 BELDEN PO BOX 1980 RICHMOND 47375 ITEM 2 MANUFACTURED BY 3M ELECTRONIC PRODUCTS DIVISION 6801 RIVER PLACE AUSTIN TX T8126 ITEM 3 MANUFACTURED BY CABLE SHIELD BRAID TO BE CONNECTED TO BACKSHELL OF AND P2 WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLED SHIELD BRAID IS WIRED TO PIN 1 OF AND PZ CONNECTORS USING 24 AWG 3 ALL SOLDER JOINTS TO BE COVERED BY HEAT SHRINK 4 LOCKING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES A MARK WITH 7660 5127 005 0083 REV 22 CURRENT REVISION OF THIS DRAWING WRAP AROUND STYLE LABEL ACCEPTABLE Figure E 7 Cable Adapter EIA 530 DB25 DTE P N 7660 512 E 12 Broadmore 1700 Release 4 6 Cable Specifications Table E 6 Wire List for Cable Adapter EIA 530 DB25 DTE P N 7660 512 WIRE LIST Pi i P2 1 CABLE SHLD BRAID 1 3 2 14 TXD B 1 5 2 9 RXC B Pi 7 P2 23 DTR B 1 9 P2 13 CTS B P2 11 SCTE B P1 12 P2 3 RXD A P1 13 P2 16 RXD
183. RJ48 modular connector 1 38 Broadmore 1700 Release 4 6 Alarm Power Module APM Module Type Part Number Slot Number Description Indicators Product Description Alarm Power Module APM APM 7660 023 APM An APM is factory installed in the right most card slot as viewed from the front The APM provides EMI power conditioning and over current protection for each of the two 48 VDC power sources Two 7 5 amp 60 VDC fuses are located on the bottom of the module A green LED is provided for each power source to indicate power is present Major and minor alarms are displayed via LEDs which are visible with the front panel installed An over temperature indicator on the front of this module is reserved for future use The APM is user replaceable MAJOR ALARM lights red for major alarm MINOR ALARM lights amber for minor alarm FAN FAIL lights red when fan tray fails OVER TEMP reserved for future use PWR lights green when power is applied to the A or B inputs PWR FAIL A B lights red when power supply A or B fails Broadmore 1700 Release 4 6 1 39 Product Description Alarm Power Module IOM Alarm Power Module Module Type IOM Part Number 7660 025 Slot Number Mounts in chassis rear behind APM Description The Alarm Power IOM comes with four Bussman GMT 7 5A 60V fuses Two of the fuses are used to protect the redundant DC power inputs A and B and the other two fuses are pro
184. Recovered means from SONET BITS impedance matching is a hardware function see NIM Installation BITS Chapter 3 Local BITS is tied to the local in house timing source Local is on board Stratum 3 timing source SONET Tx Enable If SONET Tx is enabled framing is enabled if SONET Disable Tx is disabled framing is removed i e SONET Tx is all zeroes Loopback Mode Normal Normal is no loopback Terminal Terminal is a loopback from the ATM interface to the user equipment Local Local is a loopback before NIM processing to the fiber Remote link Remote is a loopback from the receive fiber to the ATM before local processing ATM Payload Both Scrambled A technique used to prevent a long string of zeros Both Scramble Mode Transmit Scrambled ends of a connection must be configured the same for operation BITS Clock Alarm Loss Enable Disable Provides an alarm indication of loss of BITS clock at the NIM IOM when enabled A corresponding BITS LOS SNMP trap is generated if SNMP is configured properly Ifa second OC 3c STM 1c is installed repeat this process for the configuration Again follow the module specific information above as appropriate 7 42 Broadmore 1700 Release 4 6 ATM DS3 NIM Configuration ATM DS3 NIM Choose the slot containing the ATM DS3 NIM to be configured to display a screen for port selection The table below is a guide to configuration parameters Operational Diagnostics and Alarm con
185. S1 and as well as cell bearing and serial data Satellite Link Cell Bearing amp Serial Data EIA 530 RS 232 RS 449 V 35 Broadmore 1700 ATM amp TDM DS3 DS1 E3 E1 EIA 530 RS 232 RS 449 ATM Switch 1 V 35 Broadmore OC 3c 1700 Broadmore 500 x Bem Broadmore 1700 Release 4 6 1 3 Product Description Interfaces Interfaces 1 4 m ATM Interfaces 1 4 m User Equipment Interfaces 4 m Management Interfaces 5 ATM Interfaces The Broadmore 1700 supports the following ATM Network Interface Modules NIMs OC 12c STM 4c 622 Mbps singlemode intermediate reach IR SC connectors OC 12c STM 4c 622 Mbps multimode premise reach PR SC connectors OC 3c STM 1c 155 Mbps singlemode ST SC connectors OC 3c STM 1c multimode SC connectors Cell Bearing Interface CBD High Speed Cell Bearing Interface HSSI CBI ATM DS3 User Equipment Interfaces The Broadmore 1700 supports the following network and Service Access Modules SAMs to support user data services Unstructured DS3 Structured DS3 DS1 Nx64 E1 Nx64 Unstructured E3 3 Multi Bit Rate MBR High Bit Rate HBR High Speed HSAM Synchronous Cell Bearing Interface CBI High Speed Synchronous Cell Bearing Interface HSSI CBI Serial Multiplexer Mux Serial Demultiplexer Demux Broadmore 1700 Release 4 6 Product Descrip
186. SA 11 8 Generating DSA Key 11 8 Installing the DSA 11 8 Loscins eae tee tap ee aE Re ES 11 9 Logging in with SecurID 11 9 Logging in with SecurID Enabled 11 11 Log in Banner i26 UR 11 13 System 2 2259 e oh bee ne ke eike 11 14 Network Time 1 11 15 Changing Security 11 17 Help About 11 17 Enabling FIPS 11 18 Disabling FIPS 11 20 Enabling SecurID 11 21 Disabling XR ERES CHER 11 24 IP ICMP 11 24 SNMP 11 25 User Administration and Audit 11 26 User 11 26 Change UserID 11 27 User A dit Trails 11 30 Shell Commands FIPS Mode 11 34 Lad dn aie 11 34 SeltteSt Vat bun 11 34 S
187. STRIPE P1 4 P2 17 SCTE A WHITE ORN STRIPE 1 5 2 35 SCTE B ORN WHITE STRIPE P1 6 P2 11 DSR A WHITE STRIPE P1 7 P2 29 DSR B GRN WHITE STRIPE P1 8 P2 7 RTS A WHITE BRN STRIPE P1 9 P2 25 RTS B BRN WHITE STRIPE 1 10 P2 8 RXC A WHITE GREY STRIPE P1 11 P2 26 RXC B GREY WHITE STRIPE 1 12 P2 4 TXD A RED BLUE STRIPE 1 13 P2 22 TXD B BLUE RED STRIPE 1 14 P2 13 DCD A RED ORN STRIPE 1 15 2 31 DCD B ORN RED STRIPE P1 16 P2 10 LL RED GRN STRIPE P1 NC P2 NC GRN RED STRIPE P1 18 P2 19 SIGNAL GND RED BRN STRIPE P1 NC P2 NC BRN STRIPE P1 20 2 5 RED GREY STRIPE P1 21 P2 23 TXC B GREY RED STRIPE P1 22 P2 9 CTS A BLACK BLUE STRIPE P1 23 2 27 CTS B BLUE BLACK STRIPE P1 24 P2 12 DTR A BLACK STRIPE P1 25 P2 30 DTR B ORN BLACK STRIPE 1 26 P2 15 STRIPE Broadmore 1700 Release 4 6 E 3 Cable Specifications SEE VIEW A 5 FEET 4 INO S NOTES 1 ITEMS 1 AND 5 MANUFACTURED By KYCON INC 1810 LITTLE ORCHARD ST SAN JOSE CA 75125 ITEM 4 MANUFACTURED BY ADAM TECH 909 RAHWAY AVE UNION NJ 07083 ITEM 3 MANUFACTURED BY BELDEN X 1980 RICHMOND 47375 ITEM 2 MANUFACTURED BY 3M ELECTRONIC PRODUCTS DIVISION 6801 RIVER PLACE BLVD AUSTIN TX 78726 A CABLE SHIELD BRAID TO BE CONNECTED TO BACKSHELL OF P1 AND P2 WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLED PRAID IS WIRED TO PIN OF P A
188. SecureFX The Connect window opens Right click on the connection you want to use and select Properties The Session Configuration window opens Session Configuration 192 168 32 12 x Category Description X S5H2 Options Session E Options Name fi 92 168 32 12 Advanced Protocol SFTP 7 Use firewall to connect SFTP logon Hostname 19216832312 Port p o Usemame Jismith SYSADMIN 00 Authentication Secondary oe In the Session panel type the IP address of the Broadmore and select SFTP from the Protocol pull down menu In the SFTP logon panel type in the Hostname and Username The Hostname is the IP address of the Broadmore the Username is The SecurID user name and Broadmore local user name joined together with a colon between and no spaces for example jsmith SYSADMIN Select Keyboard Interactive from the Primary pull down menu in the Authentication panel Broadmore 1700 Release 4 6 Security Management FIPS Mode Logging in with SecurID Enabled Click OK The following prompt appears Please enter your SFTP credentials Click OK The Keyboard Interactive Authentication window opens Keyboard Interactive Authentication x XXXXXXXXXX di Type in the SecurID passcode and click OK A second Keyboard Interactive Authentication window opens Keyboard Interactive Authentication Password
189. Supply Connections 6 21 Optional AC Power Supply 6 21 Broadmore Power Input Connector 6 23 Connecting 48 VDC Power 6 23 6 24 7 Configuration OVeEVIOW sais E ede arbe ge 7 2 POWER UDe csere ER nd CER Meehan 7 3 User Interface Requirements 7 3 Screen Display 7 5 Key RR Gea Wve te eg 7 6 CAMMI ACCESS 22225 20 ee REP 7 1 System Services 7 8 Name se EM bee on deat eke 7 8 Ethernet IP 7 9 ATM Addresse ucc ERI ta DX e aeos 7 11 ATM Address List 1 7 11 Connection Retry 7 13 Retry Catise Codes essa esae etg 7 13 CIP over ATM RFC 1577 7 14 Broadmore 1700 Release 4 6 xvii Table of Contents xviii Static ROUTES Pe we te chee VE MAN es Mes 7 17 LANE Configufation REY 7 20 UNI AERE ARA RE EIAS 7 22 General Properties i esse Ree eee Ree
190. TH 7660 513 005 0084 REV CURRENT REVISION OF THIS DRAWING WRAP AROUND STYLE LABEL ACCEPTABLE BRAID SHIELD TO FOLDED BACK APPROX 1 2 INCH OVER CABLE JACKET AND CLAMPED TO JACKET BY OUTER STRAIN RELIEF SHIELD BRAID TO BE WIRED TO PIN A OF P2 CONNECTOR USING 24 AWG DRAIN WIRE A MOUNT JACK SOCKET ABOVE PIN AND JACKSCREW BELOW PIN MM Figure E 8 Cable Adapter V 35 V 36 DTE P N 7660 513 Broadmore 1700 Release 4 6 Cable Specifications Table E 7 Wire List for Cable Adapter V 35 V 36 DTE P N 7660 513 FROM 1 1 1 2 1 3 P1 4 P1 5 P1 6 P1 7 P1 8 P1 9 Pi 12 P 13 P1 14 1 15 P1 16 1 17 P1 18 1 19 P1 20 P1 21 P1 P1 23 P1 24 P1 25 P1 26 TO SIGNAL P2 A CABLE SHLD BRAID P2 P TXD A RXCIB P2 X RXC P2 NC P2 D P2 P2 AA TXC B P2 NC P2 E DSR P2 NC TS C 1 11 P2 W SCTE B P2 T RXD B P2 NC P2 NC P2 NC B YJ WIRE LIST COLOR DRAIN WIRE WHITE BLUE STRIPE BLUE WHITE STRIPE WHITE ORN STRIPE ORN WHITE STRIPE WHITE GRN STRIPE GRN WHITE STRIPE WHITE BRN STRIPE BRN WHITE STRIPE WHITE GREY STRIPE GREY WHITE STRIPE RED BLUE STRIPE BLUE RED STRIPE RED ORN STRIPE ORN RED STRIPE RED GRN STRIPE GRN RED STRIPE RED BRN STRIPE RN RED STRIPE RED GREY STRIPE GREY RED STRIPE BLACK BLUE STRIPE BLUE BLACK STRIPE BLACK STRIPE ORN BLACK STR
191. TING THE CHASSIS FROM THE SHIPPING CONTAINER TO AVOID EQUIPMENT DAMAGE The chassis container will include an accessory kit with the following materials e users documentation on CD e ground strap e accessory cables e miscellaneous hardware Broadmore 1700 Release 4 6 Receipt of Product Inspection Inspection Perform a visual inspection of all components for obvious damage or irregularities Pay special attention to the connectors indicators and switches on the individual circuit cards Follow ESD procedures when removing cards from protective bags for this inspection Carefully return the cards to their bags for storage until installation WARNING Some BROADMORE 1700 CIRCUIT BOARDS ARE ESD SENSITIVE THESE ASSEMBLIES ARE IN INDIVIDUAL STATIC DISSIPATIVE BAGS WITH AN ESD CAUTION LABEL ATTACHED EMPLOY STANDARD ESD HANDLING PROCEDURES INCLUDING USE OF A PROPERLY GROUNDED ESD WRIST STRAP BEFORE OPENING OR HANDLING THESE ITEMS ONLY OPEN THESE BAGS AT AN APPROVED ESD WORKSTATION CAREFULLY RETURN THE CARDS TO THEIR BAGS FOR STORAGE UNTIL INSTALLATION FAILURE TO FOLLOW THESE PROCEDURES WILL VOID THE WARRANTY AND MAY RESULT IN COMPONENT DAMAGE Damage Reporting Compare the contents of the shipping containers with the packing list provided Immediately report any inconsistencies to Carrier Access at 800 786 9929 The Customer Support Center will provide detailed instructions to resolve any issue or concern Broadmore 1700
192. TM Gateway The IP address of the ATM gateway If not used enter 0 0 0 0 Server Address The address of the server containing the LIS This may be a workstation on the ATM network or ATM switch Set to zero if you want to use AALS PVCs for CIP instead of SVCs Peak Cell Rate This controls the bandwidth allocation to RFC 1577 support Enable RIP Normally disabled Only set to Yes for router operation as the CIP subnet server This configures the Broadmore 1700 Some Broadmore 1700s may need routing table additions to recognize and respond to the control station via the ATM subnetwork These Broadmore 1700s will be configured individually based upon network topology Each unit may or may not have an Ethernet connection Broadmore 1700 Release 4 6 7 15 Configuration CIP over ATM RFC 1577 In the case of no Ethernet connection the unit routes Ethernet traffic to the ATM by default The Ethernet ATM gateway setting is then a null field 0 0 0 0 Follow the sequence on the next page to verify that no gateway is defined Do this for each applicable Broadmore 1700 without an Ethernet connection Select System Management Select Configuration 1 Select System Services Select Configure IP Select Gateway 0 0 0 0 correct if necessary 7 16 Broadmore 1700 Release 4 6 Static Routes Configuration Static Routes Each Broadmore 1700 has an additional Ethernet route to support RFC 1577 unles
193. User Defined Config Files Reset User Accounts 11 Use Default Card Configurations Reset Cause Codes SNMP Traps and Signaling Clear User Defined CAM Names Reset Redundancy if applicable gt Window Il TAB or CR or SPACE to edit hilited entry ESC when you re done a Broadmore 1700 Release 4 6 8 47 Maintenance and Troubleshooting Engineering Analysis Engineering Analysis There are several options under the Maintenance Diags menu reserved for use by Carrier Access engineers A brief description is provided to aid in understanding the system These commands should only be used in close coordination with Carrier Access engineers Card Specific Functions leads to individual card diagnostics where you Peek and Poke various information fields System Test runs a preconfigured test and displays statistical results The Asserts option will activate additional software traps to provide more detailed information Check Free CPU Memory will display the free memory available as shown below This is valuable information for coordination with Carrier Access engineers 18 Select C WINNT System32 telnet exe Broadmore Copyright lt c 28001 Carrier Access Corporation Administration Help View System Log Card Specific Functions System Management Reboot System Save Connection Table il Environmental In
194. WHITE GREY STRIPE P2 X RXC B GREY WHITE STRIPE Pi 12 P2 P TXD A RED BLUE STRIPE 1 13 P2 S TXD B BLUE RED STRIPE 1 14 P2 F DCD RED ORN STRIPE 1 15 P2 NC ORN STRIPE 1 16 P2 J LL RED GRN STRIPE P1 NC P2 NC GRN RED STRIPE P1 18 P2 B SIGNAL GND RED BRN STRIPE P1 NC P2 NC BRN RED STRIPE P1 20 P2 Y TXC A RED GREY STRIPE P1 21 P2 AA TXC B GREY RED STRIPE 1 22 P2 D CTS A BLACK BLUE STRIPE 1 23 2 NC BLUE BLACK STRIPE P1 24 P2 H DTR A ORN STRIPE P1 25 P2 NC ORN BLACK STRIPE BLACK STRIP Broadmore 1700 Release 4 6 E 7 Cable Specifications SCREWS SUPPLIED TURN WITH ITEM 2 TURN SCREWS SUPPLIED WITH ITEM 4 4 INCHES gt WS VIEW A COVER OF BACKSHELL REMOVED NOTES 1 ITEMS 1 AND 5 MANUFACTURED BY INC 1810 LITTLE ORCHARD ST SAN JOSE 75125 ITEM 4 MANUFACTURED BY ADAM TECH 909 RAHWAY AVE UNION NJ 07083 ITEM 3 MANUFACTURED BY BELDEN PO BOX 1980 ITEM 2 MANUFACTURED BY RICHMOND IN 47375 3M ELECTRONIC jc DIVISION 6801 RIVER PLACE AUSTIN TX gar SHIELD BRAID TO BE CONNECTED TO BACKSHELL OF 1 AND P2 WHEN MATING HALVES OF BACKSHELL ARE ASSEMBLED MET BRAIO IS WIRED TO PIN 1 OF P1 AND P2 CONNECTORS USING 24 AWG DRAIN WIRE 3 ALL SOLDER JOINTS TO BE COVERED BY HEAT SHRINK 4 LOCKING COMPOUND TO BE APPLIED TO HARDWARE THAT SECURES THE BACKSHELL HALVES A MARK WITH 7660 5047 70
195. X LL BLACK WHITE TEST MODE GREEN YELLOW This cable may be used with either DCE or DTE connectors on the CBI module Broadmore 1700 Release 4 6 E 19 Cable Specifications Figure E 11 Cable Adapter HSSI CBI P N 7660 523 Description Standard SCSI 2 shielded cable with straight through wires and HDB50 plug connectors HSSI CBI cables mate with the socket HDB50 DTE or DCE connector on the IOM E 20 Broadmore 1700 Release 4 6 Cable Specifications 1 2 25 MALE D SUB RJ45 JACK IN 1 Figure E 12 Cable Adapter HBR P N 7660 524 DB25 RS 530 to RJ45 RS 422 Converter Broadmore 1700 Release 4 6 E 21 Cable Specifications Table E 10 Wire List for Cable Adapter RJ45 to DB25 DCE P N 7660 524 SIGNAL NAME 2 SHIELD NOT USED Tx DATAA 6 RECEIVED DATA A 2 REQUEST TO SEND NOT USED CLEAR TO SEND NOT USED DCE READY NOT USED SIGNAL GROUND NOT USED RECEIVED LINE SIGNAL DETECTOR A NOT USED RECEIVER SIGNAL ELEMENT TIMING B RECEIVED LINE SIGNAL DETECTOR B TRANSMITTER SIGNAL SIGNAL ELEMENT TIMING DTE B TRANSMITTER SIGNAL SIGNAL ELEMENT TIMING DCE B CLEAR TO SEND TRANSMITTTED DATA B TRANSMITTER SIGNAL ELEMENT TIMING DCE A RECEIVED DATA B RECEIVER SIGNAL ELEMENT TIMING DCE A LOCAL LOOPBACK NOT USED REQUEST TO SEND TO B NOT USED DTE READY A NOT USED REMOTE LOPBACK NOT USED DCE READY B NOT USED DTE READY B NOT USED TRASMITTER SIGNAL ELEMENT TIMING DTE A 8 TEST MODE NOT USED
196. XX XXX where xxx is a decimal number 0 to 255 Port A number between 1024 and 65535 Parameter Name A unique value for Parameter Name 1 to 30 characters Trap Tag A unique value for Trap Tag 1 to 30 characters Enabled Enabled Enables disables this target Disabled Storage Volatile Settings lost without power Non volatile Settings can be changed Permanent Settings can not be deleted Readonly Settings can not be changed Other Timeout secs 100 Enter Timeout as a value in hundredths of a second For example 1500 represents 15 seconds This value indicates the expected maximum round trip time for communicating with the IP address defined by this target When a message is sent to this address and a response if one is expected is not received within this time period it may assumed that the response will not be delivered Retries The number of times to attempt sending the notification Max Message Size TBD Broadmore 1700 Release 4 6 12 35 SNMP Configuration Target Parameters Target Parameters This selection allows you to enter the kind of protocol and security to be used for the target destinations The screen below shows the New Target Parameters Entry bm100 HyperTerminal 15 xi File Edit View Call Transfer Help 2 5 e sole Broadmor Copyright c 2004 Carrier flccess Corporation Maintenance Diags Administration Help 1 Monito mur
197. a Security Guidance 10 3 Logging In 10 5 a Log in Banner 10 6 System Clock 10 7 Network Time Protocol 10 8 Managing Users and Audit Trails 10 10 IP ICMP Messages 10 17 a SNMP Messages 10 18 Shell Commands Non FIPS Mode 10 19 FTP Login 10 21 Security Management Security Features Security Features The Broadmore provides the following security features e User ID and password authentication e Four levels of user privileges for accessing command functions e Configuration activity audit trails e Enable disable SNMP and ICMP messages e SNMPv3 USM VACM e Log in Banner for special user instructions Only the Network Administrator SuperUser can create and modify user accounts set access privileges and monitor user activity audit trails The Broadmore requires that users log into the Broadmore through Telnet and FTP NOTE sure to use the appropriate fonts and screen settings to maintain the proper screen appearance 10 2 Broadmore 1700 Release 4 6 Security Management Security Guidance Security Guidance e Receipt and Inspection Broadmore components containing operating system software are packaged and sealed at the factory with tamper proof security tape Upon receipt carefully examine the security sealing tapes on the shipping containers for any signs of tampering See Receipt on page 3 2 e Security Broadmore components containing operating syst
198. age information use the h command gt scp h Enabling Debug Messages A SuperUser Crypto Officer can enable Debug by using the v option An example is provided below gt scp v local file user name remote remote file NOTE For more information about shell commands and general information about session privacy go to www openssh org 11 38 Broadmore 1700 Release 4 6 Security Management FIPS Mode resetSecurID resetSecurID A SuperUser Crypto Officer can use the resetSecurID command to reset the node secret file This command is necessary if the system administrator has for example changed the server and needs to get a fresh node secret file At the Broadmore prompt type resetSecurID as shown in the following figure and then press Enter LM Edit View Options Transfer Script Tools Window Help 5 uJ m Q sce mit a Login SYSADMIN Password Copyright lt c gt Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore 5resetSecurID X ssh2 AES 12 7 24 24Rows 80Cols The node secret file resets and the screen returns to the prompt There is no output with this command Broadmore 1700 Release 4 6 11 39 Security Management FIPS Mode zeroize 11 40 zeroize WARNING THE ZEROIZE COMMAND WILL DECOMMISSION THE CPU MODULE AND MAKE IT INOPERABLE THE CPU WILL NOT REBOOT THIS COMMAND WILL PERMANENTLY ERASE A
199. al window is followed to indicate that an additional entry screen follows Broadmore 1788 Copyright gt 2001 Carrier Access Corporation Maintenance Diags Administration Help Monitor Activit gt 1 Configuration Files Slot Logout Configure SUC Ethernet IP Configure PUC This ATM Address Configure AALS Address List Config SNMP gt CIP over ATM LANE Configure UNI Version Connection Retry Retry Cause Codes General Properties Status Window Choose the second item Configure IP to display a screen for entering six lines of IP address information not shown Broadmore 1700 Release 4 6 7 5 Configuration Key Map This method of annotating screen displays will make the text and logic easier to follow and less prone to error Specific steps will be clear and easy to follow leading to more efficient system operation Key Map The following key map correlation is provided to assist in navigating through the various menus This may be required since some terminal emulation packages do not recognize the full keyboard character set Escape to Top Up Down Page Up Page Down Home End Insert Delete Help cli only Broadmore 1700 Release 4 6 Configuration Access CAMMI Access To access the CAMMI main menu log into the system with a valid user identification SYSADMIN and password INITIAL This defaul
200. al Indicators will display the current status of power fan and BITS clocks This display shown below does not indicate fan removal System Status Power source A missing Power source B present Chassis fan operational Bits On card A Present Bits On card B Present 8 46 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Maintenance Diagnostics Bandwidth Utilization displays the amount of bandwidth being used the remaining bandwidth available and the percentage used This can be recalculated by pressing R when the screen displays 28 Select C WINNT System32 telnet exe Broadmore Copyright lt c gt 2001 Carrier Access Corporation System Management Administration Bandwidth Avail Perc SAM lt s gt in Service Bandwidth Used Bandwidth Avail Perc SAM lt s gt in Service 6 06 kbit s 6 06 kbit s 19 83 kbit s 146760 00 kbit s 0 00 kbit s 6 06 kbit s 6 66 kbit s 0 00 kbit s 6 06 kbit s 9 98 kbit s Window Il Reset to Defaults allows you to reset the Broadmore 1700 to the factory defaults settings 28 Select C WINNT System32 telnet exe Broadmore 11 Copyright lt c 2001 Carrier Access Corporation System Management Administration Help ALL Settings Are Non Recoverable amp May Need Reboot System Mide Reset User Configuration 11 Reset the System Log File Post Reset Indicators to the Log Destroy ALL
201. an gain access to the Broadmore The SecurID token is a number that may be constant or change every minute and it is verified by an RSA Authentication Manager deployed at the customer site A username and password are always required to log in whether or not SecurID is enabled The mandatory username is an alphanumeric string of characters whose minimum length can be set by the Security Officer The password is a string of characters from the 94 printable and human readable characters whose length can be set by the Crypto Officer Passwords be changed at least once every 6 months and that users be instructed to use a random combination of all the usable characters for passwords Upon successful authentication the role and privilege level are selected based on the identity username of the operator At the end of a session the operator should log off though the user is automatically logged off after a configurable period of inactivity Privilege Level Authorized Functions Browser User is able to look at most all data plane information but is not able to affect anything To protect security data no file access is permitted This role cannot access the security settings Operations User is able to perform data plane configurations such as defining PVCs SVCs configuring service card parameters To protect security data no file access is permitted under this privilege level This role cannot access the security settings
202. ance and Troubleshooting NIM Replacement 8 38 NIM Replacement There are no field repairable items on a NIM In a redundant configuration replacement of a NIM will not impact user ATM network connectivity In a single NIM configuration all ATM connectivity will be disrupted during card replacement Follow the steps below to replace a NIM 1 2 10 Ensure that a replacement module is available Remove the chassis front cover The Broadmore 1700 retains power individual NIMs may be removed replaced without power disruption to other modules Remove the fiber connection and loosen retaining screws at the top and bottom of the NIM to be replaced Use the installed ejectors to unseat the NIM from the midplane This is done by simultaneously pushing up on the top ejector and down on the bottom ejector Remove the defective NIM by pulling it straight out the front Insert the replacement NIM ensuring correct alignment with the card guides and midplane connector Firmly press the new NIM into place so that it is fully seated with the midplane connector Tighten both retaining screws finger tight only and install the fiber connection The new NIM will automatically configure to the last known configuration of the slot where installed In a single NIM system non redundant originated SVCs and PVCs will be re connected per the current connection list The far end must originate the re connection of incoming SVCs Monitor activi
203. and network for clarity Definitions are provided below for reference Term Definition AS Available Seconds CCV C bit Coding Violation CES C bit Errored Seconds CSES C bit Severely Errored Seconds LCV Line Coding Violation LES Line Errored Seconds PCV P bit Coding Violation PES P bit Errored Seconds PSES P bit Severely Errored Seconds SEFS Severely Errored Framing Seconds SEQ Sequence Errors SNP Sequence Number parity UAS Unavailable Seconds Broadmore 1700 Release 4 6 8 11 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards 8 12 Unstructured E3 SAM Statistics For Unstructured E3 SAMs the most recent 24 hours of statistical data is maintained in a separate file This data is presented in 15 minute increments by port in spreadsheet format Select E3 Stats Port Counters Port Alarms Use the following steps to view the Unstructured E3 SAM statistics Select System Management Select Monitor Activity Select Slot Statistics Select SAM 1 Select Port J Select one of the following statistics to view Port Counters Port Alarms Statistics for the Unstructured E3 SAM are shown below SAM Offline Slot D Port 1 Counters Tx Cells 75160 Rx Cells 751680 Netuork Errors Service Errors Major Alarm NO SEQ Errors BPU Errors Minor Alarm NO SNP Errors 2 Errors F BIT Errors F BIT Errors BIP Errors BIP Errors
204. and the password is INITIAL To ensure network security a network administrator SuperUser must create new user names and passwords See Managing Users and Audit Trails on page 10 10 5 When Broadmore user login message displays type the Login and Password You will need to press Enter after each After successfully logging into the Broadmore user s list the Broadmore command prompt displays Broadmore 1700 Release 4 6 10 5 Security Management Log in Banner Log in Banner 10 6 The Broadmore provides the ability to insert a customizable banner that will appear when a user logs in The banner is a simple way to provide special instructions to the user A SuperUser can implement this feature by using ftp or SFTP to download a banner text file named banner txt to the Broadmore cam directory When a shell login is requested the contents of the banner file if any will be dumped to the screen just ahead of the login prompt as in the following example E 192 168 32 12 Telnet SSH 2 lt vt100 gt 4 nml xj Commands Edit Options Help pSOSystem 192 168 32 12 gt If there is a banner txt file in the cam directory the contents of the file will appear here on the screen Blank lines may be inserted to adjust spacing Login SYSADMIN Password Copyright lt c Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore gt Broadmore 1700 Release 4 6 Security Management System Clock System Cl
205. ap Time Out 0 Access er ATM Targets LANE Configure Target Params UNI Version Notifications Connection Retry Communities Retry Cause Code NotifyFilters General Properti NotifyProfiles Status Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done SERM Connected 0 02 33 Auto detect TCP IP CAPS Capture Print echo Select System Management Select Configure Select System Services Select SNMP Configure Select SNMP Properties 10 18 Broadmore 1700 Release 4 6 Security Management Shell Commands Non FIPS Mode Shell Commands Non FIPS Mode Shell commands are UNIX like commands provided by the embedded pSOS operating system Command syntax is available using the command Authorized Access to each command is based on the user privilege level FIPS Mode The Broadmore is shipped with FIPS mode security turned off A SuperUser can use the fipsmode shell command to enable FIPS mode operation see Security Management FIPS Mode on page 11 1 Authorized Access to Shell Commands The following table lists the authorized commands available to each access privilege level when operating in non FIPS mode User ID gt Super User Sys Admin Operations Browser Authorized Services arp e cammi start GUI interface
206. areful to align itin the guides provided Ensure the fans are operating properly then tighten the screws to hold the fan tray in place Replace the chassis front panel and secure retaining screws NOTE This is the only routine maintenance required for the Broadmore 1700 Broadmore 1700 Release 4 6 8 45 Maintenance and Troubleshooting Maintenance Diagnostics Maintenance Diagnostics CAMMII provides access to several maintenance and test functions under the Maintenance Diagnostics main menu These items are explained below bm100 HyperTerminal 5 Eile Edit View Call Transfer Help 3 sees xl Beale AFB BM 1700 Copyright c 2004 Carrier Access Corporation System Management TEs Administration Help View System Log Card Specific Functions gt System Test gt Redundancy gt Reset To Default gt Download Manager Save Connection Table Check Free CPU Memory Status Window gt Standby synchronization successful 44 files Connected 0 03 14 Auto detect TCP IP SCROLL CAPS NUM Capture Print echo 22 View System Log provides historical record of events such as configuration establishing a PVC or other action that affects service Messages are filtered by privilege level All messages are displayed at the Supervisor level many of which can only be interpreted by Carrier Access engineers Environment
207. arget IP addresses to receive trap notifications The screen below shows the New Targets Entry bm100 HyperTerminal ET 15 xi File Edit View Call Transfer Help Dia e soles Br or Copyright c 2004 Carrier flccess Corporation Seeks Maintenance Diags Administration Help 1 Enabled Target Name Tag New Targets Entry IP Address 0 0 0 0 Port 162 Parameters Name Trap Tag Enabled Enabled Storage Non volatile Timeout secs 100 1500 More gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 06 26 detect TCP IP SCROLL CAPS e Prnt echo Follow the sequence below to modify the list Select System Management Select Configuration 1 Select System Services Select SNMP Configure Select Targets Select one of the following Edit J edit the Target information Copy J to put a copy of the information into the list Delete I delete an existing Target New 1 enter a new Target Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit 12 34 Broadmore 1700 Release 4 6 SNMP Configuration Targets The following table describes the selections Item Options Comments Target Name A unique value for Target Name 1 to 30 characters IP Address Format XXX XXX X
208. at a later time Save Configuration Follow the selection sequence below to save the current configuration Enter an appropriate file name for example 17may3pm This file can then be used to return to the current system configuration Select System Management Select Configuration Files Select Save Configuration 7 106 Broadmore 1700 Release 4 6 Configuration System Configuration Restore Configuration Select Restore Configuration to restore a previously saved configuration as shown below Save Configuration Restore Configuration Delete Configuration Save Config for PowerUp Save Card Defaults Restore Card Defaults The Restore Configuration results in the tear down of all calls configuration of all modules and establishment of all calls found in the named configuration The UNI must be UP to restore a configuration file containing one or more SVC Follow the sequence below to check UNI status If necessary configure UNI before restoring the configuration Select System Management Select Monitor Activity Select Connections Select UNI Status Delete Configuration Follow the selection sequence below to delete the current configuration Answer Yes to the confirmation notice Use caution as this configuration cannot be restored once it has been deleted Select System Management Select Configuration Files 1 Select Delete Configuration Broadmore 1700 Release 4 6
209. at a rate of 1 x 10 7 76 Broadmore 1700 Release 4 6 Configuration Multi Bit Rate MBR SAM Multi Bit Rate MBR SAM Choose the slot C to P containing Multiple Bit Rate MBR SAM to be configured and a screen for port selection appears Select a port to configure and a port configuration screen appears The following table is a guide to parameter configuration Each port on the MBR SAM is configured separately The configurable items shown will vary based upon the physical interface chosen so items from the table may not appear on the screen CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC IS SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 Table 7 29 MBR SAM Configuration Items Item Options Comments Port Name None This is a user defined field Enter text to clearly identify the port for your own use Port Mode Online This a status field Choices are not selectable Offline Bits Per Second 75 10000000 Enter the speed for the attached signal input from 75 bps to 10 Mbps in 1 bps increments Physical Interface RS 232 RS 449 EIA 530A EIA 530 V 35 No Cable Not Use
210. ation CPU Redundancy System Log The system log is unique to each CPU Entries are sent from each CPU and copied to the partner CPU Each entry has a time stamp followed by an upper case or lower case slot letter An upper case letter Q or R indicates that the message originated from the current CPU A lower case letter q or r indicates that the message originated from the partner CPU Thus an entry in one log with an upper case slot letter will have a similar entry in the other log with a lower case slot letter The traplog txt entries are sent from the online CPU in a fashion similar to the log entries Entries from the standby CPU are suppressed so this file provides information for the online CPU only Select Maintenance Diagnostics Select View System Log Select CPU 1 IP Addresses A Broadmore 1700 chassis may have one or two IP addresses see Ethernet IP Configuration on page 7 9 The online CPU will have the primary address as configured in the Config IP menu The standby CPU will have the secondary address as configured in the Config IP menu If a CPU switchover occurs the newly online CPU will change its IP address to the primary IP The Broadmore 1700 may also be configured with an IP address for CIP over A TM This address is only valid for the online CPU If used a LANE address is configured via the LANE Configure menu LANE is only valid for the online CPU Select System Management Select Co
211. ation Signal from the attached equipment AIS is a validly framed DS3 signal consisting of a repeated 1010 data pattern Idle An idle alarm means that an idle signal validly framed DS3 signal with a repeated 1100 signal is being detected on the service side RAI The Remote Alarm Indicator also known as a Yellow Alarm is transmitted by setting the X bits to zero In this instance the service side equipment is transmitting the RAI to the DS3 port FEAC Far End Alarm and Control Channel 7 54 Broadmore 1700 Release 4 6 Configuration Unstructured DS3 SAM Service Alarm Definition Line Code Violation This alarm indicates that a long string of zeros is being received by the DS3 port from any attached equipment Excessive F bit Errors The Excessive F bit Errors alarm is triggered when the DS3 port receives F bit errors at a rate of 1 x 10 Excessive Parity Errors The Excessive Parity Errors alarm will be triggered when the DS3 port receives parity errors at a rate of 1 x 10 Excessive C bit Errors The Excessive C bit Errors alarm will be triggered when the DS3 port receives C bit errors at a rate of 1 x 10 Excessive FEBE Errors The Excessive FEBE Far End Block Error alarm is triggered when the DS3 4 port receives FEBEs at a rate of 1 x 10 Broadmore 1700 Release 4 6 7 55 Configuration Structured DS3 SAM 7 56 Structured DS3 SAM Choose the slot containing the
212. behind corresponding SAM Description This is used with the DS1 and E1 SAMs and provides eight ports When used with a DS1 SAM each IOM port is at 1 544 Mbps with twenty four 64 kbps channels per port When used with an E1 SAM each IOM port is at 2 048 Mbps with thirty two 64 kbps channels per port Connectors Eight RJ48 connectors one per port E E E 1 24 Broadmore 1700 Release 4 6 Multi Bit Rate SAM Module Type SAM Part Number 7660 008 Slot Number C thru P Features Four Serial Interfaces per card 75 bps to 10 Mbps in 1 bps increments per port Synchronous or Asynchronous per port Description The Multi Bit Rate MBR SAM supports up to four separate serial data streams with data rates from 75 bps to 10 Mbps in 1 bps increments Four connectors are on the IOM Cable adapters are available for RS 232 RS 449 EIA 530 and V 35 see Cable Specifications on page E 1 Indicators FAULT normal no fault major alarm minor alarm Product Description Multi Bit Rate SAM or no connection ONLINE normal standby or not ready STATUS one LED per port normal enabled major alarm minor alarm or no connection Broadmore 1700 Release 4 6 1 25 Product Description Multi Bit Rate Multi Bit Rate Module Type IOM Part Number 7660 408 Slot Number Mounts in chassis rear behind MBR SAM as well as Serial Mux and Serial Demux SAMs Description The IOM provides four MBR seria
213. between some script commands To insert a delay between script commands use the following command sleep where 1 to 30 seconds Broadmore 1700 Release 4 6 9 5 Command Line Interface Creating and Running Scripts Sample scripts are shown below and on the following pages See Appendix H for a list of Broadmore commands NOTE Do not use the following command in a script showi This command is show interactive for the system log and requires user input If necessary use the show command instead Example 1 Script for Configuring Port 1 on a DS1 Card This script configures Port 1 services on a DS1 card in Slot F sys config slot f portl sys config for slot f port 1 Port Name tl porti Port name Port Mode online offline Service Clocking Mode SRTS Timing Adaptive Timing Synchronous Network Synchronous Loop Synchronous NIM Synchronous Port only used with clock recovery type setting Clock Recovery Type only used with synchronous Port service clocking mode otherwise left undefined Undefined Master Slave Clock Recovery Interface only used with synchronous Port service clocking mode Undefined 9 6 Broadmore 1700 Release 4 6 Transmit Line Receive Line Line Buildout 0 to 110 feet 110 to 220 feet 220 to 330 feet 7330 to 440 feet 7440 to 550 feet 7550 to 660 feet Loopback Normal Local Remote CBR Service Type Unstructured Structured No CAS
214. bited and removes the Broadmore from the evaluated configuration It is recommended that user audit trails be examined periodically in accordance with local security practice to determine if the Broadmore is being accessed by unauthorized users or during nonstandard hours or if the configuration is being accessed or altered in an inappropriate manner For example every third consecutive attempted login failure produces an entry in the system log e Decomissioning and Sanitizing The zeroize command is not intended for normal operational use It is intended as a security measure per FIPS 140 2 requirements to allow a SuperUser to completely remove all security sensitive data that may be required before decommissioning a CPU Turning off FIPS mode will erase Critical Security Parameters CSPs but does not erase the FIPS validated operating software For additional information on sanitizing the equipment see Residual Data and Memory Volatility on page 11 50 Broadmore 1700 Release 4 6 11 5 Security Management FIPS Mode Authentication and Identification Authentication and Identification The cryptographic module supports distinct operator roles and enforces the separation of these roles using identity based operator authentication that requires a Username and Password and optional SecurID The SecurID option has no effect on FIPS 140 2 compliance When SecurID is enabled operators must also enter a SecurID token before they c
215. c Model v1 GetGroup v12GetUser V1 vlTrapGroup v12TrapsUser V1 v2GetGroup v12GetUser y2 v2TrapGroup v12TrapsUser y2 4 t gt lt cr gt popup menu del scroll with arrows Connected 0 08 09 Auto detect TCP IP E Follow the sequence below to modify the list Select System Management Select Configuration 1 Select System Services Select SNMP Configure Select Groups 1 Select one of the following Edit J edit the Group information Copy J to put a copy of the information into the list Delete delete an existing Group New 1 enter a new Group Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit Broadmore 1700 Release 4 6 SNMP Configuration Groups Once this menu option is chosen a list of existing groups will be displayed To choose the required action on groups highlight any of the existing entries and press the Enter key The screen below shows the New Groups Entry bm100 HyperTerminal Fie Edit View Call Transfer Help De 25 Hg or Copyright c 2004 Carrier flccess Corporation Maintenance Diags Administration Help 1 Group Name User Name Sec Model 1 New Groups Entry V1 v2GetGroup v2 v2TrapGroup 2 User Name Security Model USM Storage Non volatile
216. cheme 12 Preface DISA Validated Defense Information System Agency Center for Information Assurance Engineering validated Broadmore Information Assessment 2 August gm EN 2006 contract number SP0700 98 D 1002 TAT 5 15 a a 3 FIPS 140 2 Validated FIPS 140 2 Inside National Institute of Technology NIST Cryptographic Module Validation Program CMVP validated Broadmore to FIPS 140 2 Level 1 overall Certificate 478 November 2004 Certificate and Security Policy maintained at http csrc nist gov cryptval JITC Validated Joint Interoperability Test Certification JITC at Ft Huachuca 23 June 2006 TSSI Certificate on NIPRNET at http jitc fhu disa mil tssi IPv6 Ready The IPv6 Forum certified the Broadmore as IPv6 ready on 26 January 2007 The certificate is maintained at http www ipv6ready org logo_db logo_search2 php logoid_number 01 000379 amp btm Search iv Broadmore 1700 Release 4 6 Preface National Electrical Code Requirements Equipment intended to be electrically connected to a telecommunications network shall be listed for the purpose The Broadmore 1700 is listed and is in compliance with UL60950 third edition and CSA C22 2 NO 60950 00 No 950 95 Standard for Safety for Information Technology Equipment CSA has certificated to both standards for product safety The CSA File Number is LR 107313 Some telecommunications equipment does not provide overvol
217. ck Mounting Procedure Rack mounting the Broadmore 1700 chassis requires e two technicians e clear access to front and rear of rack e user provided rack mounting hardware screws DANGER EXERCISE NORMAL PRECAUTIONS FOR LIFTING HEAVY OBJECTS USE TWO PEOPLE TO LIFT THE BROADMORE 1700 WHEN LIFTING SUPPORT IT FROM THE BOTTOM AND TAKE CARE TO AVOID SHARP EDGES OR CORNERS WARNING THE FRONT AND REAR COVERS OF THE CHASSIS MUST REMAIN ATTACHED TO PREVENT THE CHASSIS FROM BENDING DURING THE RACK MOUNTING PROCEDURE Perform the following steps Ensure that the front and rear chassis covers are firmly attached to provide mechanical support and prevent accidental damage 2 Carefully lift the Broadmore 1700 and position it in the desired rack location One technician should support the rear and the second should support the front 3 Ensure that there is a 1 75 inch space above the chassis for adequate air flow Insert screws through the chassis and rack mounting holes Every bracket hole must have a screw securely installed to ensure proper weight distribution and support 4 6 Broadmore 1700 Release 4 6 Chassis Installation and Grounding Chassis Grounding Chassis Grounding The Broadmore 1700 chassis has a chassis ground stud on the rear panel for connecting a ground wire to the equipment rack building ground WARNING THE INSTALLER SHALL BE RESPONSIBLE FOR PROVIDING A PROPER CHASSIS GROUND CONNECTION CONNECT BUILDING GROUN
218. clear channel e Clocking Network BITS Adaptive SRTS Loop NOTE SRTS is a proprietary timing algorithm and may ONLY be used with specific written prior permission from Carrier Access Corporation Additional license fees may apply E3 Unstructured Circuit Emulation SAM e 3 ports per card e connector access on rear panel e Unstructured CES Version 2 AAL1 and ITU T recommendation 1 363 e E3 options clear channel e Clocking Network BITS Adaptive SRTS Loop NOTE SRTS is a proprietary timing algorithm and may ONLY be used with specific written prior permission from Carrier Access Corporation Additional license fees may apply High Bit Rate Serial SAM e 4full duplex programmable serial ports card e RJ 48 connectors on rear panel e Provisionable from 75 bps to 24 Mbps synchronous in 1 Bit increments e Serial electrical interface protocols RS 422 e Unstructured AALI circuit emulation per ATM forum low speed e CES specification A 8 Broadmore 1700 Release 4 6 Technical Specifications Multiple Bit Rate Serial SAM Multiple Bit Rate Serial SAM e 4 full duplex user programmable serial ports card e HDB 26 Connectors on rear panel IOM e Provisionable from 75 bps to 10 Mbps synchronous in 1 Bit increments e Serial electrical interface protocols RS 422 RS 232 RS 530 RS 449 e Unstructured AALI circuit emulation ATM forum low speed e CES specification High Speed SAM e Programmable inp
219. cli sys config slot cli sys monitor slot Broadmore 1700 Release 4 6 Monitor Command Line Interface Monitor Use Monitor to display system operation statistics The CLI command string to monitor and show port counters is displayed below Note that an additional command reset is available Reset will zero all counters This was done as the first command in the display below cli sys monitor slotstats c port2 counters gt reset cli sys monitor slotstats c port2 counters gt show DS3 SAM lt Online gt Slot C Port 2 Counters Tx Cells 311228 Network Errors SEQ Errors SNP Errors F BIT Errors PARITY Errors C BIT Errors FEBE Errors 670 BERT Errors 6 Rx Cells 311227 Major Alarm YES Minor filarn NO Service Errors BPU Errors EXZ Errors F BIT Errors PARITY Errors C BIT Errors FEBE Errors BERT Errors cli sys monitor s lotstats c port2 counters gt f Broadmore 1700 Release 4 6 9 11 Command Line Interface About Command About Command The About command accessed from the initial CLI gt prompt will provide information about each slot including e Type module e Module serial number e Hardware revision e Software revision The information displayed is tailored for the type of module This information is particularly valuable when contacting Customer Service 9 12 Broadmore 1700 Release 4 6 Security Management In this Chapter Security Features 10 2
220. configuration values for each port and these are the values displayed when you initially configure a port Broadmore 1700 Release 4 6 7 65 Configuration Nx64 SAM E1 Nx64 SAM Follow the same procedures as for the DS1 Nx64 Module configuration The major difference is that each E1 SAM port contains 32 64kbps channels as compared to the 24 64kbps channels in a DS1 port In other words the total bandwidth for an E1 port is 2 048Mbps compared to 1 544Mbps for a DS1 port Structured service uses channel 0 for framing PCM31 Structured service with CCS uses channel 16 for signaling along with channel 0 framing PCM 30 Unstructured service uses all 32 channels together Port configuration items are shown on the next page Table 7 20 E1 Nx64 Port Configuration Items Configuration Item Options Description Port Name A descriptive field to identify the port Port Mode Online This is a status field that can be toggled to offline in Offline which case the port will not be available to make calls and passive SVCs are refused Service Clocking Mode Adaptive Timing Each option specifies a method of clock recovery that Refer to DS1 E1 NX64 Service Clock Options Synchronous Network Synchronous Loop will be used for all recovery circuits on the port on page 4 51 for more Synchronous NIM NOTE SRTS is a proprietary timing details on these options Synchronous Fort algorithm and may ONLY be used with SRTS Timi
221. cryptval under the Validation Lists When the FIPS Security option is enabled on the Broadmore the following security features are available e RSA SecurID authentication optional see SecurID Features on page 11 49 e Private management data paths using SSHield for CLI CAMMI sessions and Secure File Transfer Protocol SFTP e Configuration activity audit trails e Zeroize command for decommissioning one or both CPUs Enabling FIPS mode security disables FTP and Telnet access Users must log in using secure client replacements such as SecureCRT and SecureFX A secure terminal emulator is required to enter a secure Broadmore system Although many secure terminal emulators are available SecureCRT is recommended NOTE Be sure to use the appropriate fonts and screen settings to maintain the proper screen appearance 11 2 Broadmore 1700 Release 4 6 Security Management FIPS Mode Security Guidance Additional security relevant features include e Enable disable SNMP and ICMP messages e SNMPv3 USM VACM e Log in Banner for special user instructions Security Guidance e Receipt and Inspection Broadmore components containing FIPS 140 2 validated software are packaged and sealed at the factory with tamper proof security tape Upon receipt carefully examine the security sealing tapes on the shipping containers for any signs of tampering See Receipt on page 3 2 e Security Broadmore components containing
222. ct TCP IP caes Capture Print echo Broadmore 1700 Release 4 6 8 23 Maintenance and Troubleshooting Problem Isolation Problem Isolation Once you have determined that a problem exists perform the following steps to isolate the problem for repair l 2 8 24 Check to ensure power is available to all modules Review the LED displays to determine if any module is in an alarm state Evaluate the alarms and isolate the problem to the extent possible Review the slot configuration and look at the individual ports Evaluate any information to further isolate the problem Select System Management Select Monitor Select Slot Select the slot of interest Select individual ports J Observe Data Check wiring to ensure connected equipment cables are properly installed and secured Do not assume the problem is internal to the Broadmore 1700 Check module s Configuration from the System Management pull down menu Choose the slot of interest and verify that the configuration is correct for each port Use loopbacks below to pinpoint circuit connectivity problems Use the flowcharts that follow to pinpoint hardware problems Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Port Loopback Port Loopback The loopback function is the primary troubleshooting aid for isolation of circuit connectivity problems both internal and external to the Broadmore 1700 Loopback is available
223. cting 0 will cause the network RAI alarm to be activated if the user has not selected to Ignore it FEAC Far End Alarm and Control Channel Broadmore 1700 Release 4 6 7 53 Configuration Unstructured DS3 SAM Network Alarm Definition Sequence Errors This alarm indicates that frames are out of sequence as they arrive at the DS3 port Excessive SNP Errors SNP Errors are errors that occur in the Sequence Number Parity portion of the DS3 frame Excessive F bit Errors The Excessive F bit Errors alarm is triggered when the DS3 port receives F bit errors at a rate of 1 x 10 Excessive Parity Errors The Excessive Parity Errors alarm will be triggered when the DS3 port receives parity errors at a rate of 1 x 10 Excessive C bit Errors The Excessive C bit Errors alarm will be triggered when the DS3 port receives C bit errors at a rate of 1 x 10 Excessive FEBE Errors The Excessive FEBE Far End Block Error alarm is triggered when the DS3 port receives FEBEs at a rate of 1 x 10 Table 7 12 Service Alarm Definitions Service Alarm Definition LOS Loss Of Signal indicates that there is no signal being input to the DS3 from the service side LOF Loss of Framing indicates that the framing alignment of the signal coming into the Broadmore 1700 from the ATM side has been lost AIS This alarm indicates that the DS3 port is receiving an Alarm Indic
224. ctions 6 16 HSAM Alarm Configuration 7 85 Bridge Card Installation 5 11 Bridge Replacement 8 40 Configuration 7 83 Diagnostics 7 86 High Speed SAM 1 29 High Speed SAM IOM 1 30 IOM Connections 6 16 Operational Configuration 7 84 Statistics sri eke Ree 8 8 HSSI ien ted y ee eee 1 36 ot Geb a eet a ete iier 1 35 SAM Rex eae ete tees 1 35 HSSI CBI NIM Configuration Guidelines 2 22 HSSI Cell Bearing Interface SAM Configuration 7 95 ICMP Messages 10 17 11 24 Idle 7 52 7 53 7 54 7 60 7 75 7 76 Individual Cables 24 be oo tee ein ROS 2 38 Modules NIM andIOM 2 32 Modules SAM and 2 36 Information Contact 2 29 Input Connector Broadmore Power 6 23 Input Output Module 1 10 Inspection of Goods 3 3 Install Single or Dual CPU 7 35 Broadmore 1700 Release 4 6 Index Installation APM er bee ERST 5 11 5 13 Chassis oreet ee 4 1 Clearance RR 4 3 o ze ee Sachs 5 10 CPUIOM ue REA 5 13 Factors ua RN ee veas 4 3 2e E EA VE DeC EH 5 1 Fan
225. cts that will be visible to the user This is determined by the Views table entries e access based on the security model set in Groups and Access table NOTE addition to the standard MIBs the Broadmore includes enterprise MIBs that are specific to its operation 12 24 Broadmore 1700 Release 4 6 SNMP Configuration Communities Communities Broadmore supports SNMPv1 and SNMPv2 through the SNMPv3 co existence model SNMPv1 and SNMPv2 community strings can be defined using the following menu option Broadmore permits up to 20 entries in this table These settings can only be accessed and changed by a SuperUser 201 File Edit View Call Transfer Help Br or Copyright c 2004 Carrier flccess Corporation Maintenance Diags Administration Help 1 Community Name User Name Index ILMI vi2GetUser ILMI Get gt lt cr gt popup menu del scroll with arrows Connected 0 11 13 detect Select System Management Select Configuration Select System Services Select SNMP Configure Select Communities Select one of the following Edit edit the Community information Copy J to put a copy of the information into the list Delete delete an existing Community New enter a new Community Validate Table check table entries for consistency With each selection conf
226. cureid directory for use in setting up the second CPU sdconf rec secret and sdopts rec Remove the first CPU and insert the second CPU into the chassis Using an SSH terminal emulator log into the second CPU and ensure that the Broadmore is operating in FIPS mode see Help About Security on page 11 17 If FIPS mode is not enabled follow the procedure in Enabling FIPS Mode on page 11 18 to turn on FIPS mode and then reboot the Broadmore Using SFTP software put the three files copied in step 7 into the secureid directory of the second CPU sdconf rec secret and sdopts rec Using the CAMMI Administration Security menu select SecurID and press the space bar choose Enable Select SecurID Interface and press the space bar to choose Ethernet Log out and log back in using your SecurID credentials If the proceeding step was successful you can now insert both CPUs Broadmore 1700 Release 4 6 11 23 Security Management FIPS Mode Disabling SecurID Disabling SecurlD NOTE SecurlD is only available when FIPS mode is turned on see Enabling FIPS Mode on page 11 18 Only the online CPU can be accessed when SecurlD is enabled Only a Superuser Crypto Officer can change the security modes The Broadmore is shipped from the factory with SecurID turned off The security mode can only be changed after successfully logging into the Broadmore while in its current security mode 1 Using the CAMMI Administration Security
227. d Toggle to the desired selection Broadmore 1700 Release 4 6 7 77 Configuration Multi Bit Rate MBR SAM Item Options Comments Operational Mode Synchronous Toggle to the desired selection Asynchronous Terminal Type DTE Toggle to the correct selection Choose the terminal type from DCE the previous Select a Terminal Type menu DTE Line E Note Line E is no longer used or supported DCE Line E Data Polarity Normal Inverted Toggle to the desired selection input and output This option inverts complements the ones and zeros in the data Clock Polarity Normal Inverted Toggle to the desired selection input and output This option changes the phase of the clock signal with respect to the data Clock Polarity and Transmit Timing apply to Synchronous mode and are ignored for Asynchronous mode Network Timing Synchronous Synchronous uses the network as a common timing source for Recovery input or output data Adaptive Adaptive is used for external timing when there is no common timing source Loop Loop uses the clock recovered from the received data as the transmit timing source ST ST Send Transmit is used for timing recovery and is only available in DTE mode Tx Payload Size 1 47 Tx and Rx Payload determine the number of bytes per cell 1 47 It is used to reduce latency in low bit rate connections Tx to Rx Payload must match on each path i e local Rx to distant end Tx must match Same
228. d a second password Password field to confirm Privilege BROWSER The level of user access See User Security OPERATIONS Configuration on page 7 26 SYS ADMIN SUPER USER Broadmore 1700 Release 4 6 11 27 Security Management FIPS Mode Change User ID Item Options Comments Craft Access Enable Disable Access through the serial port on the front of the CPU Remote Access Enable Disable Access through the Ethernet port on the CPU IOM Deleting a User m Tera Term 192 168 200 100 T 4 zig xl File Edit Setup Control Window Help Broadmore Copyright lt c 2004 Carrier Access Corporation System Management Maintenance Diags Help Set System Time Pick User to Delete hange User ID User ID Rules Add SEMEN Change Passwor Williams OPERATIONS Security Modify tatus Window gt Power on configuration saved After you select the user to be deleted a confirmation message appears Select Yes to delete the user or No to exit without making any changes 11 28 Broadmore 1700 Release 4 6 Security Management FIPS Mode Change User ID Modifying a User Tera Term 192 168 200 100 T SI xl File Edit Setup Control Window Help Broadmore Copyright lt 2 2004 Carrier Access Corporation System Management Maintenance Diags Help Set Sustem Time hange User ID User ID Rules Add Change Passwor Delete Modify User Williams Password Privi
229. d ee RE RR dew e Po e 9 11 1 9 12 Security Management Security Features 10 2 Security Guidane ss i cesta eee eb EQ REO ER eed de 10 3 Logpmesln inesse ena Ned hE 10 5 Log in Banner m 2 ote ler eR OPERE Ie Te FE T Ehe 10 6 System 10 7 Network Time 1 10 8 Managing Users and Audit 10 10 User ID RUIS seers ERE 10 10 Change User ID ERO SERA EN SE i 10 11 User Audit Trails so sas RA RATER BERT TER AERES ER 10 13 IP ICMP Messages 10 17 SNMP Mesafesi d Baron 10 18 Shell Commands Non FIPS 10 19 FIPS ek vp eda EE 10 19 Authorized Access to Shell 10 19 FIP OG 2 eur E UA Ee Ue us 10 21 Broadmore 1700 Release 4 6 Table of Contents 1 1 Security Management FIPS Mode Security Features 11 2 Security Guidance RS Rr fn 11 3 Authentication and 1 11 6 Authorized S rv1cess E Ug er x perl me ag 11 7 Key 11 8 Default D
230. d for the attached signal input for example 230 Broadmore 1700 Release 4 6 7 91 Configuration Cell Bearing Interface CBI NIM SAM Table 7 36 CBI Operational Configuration Items Continued Item Options Comments Send Timing Receive Timing DD DCE only Internal Source LL RL Mode Normal Loopback DTE only Crypto Resync Receive Timing Terminal Timing DB DCE only Internal Source Terminal Timing Receive Timing DD DTE Only Send Timing DA Invert Terminal Normal DCE and DTE Timing DB Invert Invert Send Normal This setting controls terminal timing in DCE and Timing Invert receive timing in DTE DCE Ready CC On Off DCE Rx Line On Off Signal Defect DTE Ready CC On Off DCE Rx Line On Off Signal Defect Data Scrambling On Off This setting must match on both ends of the circuit in order to pass traffic Resync ON Time 0 to 60 The Resync ON State duration period can be set from 0 1 to 6 0 seconds in 0 1 second increments or disabled Resync min OFF 0 to 600 The Resync minimum timeout period between resync Time 1 events can be set from 0 to 60 0 seconds in 0 1 second increments or disabled 7 92 Broadmore 1700 Release 4 6 Table 7 37 CBI Diagnostics Configuration Cell Bearing Interface CBI NIM SAM Item Options Comments Enable LL TM On Off Line loopback test mode When in DTE mode sends Loopback a loopback
231. d service interruption Throughout the recovery process specific problems should be corrected following the troubleshooting flowchart see Figure 8 2 The steps in failure recovery are 1 Ensure sufficient stable electrical power is available to both the Broadmore 1700 and the control station Observe successful completion of POST 2 Establish communications from the control station to the Broadmore 1700 Login and view alarm LEDs Correct all hardware problems before proceeding 3 The Broadmore 1700 will automatically load the configuration that was saved for power up PVC and originated SVC connections will be re established to the ATM backbone Far end originated SVCs must be re established from the far end Alternate previous system configurations may be loaded if they were saved This is accomplished following the sequence below Select System Management Select Configuration Files Select the saved file to restore 1 Monitor activity for individual slots and for the ATM connection 5 Verify configuration of the NIM s Validate parameter settings with the ATM switch if in doubt Check the timing options and other parameters Change as necessary to eliminate any errors 6 Verify configuration of the installed SAMs Monitor individual slots 7 Monitor activity for the ATM connection Select individually defined circuits to edit or connect and monitor the respective port Broadmore 1700 Release 4 6 8 27 Main
232. d system A separate ESD ground connection is provided for use with a ground strap when performing maintenance Alarms A four wire terminal block at the rear of the chassis provides form relay contact closure connections for major and minor alarm signals Modules The Broadmore 1700 system architecture is based upon a midplane design allowing modules to be installed from the front and rear of the chassis There are 17 vertical slots as viewed from the front with the cover removed see figure below The Broadmore 1700 is shipped in a minimum usable configuration with a factory installed Alarm Power Module in the right most slot Unused slots are covered with blank panels except the slots for a single NIM SAM and CPU module Broadmore 1700 Release 4 6 1 9 Product Description Modules The Broadmore 1700 chassis can be configured with the following modules e Network Interface Module NIM 1 or 2 must be identical e Service Access Module SAM 1 or more e Central Processing Unit CPU 1 or 2 must be identical e Alarm Power Module APM 1 factory installed e Input Output Module IOM 1 for each NIM SAM and CPU installed in rear panel immediately behind corresponding module in front panel 1 10 Broadmore 1700 Release 4 6 Product Description Module Descriptions Module Descriptions Network Interface Modules OC 12c STM 4c NIM 1 12
233. ddress of the primary network time source Poll Interval Determines how often the Broadmore will request an Time Zone The default is Greenwich Mean Time GMT but you can choose among 24 international time zones Server Port 0 to 32767 Timeout sec 1 to 100 The time to wait for a response from the primary network time source Aux NTP Server The IP address of the auxiliary network time source to IP be used if a request to the primary network time source exceeds the timeout period Aux Server Port 0 to 32767 Aux Timeout sec 1 to 100 The time to wait for a response from the auxiliary 1 hr 8 hr 1 day 1 week GMT or specific zone Broadmore 1700 Release 4 6 network time source update from the NTP source The default is 1 week 10 9 Security Management Managing Users and Audit Trails Managing Users and Audit Trails m User ID Rules 70 10 m Change UserID 10 11 m User Audit Trails 10 13 User ID Rules A SuperUser can set the minimum allowable number of characters in user names and passwords by selecting User ID Rules from the Administration menu From this menu select the Username or Password and enter the required minimum number of characters ae 10 30 3 107 SecureCRT File Broadmore Copyright lt c 2003 Carrier Access Corporation System Management Maintenance Diags Help Set System Tine Change User ID gt ser ID Rules Change Password Security User
234. dependent modules each sufficient to operate the Broadmore 1700 These modules are hot swappable and they may be connected to different sources for an additional degree of redundancy There is no impact to the Broadmore 1700 as long as one or both of the modules is operating normally Broadmore 1700 Release 4 6 7 27 Configuration Module Redundancy Module Redundancy m Protection Definitions 7 28 m NIM Redundancy 7 29 m CPU Redundancy 7 32 Protection Definitions Automatic protection switching APS is performed in accordance with specifications except as noted The following definitions are provided to clarify the terms used in NIM redundancy Item Definition APS Automatic Protection Switching Reverting After redundancy switching the system will switch back to the original primary NIM when repairs are completed Non After redundancy switching the protection NIM will reverting remain the system primary NIM after repairs are completed In this case the repaired NIM becomes the protection NIM This only applies to manual switching 1 1 The signal is continuously bridged to the working and Protection protection equipment so payloads are transmitted identically over both paths The receiving equipment chooses either path The user must set their equipment to bi directional The Broadmore 1700 supports bi directional 1 1 APS for the NIM The Broadmore 1700 does not support uni directional 1 1 APS for
235. dicates that there is no signal being input to the DS3 from the service side LOF Loss of Framing indicates that the framing alignment of the signal coming into the Broadmore 1700 from the ATM side has been lost AIS This alarm indicates that the DS3 port is receiving an Alarm Indication Signal from the attached equipment AIS is a validly framed DS3 signal consisting of a repeated 1010 data pattern Idle An idle alarm means that an idle signal validly framed DS3 signal with a repeated 1100 signal is being detected on the service side RAI The Remote Alarm Indicator also known as a Yellow Alarm is transmitted by setting the X bits to zero In this instance the service side equipment is transmitting the RAI to the DS3 port FEAC Far End Alarm and Control Channel Line Code Violation Excessive F bit Errors This alarm indicates that a long string of zeros is being received by the DS3 port from any attached equipment The Excessive F bit Errors alarm is triggered when the DS3 port receives F bit errors at a rate of 1 x 10 Excessive Parity Errors The Excessive Parity Errors alarm will be triggered when the DS3 port receives parity errors at a rate of 1 x 10 Excessive C bit Errors The Excessive C bit Errors alarm will be triggered when the DS3 port receives C bit errors at a rate of 1 x 10 Excessive FEBE Errors The Excessive FEBE Far End Block Error alarm is triggered when the DS3 port receives FEBEs
236. dicators Bandvidth Utilization Redundancy k Reset To Default k Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Download Manager is used to download new software Instructions are provided with any new software distributed 8 48 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Engineering Analysis Reboot System reboots the CPU and uses the system setting in place prior to the reboot This option is necessary when downloading new software revisions or changing your system s IP address The changes you make to system settings will not take effect until you reboot Save Connection Table will preserve the current connection data in a text file format so that it can be viewed using any standard text editor Broadmore 1700 Release 4 6 8 49 Maintenance and Troubleshooting Summary of Front Panel LEDs Summary of Front Panel LEDs The following table provides descriptions of the front panel LEDs for the Broadmore 1700 Module LED Display LED Color Definition APM Major Alarm Red Major fault for 2 5 seconds None No major alarm Minor Alarm Amber Minor alarm for 2 5 seconds Not Lit No minor alarm Over Temp Red Not supported at this time Not Lit Power Green 48 volts power is present Not Lit No power present Power Fail A B NIM Fault R
237. displays provide alerts by module as summarized in the table on Summary of Front Panel LEDs on page 8 50 Each LED is labeled for identification LEDs are basic three color displays red amber green The basic LED interpretation follows accepted practice of green for normal operation amber for minor alert and red for major alert Error Codes The software system will recognize and return both system and setup errors These error codes provide troubleshooting clues for the user and Customer Service use in solving configuration and system errors If a software error is returned to the display screen follow the procedure below 1 Record the error exactly as it appears on the screen 2 Complete the troubleshooting flow chart in this chapter to isolate and or correct any problem before going to step 3 3 Contact Customer Service for assistance Have the error message and other pertinent information e g system log readily available NOTE The remainder of this chapter is based upon the assumption that there are no system or setup software errors Therefore it is important to clear all such errors before proceeding Redundancy The Broadmore 1700 configuration has redundancy that serves to minimize system downtime Troubleshooting alerts for redundant components are clearly indicated on the LEDs as explained below e Power supply a problem to either module is indicated by LED and log entry The unit can be replaced without i
238. dmore 1700 OC 12c STM 4c interface is configured to BITS and provides a BITS reference clock embedded in the SONET serial stream 4 The Broadmore 1700 OC 12c STM 4c Transmit timing option is set to recovered In effect the Broadmore 1700 OC 12c STM 4c is loop timed off of the associated SONET device Configuring the equipment in this manner allows the DS3 SAM to fallback on a clock derived from the associated SONET equipment s BITS in the event of a BITS clock failure OC 3c STM 1c Choose the slot A or B containing the OC 3c STM 1c to be configured and a screen similar to the one below will appear The table below is a guide to parameter configuration Configure OC 3 NIM Slot B Frame Type SONET Clock Mode On board Timing Source Laser Control Enable Normal Enable All Errors ATM Payload Scramble Mode Both Scrambled Highlight each item and use the space bar to cycle among available choices Use the Esc key to return to the main menu after configuration is complete Broadmore 1700 Release 4 6 7 41 Configuration OC 3c STM 1c Configuration Request Broken Item Options Comment OC 3 Port Mode On line This field is a status indicator and the items displayed are Off line the result of configuration or other actions Test Download Standby Receive Scrambled No Scramble Framing Type SONET SDH is for International ITU applications SONET is for SDH US applications Transmit Timing Recovered
239. dmore 1700 can be named locally A short 10 character name and a long 64 character name are available These two names are independent as chosen by the operator The long name appears at the top of CAMMI screens to provide on screen identification The short name appears as a shell prompt The default long name is a null field and the default short name is Broadmore gt From CAMMI follow the sequence below to enter names Select System Management Select Configure 1 Select System Services Select CAM J Enter the desired long and short names 1 Broadmore 1700 Release 4 6 Configuration Ethernet IP Configuration Ethernet IP Configuration Select Ethernet IP and the screen below appears On initial boot up enter the IP address which will not go into effect until the system is rebooted Use the reset toggle switch on the front of the CPU to reboot the system A Select C WINNT System32 telnet exe Broadmore 1768 Copyright lt c gt 2061 Carrier Access Corporation Maintenance Diags Administration Help Monitor Activit gt Configuration Files Logout Slot CAM Name Configure SUC Configure PUC Configure AALS PU 192 168 192 168 Secondary Subnet 255 255 Secondary Gateway 192 168 ie Window 11 gt TAB or CR or SPACE to edit hilited entry ESC when you re done I y Follow the pull down menu selections to enter t
240. dmore system Priv Key string Key to be used to encrypt SNMP traffic Auth Password string Password to be used for authorizing SNMP user Priv Password string Password to be used to encrypt SNMP traffic Auth None Authentication protocol used SHA 5 Priv None Protocol used to encrypt SNMP data between a AES client and Broadmore SNMP agent DES 3DES Storage Volatile Settings lost without power Non volatile Settings remembered after reboot Permanent Settings can not be deleted Readonly Settings can not be changed Other 12 12 Broadmore 1700 Release 4 6 SNMP Configuration Users User Edit Rules The following table describes which parameters can be modified in a Users table entry Item Edit Allowed User Name No Auth Password No Priv Password No Auth Yes Priv Yes Storage Yes Broadmore 1700 Release 4 6 12 13 SNMP Configuration Groups Groups The VACM model supports the concept of categorizing users into groups A group is a unique pair defined by the parameters User Name and Security Model see table below The screen below shows the four predefined groups 12 14 bm100 HyperTerminal Jog Fie Edt View Transfer Help abl Dg 5 28 E Br or Copyright c 2004 Carrier flccess Corporation Sere Maintenance Diags Administration Help r 1 Group Name User Name Se
241. dress Follow the sequence below and choose Change on the user defined ATM address screen CAUTION AN ADDRESS CHANGE WILL CAUSE SERVICE DISRUPTION Select System Management Select Configuration Select System Services Select ATM Address J A screen displays to enter the ATM address The Media Access Control MAC address is the initial default ATM address Save the new ATM address after entry to update ATM access information This newly saved address will not take effect until the system is rebooted With signaling turned off the ATM address will be displayed as all zeroes For dual CPU systems define the ATM address to keep the same address during a CPU switchover Otherwise an address change will cause service disruption ATM Address List optional The following steps are optional for SVC services and are not used for PVCs The ATM address list provides a convenient way to store frequently called SVC addresses instead of having to enter each address manually when needed To use this optional feature follow the sequence below to display user defined ATM addresses Select System Management Select Configuration Select System Services Select ATM Address List Broadmore 1700 Release 4 6 7 11 Configuration ATM Address List optional This displays the Known ATM Addresses 28 Select C WINNT System32 telnet exe Broadmore 1700 Copyright lt c 2001 Carrier Access Corporation
242. dress of the Broadmore and select SFTP from the Protocol pull down menu NOTE Some secure ftp clients do not allow a colon as the first character The following step works with SecureFX 4 Inthe SFTP logon panel type in the Hostname and Username The Hostname is the IP address of the Broadmore the Username is Broadmore local user name prefixed by a colon for example SYSADMIN 5 Select Keyboard Interactive from the Primary pull down menu in the Authentication panel 6 Click OK The following prompt appears 4 Please enter your SFTP credentials 7 Type in the local Broadmore password and click OK After successfully logging in the SecureFX window appears as shown in the following graphic 11 44 Broadmore 1700 Release 4 6 Security Management FIPS Mode Logging in with SecurID Disabled My Computer i 29 192 168 32 105 Names count 11 Readdir 0030fd70 Status 1 Text End of file Close 0030fd70 Status D Text Success Directory Directory Directory Directory Directory Directory 70597 Application annan aor a 3 23 99 2 4 9 15 99 5 3 7 10 00 7 3 8 22 02 12 1 1 88 12 12 9 99 1 3 6 1 01 5 48 4 I Broadmore 1700 Release 4 6 11 45 Security Management FIPS Mode Logging in with SecurID Enabled Logging in with SecurlD Enabled To log in to RSA SecurID and the Broadmore l 2 11 46 Open
243. e CBI NIM SAM Choose the NIM card slot A or B or SAM card slot C to P containing the Cell Bearing Interface SAM and a screen for port selection appears Select a port to configure and a port configuration screen appears The table below is a guide to parameter configuration Each port on the CBI is configured separately The configurable items shown will vary based upon the physical interface chosen so items from the table may not appear on the screen For Operational Configuration select DTE or DCE CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC 15 SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 NOTE The CBI NIM does not support UNI signaling so be sure to set the UNI Version to Off in the Configuration menu Table 7 36 CBI Operational Configuration Items Item Options Comments Port Name None Enter text to clearly identify the port Port Mode Online Toggle to the correct selection Offline Terminal Type None This field displays as either DTE or DCE and cannot be changed in this menu Choose the terminal type from the previous Select a Terminal Type menu kBits Per Second 56 to 16384 Enter the spee
244. e 1700 Broadmore 1700 Release 4 6 7 19 Configuration LANE Configuration LANE Configuration The Broadmore 1700 supports LANE version 1 and 2 acting as LAN Emulation Client LEC Follow the sequence below to display the LANE configuration screen shown Six fields appear for data entry Explanations are provided for each in the table below Select System Management Select Configure Select System Services Select LANE Configure Bmore HSAM HyperTerminal Joke File Edit View Call Transfer Help Dae 2938 10 30 3 14 Copyright c 2004 Carrier flccess Corporation SER Maintenance Diags Administration Help Monitor Activit gt 1 Configuration Files Logout Slot CAM Name Configure Configure AALS P This ATM Address Ethernet VP Reservation ATM Address List SNMP Configure UNI Version Routes gt Connection Retry Retry Cause Codes General Properties Status Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done m Connected 0 02 40 ANSIW TCP IP LANE Configure LANE Address 200 200 200 2 LANE Subnet Mask 255 255 0 0 LANE Gateway Addr 0 0 0 0 LECS ATM Address 0000000000000000000000000000000000000000 LES ATM Address 0000000000000000000000000000000000000
245. e CPU can be accessed when SecurlD is enabled Only a Superuser Crypto Officer can change the security modes The Broadmore is shipped from the factory with SecurID turned off The security mode can only be changed after successfully logging into the Broadmore while in its current security mode SecurID requires that the Broadmore CPUs be set up for use with a SecurID server Each CPU must be set up one at a time In a redundant system one CPU must be temporarily removed while the other is being set up SecurID requires the following e RSA SecurID server version 5 0 or higher e SSH terminal emulator such as SecureCRT e SFTP software such as SecureFX e Ethernet connection to both CPUs 1 Ifthe Broadmore has two CPUs remove the CPU that is not on line Broadmore 1700 Release 4 6 11 21 Security Management FIPS Mode Enabling SecurID Setting up the first CPU 2 Using an SSH terminal emulator log into the online CPU and ensure that the Broadmore is operating in FIPS mode see Help About Security on page 11 17 If FIPS mode is not enabled follow the procedure in Enabling FIPS Mode on page 11 18 to turn on FIPS mode and then reboot the Broadmore 3 On the SecurID server create an Agent Host for the Broadmore and a sdconf rec file 4 Using SFTP software put the sdconf rec file into the securid directory of the Broadmore s online CPU 5 Using the CAMMI Administration Security menu select SecurID and
246. e SuperUser account with Craft Access The craft password should be stored safely in the NOC When needed the SuperUser can log into the craft port fix things change the password log out and store the new password back in the NOC Broadmore 1700 Release 4 6 10 3 Security Management Security Guidance e System Clock The system clock is used to time stamp all events recorded in the system log and user audit log To set the system clock see System Clock on page 10 7 e User Administration The Broadmore authenticates users by identification and role based access privilege levels and maintains an audit trail activity log Only a SuperUser can assign users and access levels set the minimum number of characters required for user names and passwords user ID rules and clear the system log The security officer must ensure that all users change their passwords periodically in accordance with local security practice 1 It is recommended that passwords be changed at least once every 6 months Users must be instructed to use a random combination of all the usable characters for passwords 2 It is recommended that all users access privileges and role assignments be reviewed periodically or whenever a personnel termination transfer or role change occurs e Audit Trails Audit trails must be enabled for FIPS mode The cryptographic module provides a system log and user audit log The audit log audit txt records user acti
247. e is the screen shown on the next page clifsys gt cli sys config gt cli sys config slot gt cl sys config slot c cl sys config slot c portl cl sys config slot c portl configoperation Each parameter be revised For example to change the port name to DS3Port you would enter Port name 1053 port Broadmore 1700 Release 4 6 9 9 Command Line Interface Port Configuration 9 10 Then type show and press Enter to see that the change has taken effect Telnet 192 42 137 153 Mm Tx Connect Edit Terminal Help r General Comnmands up clear quit help cancel save show Level Commands Port Nare Framing Clock Mode Network RAI Service RAI cli sys config slot c port1 conf igoperation gt show Port DS3 Port Port Mode Online Framing C Bit Clock Mode SRTS Network RAI Auto Service RAI Auto cli sys config slot c port1 conf igoperation fj oa 4 3 2 Note that the above general commands have two additional items cancel and save The normal way to leave any screen is to enter up which takes you to the previous command level However this is not allowed on this screen because configuration data has been altered This data must be either discarded cancel or retained save before proceeding The command cardstatus will display a list of all Broadmore 1700 slots with the module installed Cardstatus is available when you are in either of the following command levels
248. e made any changes to the Community information the system will ask you for confirmation on whether you want to accept the changes or not 12 26 Broadmore 1700 Release 4 6 SNMP Configuration Communities The following table describes the selections Item Options Comments Community Name string SNMPv1 SNMPv2 Community Name 1 to 30 characters The Community Name is used with the User Name and Tag Name to determine get set and trap access Index string The Index permits the table to specify the same actual string multiple times A particular Index must be unique User Name string Value for User Name 1 to 30 characters Tag Name string Value for Tag Name 1 to 30 characters Must be same as in Notify table if this community will be used in notifications Leave empty if used only for get and set access Storage Volatile Settings lost without power Non volatile Settings can be changed Permanent Settings can not be deleted Readonly Settings can not be changed Other There are several ways to set up communities so automatically setting all of them up will unnecessarily limit the customer s flexibility Example 1 Use the same public string for every get set trap e Create a user vl v2GetSetUser with all the get set privilege you desire using the appropriate view user group and access table entries In this case the access record would have both the read and write views fill
249. e maintain e about General commands are e up e clear e quit e help The level commands correspond with the CAMMI main menu except for the administrative function which is not implemented in CLI Broadmore 1700 Release 4 6 9 3 Command Line Interface Creating and Running Scripts Creating and Running Scripts To reduce the time required to configure one or more Broadmores you can script a series of CLI commands that can be saved to a file uploaded to the Broadmore and executed as needed You can use a text editor or a terminal emulation program to create a script file For example using a terminal emulator such as Symantec Procomm you can perform the following steps to create a script and save it to a file Select Tools 1 Select Scripts 1 Select Start Recorder 1 Enter the apppropriate sequence of CLI commands Select Stop Recorder Save the script as filename of choice A script file must meet the following requirements e Each command must begin on a new line e Comments or unused configuration settings must begin with a semicolon When the Broadmore s script interpreter encounters a semicolon all remaining text on the line is ignored e The file must be named as follows filename scp 9 4 Broadmore 1700 Release 4 6 Command Line Interface Creating and Running Scripts To upload and run a script file 1 Login to the Broadmore using FTP or SFTP See FTP Login on page 10
250. eactivate Activate Deactivate Comment BERT test can only be performed when the port is configured for C bit parity framing Causes the port to generate a 2e pseudo random test pattern to the ATM network Same as network BERT test except it goes to the service equipment These tests can be monitored from CAMMI following the selection sequence system management gt monitor activity slot statistics 053 SAM Port gt Port Counters Network AIS Service AIS Activate Deactivate Activate Deactivate Sends Alarm Indication Signal to the network when activated Sends Alarm Indication Signal to the connected local service equipment when activated Loopback Broadmore 1700 Release 4 6 Normal Local Remote Normal is no loopback Local sets a service side loopback DS3 on the port Remote sets a network side loopback ATM on the port See loopback diagram on page 8 26 7 73 Configuration Unstructured E3 3 SAM Table 7 26 Unstructured E3 3 SAM Alarm Configuration Network Alarms Options Service Alarms Cell Starvation Ignore Major Minor LOS LOF Ignore Major Minor LOF AIS Ignore Major Minor AIS RDI Ignore Major Minor RDI Sequence Errors Ignore Major Minor Line Code Violation Excessive SNP Errors Ignore Major Minor Excessive F bit Errors Excessive F bit Errors Ignore Major Minor Excessive Parity Errors Excessive Parity Errors Ignore Majo
251. ease 4 6 Security Management FIPS Mode In this Chapter Security Features 11 2 Security Guidance 11 3 Authentication and Identification 11 6 Authorized Services 11 7 Key Management 11 8 Logging In 11 9 Log in Banner 71 13 System Clock 11 14 Network Time Protocol 11 15 Changing Security Modes 11 17 User Administration and Audit Trails 11 26 Shell Commands FIPS Mode 11 34 SFTP Login 11 43 SecurID Features 11 49 Residual Data and Memory Volatility 11 50 Security Management FIPS Mode Security Features Security Features This release of the Broadmore includes the Broadmore SSHield Management Module which is a FIPS 140 2 validated software only module that meets the security requirements of Federal Information Processing Standard PUB 140 2 The Broadmore SSHield Management Module enables the secure operation and control of the Broadmore s ATM configuration parameters via a command line interface CLI or menu based interface CAMMI TeamF1 s SSHield provides security by means of the SSH IETF SECSH protocol to ensure that network connections are secure A detailed description of the Broadmore security features are provided in the Broadmore SSHield Management Module Version 4 0 Security Policy available at the following web sites e Attp www carrieraccess com support under Broadmore documents e Attp csrc nist gov
252. ech support carrieraccess com PREFACE Compliance FCC Requirements Part 15 This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the Federal Communications Rules These limits are designed to provide reasonable protection against harmful interference when equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at the user s own expense WARNING To FCC Part 15 CLASS A RADIATED EMISSIONS REQUIREMENTS YOU MUST FOLLOW SPECIFIC INSTALLATION REQUIREMENTS GIVEN FOR EACH MODULE USED IN THIS CHASSIS WHICH ARE PROVIDED IN THE MODULE INSTALLATION SECTION FOR MORE INFORMATION ABOUT INSTALLING CABLES ACCORDING TO FCC PART 15 CLASS A FOLLOW THE INSTRUCTIONS IN Cabling and Compliance Requirements on page 6 4 Common Criteria Evaluation and Validation Scheme CCEVS issued Validation Report number CCEVS VR 06 0039 26 June 2006 for EAL ATAN 3 Conformance for the Carrier Access Broadmore 500 1700 and 1750 Release 4 1 1 This report is maintained on the NIAP Validated Products List VPL at http niap bahialab com cc s
253. ect the cables to the IOM Replace the chassis rear cover Return the defective IOM for repair Contact Customer Service for an RMA number and procedures Broadmore 1700 Release 4 6 Maintenance and Troubleshooting CPU Replacement CPU Replacement CAUTION WHEN INSTALLING A REPLACEMENT CPU IN A REDUNDANT CPU SYSTEM DO NOT REBOOT OR POWER DOWN THE SYSTEM BEFORE CPU SYNCHRONIZATION IS COMPLETE AS INDICATED BY A SOLID STATUS LIGHT NOTE Each CPU card has a battery that should be replaced periodically See Appendix B Spare Parts List for part number information There are no field repairable items on the CPU card In a single CPU system there will be a disruption of system control and administration during card replacement In a redundant CPU system user PVCs through the ATM network remain intact during replacement of a CPU In a single CPU system the CPU will reboot and all PVC service is interrupted Follow the steps below to replace a CPU Card 1 2 3 Ensure that you have a replacement module Remove the chassis front cover Loosen retaining screws at the top and bottom of the CPU card to be replaced The Broadmore 1700 retains power the CPU card may be removed replaced without service disruption to other modules Use the installed ejectors to unseat the CPU card from the midplane This is done by simultaneously pushing up on the top ejector and down on the bottom ejector Remove the defective CPU card by pulling i
254. ections Tx to Rx Payload must match on each path i e local Rx to distant end Tx must match Same for local Tx to distant end Rx The two values may be asymmetrical Rx Payload Size 1 47 see Tx Payload size comments above Transmit Cells Cell Loss Alarm Enable Disable Enable Disable CTS DCE On Off Loop Auto DTE On Ignore Loop connects RTS to CTS RTS DCE Honor Ignore DTE On Off Loop Auto Honor sets an alarm DSR DCE On Off Loop DTE On Ignore Loop connects DSR to DTR Broadmore 1700 Release 4 6 7 79 Configuration Multi Bit Rate MBR SAM Item Options Comments DTR DCE Honor Honor sets an alarm Ignore DTE On Off Loop Auto RI On Set by the DCE end of the connection Ignored by DTE end of Off connection DCD On Set by the DCE end of the connection Ignored by DTE end of Off connection Req DCE Normal Appears on DTE configuration only not on DCE port Loopback Loop configuration Line Loopback Normal Loop Surpress Cells on Yes LOS No Low CTS on Cell Yes This option only functions when the CTS above is set to Auto Starvation No 7 80 Broadmore 1700 Release 4 6 Configuration High Bit Rate HBR SAM High Bit Rate HBR SAM Choose the slot C to P containing the High Bit Rate SAM to be configured and a screen for port selection appears Select a port to configure and a port configura
255. ed JMP1 JMP2 JMP3 and JMP4 The following settings are available JMP3 JMP4 in default 100 ohms JMP1 JMP2 JMP3 JMP4in 75 ohms All jumpers out No termination BITS input is provided to the RJ48C BITS connector on the corresponding NIM IOM see BITS Interface Connections on page 6 7 NOTE 3 or OC 12 053 NIMs go in slots A and B Both optical NIMs must be identical The NIM in slot B is the Working unit and the NIM in slot A is the Protection unit When a CBI or HSSI is used as a NIM it goes in slot B and slot A remains empty because redundancy is not supported 2 Place the Working NIM in slot B from the front so that it slides smoothly in the top and bottom card guides and the card connector aligns with the midplane connector Broadmore 1700 Release 4 6 5 9 Module and Fan Installation SAM Installation Firmly press the NIM into the chassis until the connectors seat against each other completely Use pressure simultaneously at the top and bottom of the NIM to ensure a proper fit to the midplane 4 Secure the screws on the top and bottom of the module being careful not to over tighten 5 For redundant NIMs repeat this process to install the Protection NIM in slot A SAM Installation 1 Place a SAM in the desired slot C through P from the front of the chassis so that it slides smoothly in the top and bottom card guides and the card connector aligns with the midplane connector Note The
256. ed Major alarm detected for 2 5 seconds Amber Minor alarm detected for 2 5 seconds Green Normal no fault condition On Line Red flashing NIM failed POST not ready Amber NIM passed POST and in standby Green NIM is online normal LOS Red Loss of Signal Green Acceptable optical receive power for 10 seconds SAM Fault Red Major alarm detected for 2 5 seconds Amber Minor alarm detected for 2 5 seconds Green Normal no fault condition Not Lit Out of service Omie SAMfaildPOST notready Amber offline or standby Green Normal no fault condition Alarm Red Major 8 50 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Summary of Front Panel LEDs Module LED Display LED Color Definition Amber Minor Green Normal enabled Not Lit Out of service CPU Master Green online as master Amber Standby On line Activity Amber Normal activity Broadmore 1700 Release 4 6 8 51 Maintenance and Troubleshooting Summary of Front Panel LEDs 8 52 Broadmore 1700 Release 4 6 CHAPTER Command Line Interface In this Chapter a CLI Access 9 2 a Creating and Running Scripts 9 4 a Port Configuration 9 9 Monitor 9 11 m About Command 9 12 Command Line Interface CLI Access CLI Access The Command Line Interface CLI provides much the same functional control of the Broadmore 1700 as the CAMMI program CLI commands are entered as text The command prompt di
257. ed in e Createacommunity name public with index and an empty Tag and specify the user v1v2GetSetUser e Create acommunity name public with index Trap and tag Trap Specify the predefined user v12TrapsUser Broadmore 1700 Release 4 6 12 27 SNMP Configuration Communities Example 2 Use a different string for set e Create a user vlv2SetUser with all the set privilege you desire using the view user group and access tables e Create acommunity name private with index Set and no tag Specify the user v v2SetUser e Create acommunity name public with index Trap and tag Trap Specify the predefined user v12TrapsUser e Create a community name public with index Get and no tag Specify the predefined user v12Getuser In fact you can create as many get and or set community strings as you desire provided that they map back to users with the privileges you desire and they all have arbitrarily unique index fields For example if you wished to have three different get community strings you might use the index values Get2 Get3 12 28 Broadmore 1700 Release 4 6 SNMP Configuration Trap Configuration Trap Configuration Trap Detection Overview 72 29 Trap Management Overview 12 30 Table Usage 12 33 Targets 2 34 Target Parameters 2 36 Notifications 2 38 Notify Filters 12 4
258. efused Framing C bit M13 Unframed C bit is a framing mode using DS2 stuff bits associated with M23 multiplexing for other purposes such as Far End Alarm Control FEAC Channel M13 is a mode that maps 28 0515 directly into the 053 The DS1s do not exist independently as is the case when M23 multiplexing is used Unframed requires a 44 736 Mbps input Clock Mode SRTS Adaptive Network BITS Loop NOTE SRTS is a proprietary timing algorithm and may ONLY be used with specific written prior permission from Carrier Access Corporation Additional license fees may apply SRTS This method measures the Service Clock input frequency against a network wide ATM synchronization clock and sends the difference signals in the AALI header to the destination Broadmore 1700 circuit emulation interface The different signals are then combined with the network wide ATM synchronization clock to re create the input service clock If more than one ATM clock synchronization is present in the network an alternate timing recovery method must be selected For this method to work the ATM network must be synchronized to a single network wide clock source User equipment should be configured to internal clock Adaptive Timing This technique maintains a pre defined fill level in the Circuit Emulation Re assembly buffer to control the timing output to user equipment This method of timing recovery does not require a Synchronous ATM network and i
259. elease 4 6 Preface Warranty Carrier Access warrants to BUYER that Product Hardware will be free from substantial defect in material and workmanship under normal use in accordance with its Documentation and given proper installation and maintenance for period of one year from the date of shipment by Carrier Access Carrier Access warrants that the Licensed Software when used as permitted under its License Terms and in accordance with the instructions and configurations described in the Documentation including use on Carrier Access product or a computer hardware and operating system platform supported by Carrier Access will operate substantially as described in the Documentation for a period of ninety 90 days after date of shipment of the Licensed Software to BUYER This warranty shall not apply to Products or Software that have been either resold or transferred from BUYER to any other party Any such transfer voids the above warranty and related licenses Carrier Access offers expanded product care beyond what is covered by the warranty through different support plans The plans are designed to maximize network availability through advance replacement for defective equipment Please contact your Carrier Access representative for support program details Warranty Procedure BUYER must promptly notify Carrier Access of any defect in the Product or Software and comply with Carrier Access return repair policy and procedures Carrier Access or
260. em software CPU modules memory modules and storage media should be handled in accordance with applicable security procedures e Initial Login The Broadmore is shipped with a default username and password for logging in the first time A SuperUser should log in the first time to configure the Broadmore for secure operation For maximum security perform the following steps 1 configure IP access via ethernet LANE or CIP 2 create a temporary SuperUser account 4 delete the public SYSADMIN account and log out 5 after logging in securely you can safely create user accounts and configure the Broadmore for secure operation e Security Modes The Broadmore is shipped with security turned off Only a SuperUser can change the FIPS and SecurID modes If these security modes are required see next chapter e Potential Security Vulnerabilities 1 The Broadmore accepts loose source routed IP packets so it is recommended that source routed packets be dropped on routers and firewalls See manufacturer s instructions 2 The Broadmore RS 232 COM 1 serial port used for Craft Access does not immediately terminate a management session if a user disconnects without typing exit During the following timeout period another user can connect without logging into the RS 232 port and other users are denied access through the ethernet port It is recommended that all accounts be created with Remote Access only except for one failsaf
261. engths can be optimized by equipment placement Management e User equipment interface cable connections are made to the input output modules at the rear of Broadmore chassis e ATM interface connections is via fiber cable to the network interface modules at the front of Broadmore chassis e Access and cable strain relief tie down points are provided e Chassis front and rear cover removal is required 2 28 Broadmore 1700 Release 4 6 Planning and Ordering Guide Ordering Guide Ordering Guide Contact Information 2 29 Broadmore 1700 Chassis 2 29 Broadmore 1700 Options and Spares 2 30 Network Interface Module NIM Options 2 3 Service Access Module SAM Options 2 34 Contact Information Inside Sales Direct 800 365 2593 Fax 303 218 5680 E mail inside sales carrieraccess com Products and Solutions www carrieraccess com Broadmore 1700 Chassis Each Broadmore 1700 chassis comes equipped with one CPU and IOM one APM and IOM Dual 48VDC Power Inputs and a Fan Tray The following items are also included CD ROM with Users Guide and Software Grounding Strap Console Cable Combination 19 23 Rack Mount and one year warranty Item Part No Broadmore 1700 Chassis 48 VDC 7665 1700 Broadmore 1700 Release 4 6 2 29 Planning and Ordering Guide Broadmore 1700 Options and Spares Broadmore 1700 Options and Spares The following items are optional and are not required for basic opera
262. eplacement or service and the same must be shipped pre paid by BUYER Requests for warranty services and troubleshooting must be made to and will be provided by the Carrier Access Customer Support Center via telephone during the warranty period and during normal business hours Normal business hours for Carrier Access Customer Support Center are 7 00 a m to 6 00 p m Mountain Standard Time Monday through Friday excluding weekends and standard Carrier Access recognized holidays Limitation of Warranty amp Limitation of Remedies Correction of defects by repair replacement or service will be at Carrier Access s option and constitute Carrier Access sole obligation and BUYER s sole and exclusive remedy under the limited warranty Any such error correction or replacement provided to BUYER does not extend the original warranty period for hardware or software respectively Carrier Access assumes no warranty or other liability with respect to defects in the Product or Software caused by a modification repair storage installation operation or maintenance of the Product or Software by anyone other than Carrier Access or its agent or as authorized and in accordance with the Carrier Access Documentation or Broadmore 1700 Release 4 6 Preface b the negligent unlawful or other improper use or storage of the Product or Software including its use with incompatible equipment or software or c fire explosion power failures acts
263. er choices X bits 0 set the X bits to either 1 or 0 Table 7 9 Unstructured DS3 SAM Diagnostics Configuration Item Options Comments Automatic FEAC Alarms Activate Deactivate Activates or deactivates Far End Alarm and Control Channel FEAC alarms FEAC alarms can only be active when the port is configured for C bit parity framing Activate to detect and transmit RAI as applicable and detect FEAC channel activate deactivate commands Network FEAC Loopback Service FEAC Loopback Activate Deactivate Activate Deactivate Activate sends a FEAC command to the far end network equipment to go into network loopback Deactivate sends a FEAC command to go out of network loopback Only active when port is configured for C bit parity The receive code generated is DS3 Out of Frame 0000000 Activate sends a FEAC command to the far end service equipment to go into service loopback Deactivate sends a FEAC command to go out of service loopback Only active when port is configured for C bit parity Network BERT Test Service BERT Test Activate Deactivate Activate Deactivate BERT test can only be performed when the port is configured for C bit parity framing Causes the port to generate a 2e pseudo random test pattern to the ATM network Same as network BERT test except it goes to the service equipment These tests can be monitored from CAMMI following the selection sequence system management
264. er logging in with FTP navigate to the cam directory and locate the audit txt and audit_o txt files System Log The system log file sys log is a circular file that contains a recent history of system users events and alarms Old records are overwritten by new records The log file identifies the currently active CPU and any user currently logged into the Broadmore All users can use the CAMMI interface to view those system events permitted by their access role see Maintenance Diagnostics on page 8 46 Only a SuperUser can copy or delete the sys log file After logging in using an FTP client navigate to the cam directory and locate the sys log file The system log can be deleted and archived in much the same way as the audit log files For example the SuperUser can delete the sys log file by using the del shell command as in the following example cam J del sys log Rather than using FTP a SuperUser can also display or delete the system log through the Command Line Interface Broadmore 1700 Release 4 6 10 15 Security Management User Audit Trails To display the system log log into the Broadmore and enter the following commands at the Broadmore prompt cli J maintain systemlog showi You can then navigate through the system log by following the instructions appearing at the bottom of the window To delete the system log enter clearlog instead of showi 10 16 Broadmore 1700 Release 4 6
265. erial interfaces with LVDS signal type J1 is the input and J2 is the output The connectors are Combo D female The Broadmore 1700 uses the following signal connections Signal Name Data Rates bps Connector Input Output 1 Connect the HSAM cable connector to the desired IOM port 2 Connect the HSAM cable connector to the user equipment IOM DS3 SAM 7660 442 6 16 Broadmore 1700 Release 4 6 Electrical Installation Serial Mux Demux IOM Connections Serial Mux Demux IOM Connections The Serial Mux SAM and Serial Demux SAM both use the MBR IOM which provides four serial interfaces labeled 1 to 4 Different cable adapters support Serial Mux IOM and Serial Demux IOM applications These adapters combine the four serial interfaces into one DB37 connector The following cable adapters are available e 7660 525 Serial Mux RS 422A Cable Adapter DB37 DTE 6 ft e 7660 526 Serial De Mux RS 422A Cable Adapter DB37 DCE 6 ft 1 Determine if the MBR IOM is being used with a Serial Mux SAM or Serial Demux SAM and obtain the appropriate cable adapter 2 Connectthe four HDB26 high density cable connectors labeled P1 to P4 to the corresponding four IOM ports labeled 1 to 4 3 Connect other end of cable adapter to the user equipment Broadmore 1700 Release 4 6 6 17 Electrical Installation Cell Bearing Interface CBI IOM Connections Cell Bearing Interface CBI Connections This IOM has
266. ersion of software contains zeroize commands that reformats the flash memory and destroys all stored configuration and sensitive data It also contains a start up routine that verifies that no surreptitious software has been loaded See the Broadmore SSHield Management Module Security Policy for more information The Broadmore also has a limited amount of cell buffering implemented via random access memory RAM This memory implementation is entirely volatile and will be immediately lost upon power down Data that has been buffered in the Broadmore RAM cannot be recovered under any circumstances after power down Broadmore 1700 Release 4 6 Network Interfaces Security Management FIPS Mode Network Interfaces Network Interface Modules NIMs are installed in the Broadmore ATM Multiplexer and provide an interface to the ATM network Each NIM contains non volatile flash memory for storing run time code These chips are not physically accessible from the ATM data path and thus cannot store data that passes through the Broadmore Sanitation Procedures The following table summarizes procedures for all Broadmore modules when removing them from authorized areas to open areas Product Release Product Type Sanitation Procedure Release 3 8 and earlier Broadmore Unit Power Off for 24 hours Remove flash memory from CPU Network Interface Power Off for 24 hours Modules CPU Power Off for 24 hours Remove flash
267. ervice There is no on off power switch since the system is designed to remain on at all times Simply apply power 2 Observe the LED indicators to ensure that the system is operating properly See Summary of Front Panel LEDs on page 8 50 Power on diagnostics take approximately 30 seconds after which the LEDs indicate the operational condition Refer to Chapter 5 Maintenance and Troubleshooting if any problems arise The rest of this chapter assumes normal operation User Interface Requirements Communicate with the CPU to complete configuration actions in one of several ways An RS 232 serial connection is provided on the front of the CPU card via the CPU IOM card will be a future release This serial connection requires a VT100 compatible emulating software package running on the PC NOTE we do not recommend using Microsoft Hyperterm due to unsatisfactory terminal emulation Broadmore 1700 Release 4 6 7 3 Configuration User Interface Requirements Remote execution can be accomplished via a Telnet client application configured as a VT100 terminal An SNMP connection can be established via Ethernet to the CPU IOM via CIP RFC 1577 or via LANE NOTE Broadmore system with redundant CPUs the primary address is used to log into the online CPU and the secondary IP address is used to log into the standby CPU CAMMII is used throughout this manual The CLI Chapter 9 supports the same command set as CAMMI however
268. es HSAM to use lines I and Q Max SVC 274176 Sets the bandwidth used by an SVC in the switch This has Bandwidth KHz 137088 nothing to do with selecting data lines or cellbuses This only 47850 affects an SVC selection If you are not using SVCs this 10000 selection has no effect 200 7 84 Broadmore 1700 Release 4 6 Configuration High Speed SAM HSAM From the menu select Alarms Configuration and the configuration screen appears Telnet 10 30 3 108 xi Broadmore Copyright lt c 2004 Carrier Access Corporation Maintenance Diags Administration Help Monitor Activit gt r Configuration Fil HSAM SAM Slot D Alarms Logout I CELL LOSS Ignore 0 CELL LOSS Ignore Opera Diagnostics gt Alarms Configuration gt Status Window b or CR or SPACE to edit hilited entry ESC when you re done Table 7 32 HSAM Alarm Configuration Items Item Options Comments ICELL LOSS Ignore Ignore the alarm Major Use as major alarm Minor Use as minor alarm Q CELL LOSS Ignore Ignore the alarm Major Use as major alarm Minor Use as minor alarm Broadmore 1700 Release 4 6 7 85 Configuration High Speed SAM HSAM From the menu select Diagnostics and the configuration screen appears System Management Maintenance Diags Broadmore 1700 Copyright 2004 Carrier Access Corporation Administration Help
269. eter 7 25 Max VP VC The Max VP VC option allows you to set the maximum number of Virtual Paths VPs and corresponding Virtual Channels VCs The maximum number of VCs allowed per VP is based on the number of VPs set Table 7 1 shows the Max VP VC settings and the valid values for VP and VC numbering Configuration General Properties Table 7 1 Settings for Max VP VC and Valid Values for VP VC Numbering VC numbering must start at 32 if the VP number is 0 For the ATM DS3 CBI and HSSI CBI modules the VP number must be 0 1 is invalid Broadmore 1700 Release 4 6 Max VP VC Maximum Valid Values Maximum Valid Values Setting Number of for VP Number of for VC VPs Allowed Numbering VCs Allowed Numbering 2 65536 1 or 1 65 535 1 65535 4 32768 4 0 3 32 767 1 32767 8 16384 8 0 7 16 383 1 16383 16 8192 16 0 15 8 191 1 8191 32 4096 32 0 31 4 095 1 4095 default 64 2048 64 0 63 2 047 1 2047 128 1024 128 0 127 1 023 1 1023 256 512 256 0 255 511 1 511 7 23 Configuration General Properties To set Max VP VC follow the sequence below and make the appropriate choice from the screen shown Select System Management Select Configuration Select System Services Select General Properties 1 Select Max VP VC of Select C WINNT System32 telnet exe Broadmore 1766 Copyright lt c 2001 Carrier Access Corporation LMA Maintenance Diags Administ
270. eter Enable roadmore User audit files record the following information for each user action e date e time e online CPU Q or R or standby CPU q or r e username e event type e short description of the event Once the audit txt file is full the file is automatically closed the name is changed Broadmore 1700 Release 4 6 11 31 Security Management FIPS Mode User Audit Trails to audit_o txt in case a SuperUser wants to access the old file via SecureFX in SFTP mode A new file is then opened named audit txt and new data is written to that file Deleting Audit Trails A user can delete the contents of the system log by using the CAMMI Maintenance Diags View System Log Delete command or the corresponding CLI command However this only deletes the events that can be viewed by their access level Archiving Audit Trails A SuperUser can archive the audit txt and audit_o txt files using an SSH2 FTP client such as SecureFX to copy the files to another computer or storage device After logging in with SecureFX navigate to the cam directory and locate the audit txt and audit_o txt files System Log 11 32 The system log file sys log is a circular file that contains a recent history of system users events and alarms Old records are overwritten by new records The log file identifies the currently active CPU and any user currently logged into the Broadmore All users can use the CAMMI interface to view those system e
271. eting a Network Route The following example deletes a network route on the Broadmore Broadmore route6 delete net dst 3ffe 0 0 14 gateway 3ffe 0 0 13 4 prefixlen 64 Broadmore 1700 Release 4 6 G 7 IPv6 Support Deleting a Network Route Broadmore 1700 Release 4 6 APPENDIX Broadmore Command List In this Appendix Commands Available at the Command Prompt a Commands Available at the CLI Prompt Broadmore Command List Commands Available at the Command Prompt Commands Available at the Command Prompt The commands listed below are available immediately after you log into the Broadmore Type help at the command prompt to view the list of commands You can also type help command to obtain help on any of the listed commands arp cammi cat cd chargen6tcp chargen6udp cli cmp comp copy cp daytime6tcp daytime6udp del dir du echo fipsmode head help icmp6StatsShow ifconf ifconf6 in6AddrShow ip6StatsShow Is mbStatsShow md netStackUdpStatsShow netstat ping ping6 prefixListShow pwd rd resetSecurID resetSecurIDIp rm rmdir route route6 savert scp selftest setbaud setenv settimeout setwrite showconfig sigmem snmpinit sntpGet sntpShow sshdSessionShow sshdShow tail Broadmore 1700 Release 4 6 mem mkdir move mv nd6Cache netStackTcpPcbShow netStackUdpPcbShow Broadmore Command List Commands Available at the CLI Prompt tc6 timeoutSta
272. everity TrapTag Broadmore 1700 Release 4 6 TargetParms Name char UserName char SecurityModel Security Level MP Model Enabled bool true Storage unspecified Non Vol Name Auth Encyptiontypes Auth Encryptionkeys Storage unspecified Non Vol Name char Index char UserName char TrapTag char Name char SubTreeOID Storage unspecified non vol Name char ReadView char WriteView char NotifyView char SecurityModel SecurityLevel Storage unspecified Non Vol Name char UserName char SecurityModel Storage unspecified Non Vol Enabled bool true Storage unspecified Non Vol 12 31 SNMP Configuration Trap Management Overview The sequence of events in using these tables is as follows 1 2 An event occurs and the Notification Originator goes to work The Notification Originator uses the notify table to identify possible targets to which to send a message These are only possible targets because there may be notification filters setup to identify a subset of these possible targets that will be sent the message If no filters are set up that is no entry is in the snmpNotifyFilterProfileTable corresponding to this target the Notification Originator can create and send the PDU s The process is then done If filters are on but the Notification Originator cannot find an entr
273. feet This value determines the signal strength RxLevel DSX DSX selects DS3 digital cross connect levels Monitor Monitor selects test set monitor levels Mapping Direct Direct is Direct Cell Mapping PLCP PLCP is Physical Layer Convergence Protocol Payload Scramble On A technique used to prevent a long string of zeros Both Off ends of a connection must be configured the same for operation Tx Clock Internal Internal sets Tx timing to the Internal System clock Loop Loop derives the Tx clock from the attached DS3 user equipment Table 7 6 ATM DS3 SAM Diagnostics Configuration Item Loopback Options Normal Local Remote Comments Normal is no loopback Local sets a service side loopback DS3 on the port Remote sets a network side loopback ATM on the port Broadmore 1700 Release 4 6 7 47 Configuration DS3 SAM Table 7 7 ATM DS3 SAM Alarm Configuration Item Options Comments ATM Loss HEC Ignore Major Minor Header Error Control ATM Tx FIFO Overflow Ignore Major Minor An internal buffer overflow ATM Rx FIFO Overflow Ignore Major Minor An internal buffer overflow PLCP OOF Ignore Major Minor Out of Frame PLCP Yellow Ignore Major Minor Remote Alarm Indicator RAT DS3 LOS Ignore Major Minor Loss of Signal DS3 OOF Ignore Major Minor Out of Frame DS3 AIS Ignore Major Minor Remote Alarm Indicator RAT DS3 Idle Ignore Maj
274. ffline Slot E Counters Service Errors BPU Errors EXZ Errors F BIT Errors PARITY Errors C BIT Errors FEBE Errors Major Alarm NO Minor Alarm NO Tx Cells 8 Rx Cells 8 Structured DS3 SAM Offline Slot Alarms I FERC filarm Line Code Uiolation XS F BIT Errors RS Parity Errors RS Errors 8S FEBE Errors AIS Cell Starve T AIS Cell Starve 23 AIS Cell Starve d 8 14 Broadmore 1700 Release 4 6 Rx Cells Seq Errors Snp Errors Dropped Cells Lost Cells Overruns Ptr Reframes Ptr Parity Errors Misinserted Cells Underruns Select 051 Tributary Tributary Tributary Tributary Tributary Tributary Tributary Tributary Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards Tx Cells Cond Cells Suppressed Cells Structured 053 SAM Online Slot E 0 UC 32 Rx Cells Seq Errors Snp Errors Dropped Cells Lost Cells Overruns Ptr Reframes Ptr Parity Errors Misinserted Cells Underruns Broadmore 1700 Release 4 6 Tx Cells Cond Cells Suppressed Cells 8 15 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards 8 16 Structured DS3 SAM Offline Slot C Bert test detail SYNC BER count NO 73972 74711 8 980835 8 89911 8 91917 SO hone Seconds Recorded ig BER count 82181 85316 8 65138 8 81501 8 79214 8 86540 PSES 0 F CES 213 F
275. figuration are the three menu options Descriptions of the configurable items are found in the following tables Highlight each item and use the space bar to toggle available options for each Save the configuration after making changes Select a Menu Operational Configuration Diagnostics k gt Alarms Configuration Configure DS3 ATM NIM Slot A Port Name DS3 ATM Port Port Mode Online Framing C Bit Buildout Below 225 ft RxLevel DSK Mapping Direct Payload Scramble Off System Clock DS3 Rx Tx Clock Loop The following tables show the options available for each item separated by operational configuration diagnostics and alarm configuration CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC IS SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 Broadmore 1700 Release 4 6 7 43 Configuration ATM DS3 NIM Table 7 2 ATM DS3 NIM Configuration Items Item Options Comment Port Name A descriptive field to identify the port Port Mode On line This is a status field that can be toggled to online or Off line offline When the port is in offline status it is not ava
276. finger tight only 8 Replace the chassis front cover Return the defective integrated fan alarm module for repair Contact Customer Service for an RMA number and procedures 8 44 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting General Maintenance General Maintenance Fan Filter Cleaning and Replacement 8 45 Maintenance Diagnostics 6 46 Engineering Analysis 8 48 The Broadmore 1700 is designed to provide continuous service with minimal maintenance provided operational conditions remain within specifications Cooling fans are included in the Broadmore 1700 to aid in heat dissipation The fan tray has two air filters one on each fan Complete the fan filter cleaning procedure below on a monthly basis or more often if the filters are excessively dirty It is not necessary to power down the Broadmore 1700 for this routine maintenance Fan Filter Cleaning and Replacement 1 2 3 7 Loosen screws and remove the chassis front cover Loosen screws and remove the fan tray by pulling on the Center handle Remove the fan filters from the bottom of the tray Each filter snaps out of place The filters are re usable Wash them in a mild soapy solution clean thoroughly and dry completely Additional filters may be obtained from the manufacturer Globe Motors part FFM745 or Customer Service Filters may be replaced with new ones Snap the filters back into place Re install the fan tray being c
277. g Interface NIM SAM Module Type Part Number Slot Number Features Description Indicators NIM or SAM depending on slot 7660 020 NIM B Working A empty SAM C thru P Can be used as a NIM or SAM 56 kbps to 52 Mbps in 1 kbps increments The High Speed Serial Interface HSSI Cell Bearing Interface is a synchronous serial interface that can be configured as either a DTE or DCE The HSSI CBI provides the ability to multiplex multiple cell streams PVCs over a single interface Essentially the HSSI CBI is performing a Cell Relay function while maintaining the existing Class of Service for each connection Each HSSI CBI is also capable of supporting multiple VPIs on a per PVC basis A typical application for the HSSI CBI would be to multiplex multiple PVCs over a SATCOM uplink connecting remote ATM networks The HSSI CBI can be used as a Network Interface Module NIM to provide network backbone transport or as a Service Access Module SAM to aggregate multiple synchronous serial links over an ATM network The HSSI CBI supports a BITS interface to ensure that proper network timing is being utilized In addition the HSSI CBI supports Crypto Resync for applications that require encryption FAULT indicates normal no fault major alarm minor alarm or no PVC assigned ON LINE indicates normal standby or not ready Broadmore 1700 Release 4 6 1 35 Product Description High Speed Cell Bearing Interface I
278. ges 11 25 Only a Crypto Officer SuperUser can change the security modes The Broadmore is shipped from the factory with FIPS mode and SecurID turned off The security modes can only be changed after successfully logging into the Broadmore while operating in the current mode configuration see Logging In on page 11 9 Help About Security Any user regardless of security level can use this command Selecting Help About Security from the main menu will display the current FIPS mode setting and the version numbers of the security software included in the Broadmore Tera Term 10 30 3 12 5 xl File Edit Setup Control Window Help Broadmore Copyright lt c 2884 Carrier Access Corporation System Management Maintenance Diags Administration imm r bout fibout Security Security active FIPS mode FIPS Lib Rev 1 SSHield 2 8 8 C 1 0 Built Apr 29 2084 08 09 tatus Window gt Valid keys lt PgUp gt PgDn Up Down Arrows ESC Broadmore 1700 Release 4 6 11 17 Security Management FIPS Mode Enabling FIPS Mode Item Comments FIPS Mode Active Broadmore is in FIPS 140 2 validated operating mode Security inactive Broadmore is not in FIPS approved operating mode non FIPS mode FIPS Lib Rev Version of FIPS Library SSHield Version of SSHield software Built Build date of SSHield software Enabling FIPS Mode Only a Superuser Crypto Officer can
279. gs lost without power Non volatile Settings can be changed Permanent Settings can not be deleted Readonly Settings can not be changed Other 12 42 Broadmore 1700 Release 4 6 Notify Profiles SNMP Configuration Notify Profiles Entries may be completely maintained using the cammi Notification Profiles table which is a direct representation of snmpNotifyFilterProfileTable or via a remote SNMP manager This table allows finer grained control over trap reports Broadmore permits up to 20 entries in this table An empty table is acceptable These settings can only be accessed and changed by a SuperUser bm100 HyperTerminal Edt View Call Transfer Help nz 8 mim M Js Copyri Seek HMaintenance Diags Broadmore ght c 2004 Carrie r flccess Corporation Administration Help Enabled Profile Name Parameter Name New Notify Filter Profiles Entry Paramet Enabled Storage Profile Name ers Name Enabled Non volatile gt TAB or CR or SPACE t o edit hilited entry ESC when you re done Connected 0 07 59 Auto detect Select System Management Select Configuration Select System Services Select SNMP Configure Select Notify Profiles 1 Select one of the following Edit edit the Profile information Copy J to put a copy of the
280. guide to parameter configuration All input channels that are set On will be multiplexed into one VC for transmission over the ATM network Broadmore 17 Copyright lt c 2884 Carrier Corporation Maintenance Diags Administration Help Monitor Activit gt Configure Serial MUX SAM lt Offline gt Slot Configuration Files 5 Logout o Co Port Mode On Lin Co Bits Per Second 1000808 Channel 1 On UP Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 Channel 7 Channel 8 tatus Window CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC IS SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 Broadmore 1700 Release 4 6 7 87 Configuration Serial Mux SAM Configuration Table 7 34 Serial Mux SAM Configuration Items Item Options Comments Port Name None This is a user defined field Enter text to clearly identify the port for your own use Port Mode Online Offline Toggle to the desired selection Online or Offline Bits Per Second Channel 1 to 8 Clock Polarity 100000 3000000 On Off Normal Inverted Enter the speed for the multiplexed signal from 100 kbps to
281. he Broadmore 1700 receives 48 VDC power at the chassis rear from a user provided source Repair replacement of this source is external to the scope of this manual Optionally the Broadmore 1700 may be configured with a dual AC power supply When an AC power source is used the following steps are required to repair replace a power supply module The power supply is usually mounted directly below the Broadmore 1700 The power supply design facilitates module replacement without any wiring or power disruption 1 Ensure that a replacement module is available 2 Identify the problem module by front panel indicator that will not be illuminated and a software alarm will be received at the control station Additionally the integrated fan alarm module front panel will give a no power indication from green to off for the defective module 3 Turn the power switch off for the defective power module Loosen the front panel screws and remove the defective module by pulling it straight out the front Fully insert the replacement module ensuring proper alignment Turn the power switch on and the front panel should display green The power modules are hot swappable This replacement will not impact Broadmore 1700 operation due to the built in redundancy feature 4 Tighten the front panel retainer screws to hold the new module in place 5 Contact Customer Service and return the defective module for repair Broadmore 1700 Release 4 6 8 37 Mainten
282. he Broadmore 1700 s IP address This address is then used for Telnet access to the CAMMI program NOTE In a Broadmore system with redundant CPUs the primary address is used to log into the online CPU and the secondary IP address is used to log into the standby CPU Broadmore 1700 Release 4 6 7 9 Configuration Ethernet IP Configuration NOTE Changes to the following settings only take effect upon system reboot IP Configuration CIP Configuration LANE Configuration Redundancy APS Configuration UNI Version Configuration Cause Code changes ATM Address Changes On initial setup configure all of these items before doing a system reboot Subnet is the mask for the network Subnet and Gateway are assigned by your facility s network administrator Reboot the Broadmore 1700 to have this IP address take effect The entire Broadmore 1700 will reboot with the new IP address Log into the system with a valid user ID and password ID SYSADMIN password INITIAL 1 Enter the IP subnet and gateway addresses obtained from the network administrator These settings take effect when the Broadmore 1700 is rebooted 2 Follow the sequence below to reboot on a single CPU system Select Maintenance Diags Select Reboot System 3 Log into the system and return to the system services configuration screen to continue the process 7 10 Broadmore 1700 Release 4 6 Configuration ATM Address ATM Ad
283. he defect to be downloaded into the affected units by the BUYER or 2 a documented workaround to address the issue Severity 1 issues are failures of the Licensed Software to comply with the Carrier Access software specifications and that completely or severely affect the Carrier Access Product and its traffic or service capacity or maintenance or monitoring capabilities Severity 2 issues are failures of the Licensed Software to comply with the Carrier Access software specifications and that result in a major degradation of the Carrier Access Product so as to impact its system or service performance or significant impairments to network operator control or effectiveness Should a Severity 3 warranty defect with the Licensed Software occur during the 90 day warranty period Carrier Access will provide assistance to Buyer to determine if a solution or workaround will be provided in a subsequent software release following the reported issue Severity 3 issues are defined as failures of the Licensed Software to comply with the Carrier Access software specifications but that do not significantly impair the function or service of the Carrier Access Product or the system Determination of Severity 1 2 or 3 shall be made solely by Carrier Access following receipt of the reported problem Refurbished material may be used to repair or replace the Product BUYER shall bear the risk of loss for Products or Software returned to Carrier Access for repair r
284. he setting for the squelch level permits their severity Only traps with matching set and clear instances become the outstanding trap for squelching These are limited to the traps for card port major and minor alarms Each port will attempt to set a trap when an alarm first trips in the absence of squelching and a matching clear will be sent when that port s alarms dissipate 12 4 Broadmore 1700 Release 4 6 SNMP Configuration SNMP Properties Item Options Comments Trap Time Out 0 3600 Enter Time Out as a value in minutes between 0 and 3600 When a trap triggers it may be squelched if there is an outstanding trap of serious priority The Timeout value guards against an old trap that is no longer relevant preventing any future traps The timeout value guards against an old no longer relevant trap preventing any future traps When the time expires the outstanding trap is discarded Enter Timeout as a value in seconds between 0 and 3600 60 minutes with 1200 20 minutes as a recommended initial value Broadmore 1700 Release 4 6 12 5 SNMP Configuration SNMP Properties 12 6 Example Squelching Traps The system will be delivered from the factory with the squelch level at below current level All individual traps will be enabled with the following severities Critical e Failure reboot e NIM major alarm Major e SAM major ala
285. ie Edt View Cal Transfer Help EN Da 8 mm Br or Copyright c 2004 Carrier flccess Corporation Sees Maintenance Diags Administration Help r 1 View Name Sub Tree OID iso 1 gt lt cr gt popup menu del scroll with arrows lt Connected 0 12 00 Auto detect TCP IP Select System Management Select Configuration Select System Services Select SNMP Configure Select Views 1 Select one of the following Edit J edit the View information Copy J to put a copy of the information into the list Delete delete an existing View New 1 enter a new View Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit Broadmore 1700 Release 4 6 12 17 SNMP Configuration Views Once this menu option is chosen a list of existing groups will be displayed To choose the required action on groups highlight any of the existing entries and press the Enter key The following shows the New View SubTrees Entry screen bm100 HyperTerminal 7589 Fie Edit View Cal Transfer Help nz 5 or Copyright c 2004 Carrier flccess Corporation PACM ANTA Maintenance Diags Administration Help 1 View Name Sub Tree OID iso New View SubTrees Entry Subtree OID 1
286. ilable to make calls and passive SVCs are refused Framing C bit C bit is a framing mode using DS2 stuff bits associated with M23 multiplexing for other purposes such as Far End Alarm Control FEAC Channel M13 is a mode that maps 28 0515 directly into the DS3 The 0515 do not exist independently as is the case when M23 multiplexing is used Buildout Below 225 feet Cable distance from NIM port to attached equipment Above 225 feet This value determines the signal strength RxLevel DSX DSX selects DS3 digital cross connect levels Monitor Monitor selects test set monitor levels Mapping Direct Direct is Direct Cell Mapping PLCP PLCP is Physical Layer Convergence Protocol Payload Scramble On A technique used to prevent a long string of zeros Both Off ends of a connection must be configured the same for operation System Clock Internal Internal sets system clock to internal oscillator DS3 Rx DS3 Rx sets system clock to the received DS3 clock Tx Clock BITS Internal BITS Internal sets Tx timing to the External BITS clock input or to the Internal Stratum 3e clock source Network Loop Network Loop derives the Tx clock from the attached DS3 user equipment Table 7 3 ATM DS3 NIM Diagnostics Configuration Item Options Comments Loopback Normal Normal is no loopback Local Local sets a service side loopback DS3 on the port Remote Remote sets a network side loopback ATM on the port 7 44 Broadmore 1700 Release
287. individual module bandwidths to get the Broadmore 1700 total bandwidth requirement Compare the network bandwidth requirement to the service capacity to ensure network bandwidth is not exceeded Some typical network loading factors are shown below for SAMs in a Broadmore 1700 chassis with OC 3c and OC 12c NIMs For example with an OC 3c NIM each DS1 SAM port has a line loading factor of 1 17 per port If all 8 DS1 SAM ports are used the network loading would be 1 17 per port times 8 ports 9 36 The Broadmore 1700 with OC 3c NIM supports a maximum ATM network loading of 81 DS1 connections 1 17 x 81 94 77 or 61 ports 1 54 x 61 93 94 Similar calculations can be made of an OC 12c NIM but the user must also ensure that the line loading does not exceed the service capacity for each cell bus Broadmore 1700 Release 4 6 2 25 Planning and Ordering Guide ATM Network Loading OC 3c Network Loading Factors SAM ATM Network ATM Service OC 3c Network Incremental Rate Mbps Capacity Mbps Loading per SAM Port DS3 50 45 44 736 33 69 DS1 1 74 1 544 1 17 DS1 1 74 1 544 25 88 38 76 34 368 25 88 1 2 31 2 048 1 54 12 Network Loading Factors SAM ATM Network ATM Service OC 12c Network Incremental Rate Mbps Capacity Mbps Loading per SAM Port DS3 50 45 44 736 8 4 DS1 1 74 1 544 0 29 DS1 1 74 1 544 0 58 38 76 34 368 6 45 1 2 3
288. ing Flowchart Use loopbacks to isolate alarm condition Check following most likely causes correct as necessary equipment cable connectors Yes gt NIM configuration Alarm Clears Yes gt reseat NIM module replace NIM module No v Alarm Internal No Y n istant end puter dd i LOF LOP LOCD check Sync troubleshooting No Alarm Clears Yes gt Alarm Clears No Review Alarm Summary System log call Customer Service with pertinent information Return to Figure 8 5 NIM Major Alarm Troubleshooting Flowchart 8 32 Broadmore 1700 Release 4 6 Use loopbacks to isolate alarm condition Maintenance and Troubleshooting lt Alarm Internal gt Yes Check following most likely causes correct as necessary equipment cable connectors NIM configuration reseat NIM module replace NIM module P Yes No No Contact distant end have them start troubleshooting E Clears EM P af Lu I RDI check alarms at far end and transmitter AlS disable unused service channels or those not provisioned K Pul Alarm Clears gt Yes 4A NA Review Alarm Summary and System log call Customer Service with pertinent information
289. ingle NIM should be inserted in slot B The two slots closest to the APM slot labeled CPU and CPU support the CPU modules Either CPU can operate as the master or redundant protection unit If the system is not configured for CPU redundancy the single CPU can be inserted in either slot Slots C through are for Service Access Modules SAMs SAMs should be installed from left to right starting with slot C so that they will be close to the NIMs Input Output Modules IOMs install from the rear of the chassis directly behind the corresponding front panel modules NOTE For recommended SAM locations see the following configuration guidelines Broadmore 1700 Release 4 6 2 17 Planning and Ordering Guide Cell Bus Configuration Cell Bus Configuration The Broadmore multiplexes user data onto ATM cell buses Depending on the installed NIM and SAMs there can be up to four cell buses designated A C D and E Each cell bus is associated with specific module slots as shown in the following figure 2 18 Broadmore 1700 Release 4 6 Planning and Ordering Guide OC 12c NIM Configuration Guidelines OC 12c NIM Configuration Guidelines An OC 12c NIM can utilize Cell Buses A C D and E Use the following guidelines and recommendations when using OC 12c NIMs e
290. installation SYSADMIN and INITIAL After successfully logging in the Broadmore command prompt displays E 192 168 32 12 Telnet SSH 2 lt vt100 gt 4 Oj Commands Edit Options Help pSOSystem 192 168 32 12 gt Login SYSADMIN Password Copyright lt c gt Integrated Systems Inc 1992 Welcome to pSOSystem gt 11 10 Broadmore 1700 Release 4 6 Security Management FIPS Mode Logging in with SecurID Enabled Logging with SecurlD Enabled The following example uses SecureCRT as the secure client software To log into the RSA SecurID server 1 Open SecureCRT The Quick Connect window opens Quick Connect x Protocol ssh2 Hostname fi 92 168 32 12 2 Use firewall to connect Username admin Authentication Primary Keyboard Interactive Secondary lt None gt Properties Properties Show quick connect on start up Save session Select ssh2 from the Protocol pull down menu 3 Type in the Hostname and Username The Hostname is the IP address of the Broadmore and the Username is the SecurID user name that is configured on the RSA SecurID server with a token assigned to it 4 Select Keyboard Interactive from the Primary pull down menu in the Authentication panel 5 Click Connect Broadmore 1700 Release 4 6 11 11 Security Management FIPS Mode Logging in with SecurID Enabled The Keyb
291. intenance Diags Administration Help r Severity Notify Name Tag Inform Inform Edit Notifications Entry Sa Major Notify Name CBI Nim Major Alarm Major Trap Tag Trap Minor Enabled Enabled Inform Severity Critical Inform Critical 053 ATM Nim Major Major DS3 ATM Nim Minor Alarm Trap Major DS3 ATM Sam Major Alarm Trap Minor DS3 ATM Sam Minor Alarm Trap More gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 09 45 Auto detect TCP IP The following table describes the selections Item Options Comments Notify Name This parameter cannot be changed Trap Tag string The default name is Trap If remote managers are to receive all traps there is no need to modify the Trap Tag Different tag names would be useful if responsibility for trap management was subdivided by trap types such that a specific destination was only responsible for a partial set of traps Enabled Enabled Disabled Enables disables this notification Broadmore 1700 Release 4 6 12 39 SNMP Configuration Notifications Item Options Comments Severity Critical Reboot failure NIM major alarm Major SAM major alarm slot failure Uni up down Minor SAM minor alarm NIM minor alarm Inform Card insert removed NIM switchover CPU switchover restore user reboot 12 4
292. ion Notifications Connection Retry Retry Cause Code General Properti Communities NotifyFilters NotifyProfiles Status Window Connected 0 00 44 Auto detect TCP IP SCROLL CAPS uum Capture Print echo x Isl Select System Management Select Configure 1 Select System Services Select SNMP Configure Select the item you want to configure With each selection confirm your changes and press Esc to exit Broadmore 1700 Release 4 6 SNMP Configuration SNMP Properties SNMP Properties These settings can only be accessed and changed by a SuperUser or SysAdmin SNMP properties allow the user to control SNMP operation NOTE The shell command snmpinit can be used to reinitialize SNMP properties including traps as though from a cold boot SNMP properties will also be mirrored to the standby CPU bm100 HyperTerminal E File Edit View Call Transfer Help Dias 58 lt l l Br ore Copyright c 2004 Carrier flccess Corporation STAR Maintenance Diags Administration Help SNMP Properties SNMP SNMP 01 02 Disable Cli Traps Disable Squelch Level No Squelch Trap Time Out 0 Disable me SNMP Properties et IP Views TM Address Users dress List Groups mur Access er Targets LANE Configure Target Params UNI Version Notifications Status Window gt TA
293. irm your changes and press Esc to exit Broadmore 1700 Release 4 6 12 25 SNMP Configuration Communities NOTE Selecting the Validate command on this table will check each User Name value for existence in the usmUserTable and check each Tag Name for existence in the snmpNotifyTable NOTE So that the Broadmore properly registers with the ATM Switch the Broadmore automatically creates ILMI community with predefined Views Users Groups and Access These properties are read only ILMI Interim Local Management Interface is an independent industry standard used for configuration of ATM interfaces Although it is based on SNMP ILMI communication actually occurs using a transport other than IP that traverses only the physical ATM link ILMI is essential to functions such as ATM auto discovery and LANE LAN Emulation bm100 HyperTerminal HE x File Edit View Call Transfer Help Broadmor Copyright c 2004 Carrier flccess Corporation Maintenance Diags Administration Help 1 Community Name User Name Index v12 PEE New Communities Entry Community Name Index Traps User Name Tag Name Storage Non volatile gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 11 58 Auto detect TCP IP Use the Esc key to exit this menu If you hav
294. it 1 10 Broadmore 1700 Release 4 6 CES 252645 Save 8 11 Change Password 10 11 Changing Security Modes 11 17 CHASSIS 1 8 ACCESS 222222 px 5 5 5 16 Broadmore 1700 2 29 Cover Removal 5 5 Cover Removal Front 5 16 Cover Replacement 5 14 5 17 Grounding 4 7 Installation 4 1 4 4 STATISTICS 5 hace pee HR E 8 2 ois eti SUE ES PHP 7 4 IP Address 7 33 CIP over ATM 7 14 Circuit Aggregation and Backhaul TDM 2 7 Circuit Resiliency Mission Critical 2 14 Circuits 2 9 Clearance Installation 4 3 CLI ACCESS 4er EX E wane aes 9 2 Monitor Commands 9 11 Port Configuration 9 9 pe while pte ey REN 9 4 Clock DSTI EI Nx64 7 68 Mode 7 50 7 57 7 58 7 72 Recovery Interface 7 64 7 66 Recovery Type 7 64 7 66 System 10 7 10 8 11 14 11 15 Communications Custom vns ER ERG EET RS 2 10 Tactical Extension 2 8 Communities SNMP 12 25 Compliance zv iii DISA FCC Requirements iii FIPS 140 2 Validated
295. itigate these issues Squelching traps following a serious outstanding trap to focus attention only on that first fault Enabling or disabling individual traps to match local monitoringpolicies Adjusting individual traps severities works in concert with the squelch setting to control traps volume This severity setting is completely independent from the major minor indication in some of the traps names Trap Management Overview SNMP traps are managed by a Notification Originator a software application that makes decisions based on events and the contents of various SNMP tables If the decision is to send a notification message the Notification Originator assembles the relevant trap information into a Protocol Data Unit PDU and sends the PDU to a network manager at a target address SNMPv3 uses SNMPv2 PDUs and also adds target address tables that tell the Notification Originator which targets should be sent notifications with given Object IDs OIDs in them For example a particular event may cause a linkDown or a warmStart notification You can specify that the inkDown message be sent to a specific entity or a group of entities in the target address table To define targets the Notification Originator application uses the SNMP Notify and target tables The target tables include filter and profile tables that are used to determine if specific notifications should be sent to entities in the target address table
296. ition When to select without regard to framing Boundaries for channel and frame alignment are transparent unchanged at the destination Unstructured This option does not rely a particular data The entire bandwidth including format Bits received at the service interface framing bits is assigned to one from the user equipment are packed into cells Virtual Circuit VC to the ATM service A bit pattern 2 048 or Can be used for PCM 30 or PCM 1 544 Mbps sent in at one end is delivered 31 and SDT is not required detect channel boundaries The selected channels are packed into cells with an additional control byte a Structure Pointer added in some cells The SP indicates to the destination receiver the start of a block of bytes that begins with the lowest channel selected from the Channel Setup menu for a particular PVC Structured No CAS With this option the ATM service interface This ATM service emulates a point must be able to identify group and assign to point fractional T1 E1 circuit each timeslot or group of timeslots a VC The without Channel Associated service interface uses the framing bit to Signaling CAS Broadmore 1700 Release 4 6 7 69 Configuration Nx64 SAM Option Definition When to select Structured CAS This option emulates a point to point With any voice application that fractional E1 Circuit that requires T1 E1 CAS support CAS is required for voice a
297. k gt Forward Link Remote Data Interface LVDS RS 422 EIA 530 HSAM OC 12 ATM Broadmore 1700 MBR ee Broadmore 1700 Release 4 6 ATM Backbone OC 12 ATM HSAM Broadmore 1700 MBR LVDS RS 422 Data Interface RS232 Ethernet Return Link 4 Forward Link 2 13 Planning and Ordering Guide Mission Critical Circuit Resiliency Mission Critical Circuit Resiliency The Broadmore 1700 provides e Carrier class equipment features including fully redundant hot swappable components e Automatic Protection Switching APS Circuit source and destination device protection e Distributed Protection Switching DPS Circuit source destination device edge node and CPE protection Logical and physical redundancy between the switch and access shelf Unprecedented SLA delivery for TDM and Serial link Maximum network availability APS functionality through ATM technology Guaranteed interoperability Simple configuration TDM Side ATM Side ATM Side TDM Side Serial Broadmore Broadmore Serial Device 1700 1700 Device SPVX Group SPVX Group APS Features and Benefits e Two ports are grouped as primary and secondary SPVC ports see figure below Provides access link core and port redundancy for source and or destination devices
298. ke calls and passive SVCs are refused Framing C bit M13 C bit is a framing mode using DS2 stuff bits associated with M13 multiplexing for other purposes such as Far End Alarm Control FEAC Channel M13 is a mode that maps 28 DS1s directly into the DS3 The DS1s do not exist independently as is the case when M23 multiplexing is used Clock Mode Network BITS Clock Loop Synchronous Network This method of clock recovery derives timing from the ATM Network and propagates it to the CE Service Interface The ATM network must be synchronized to a single source clock User equipment should be configured to recover timing from the Broadmore 1700 CE service interface BITS Clock Building Integrated Timing Supply distributes standard timing to equipment within the central office The Broadmore 1700 accepts BITS via either NIM IOM The fallback for the primary BITS clock is the other BITS clock The fallback for no BITS is the internal clock of the NIM Synchronous Loop The Broadmore 1700 CE interface will derive clock from the attached SDS3 user equipment and transmit from the CE interface at that rate The user equipment should be configured for Internal timing if the Broadmore 1700 CE service interface is configured for Synchronous loop Loopback Normal Local Remote Normal Mode is no loopback Local Line Loopback sets a loopback to the service equipment Remote Loopback sets a loopback to the ATM network
299. ke edad RRESG ROG E 2 29 Options los 2 30 Spares veins e REG eee ERES 2 30 Broadmore Power Input Connector 6 23 Broadmore SSHield Management Module 1 5 Bus A TM Bandwidth per Cell 2 22 Configuration 2 18 Index 2 C Cable Individual 2 38 serial Port 53456 2 30 Cable Management 6 3 Cabling and Compliance Requirements 6 4 CAM CONFIG CURRENT 7 3 CONFIG DEFAULTS 7 3 CONFIG User Name 7 3 eke DES Latet qus 7 8 CAMMI Access 7 7 CBI SAM Configuration 7 91 CBI and HSSI NIM Configuration Guidelines 2 22 C bit 7 44 7 47 7 50 7 57 7 58 7 72 CBR Service Type 7 61 7 65 7 67 Signal Format 7 65 CCEMS rA eau iii E EE 8 11 Cell LOSS ast RE ER ERE EE 7 70 Starvation 7 53 7 74 7 75 Cell Bearing Interface CBIIOM Connections 6 18 HSSIIOM Connections 6 19 engenders ese es 1 34 NIM 2225040435020 1 33 1 33 SAM Configuration 7 91 Cell Bus ATM Bandwidth 2 22 Configuration 2 18 Cell Starvation 7 52 Central Processing Un
300. l empty module slots to provide proper cooling when the fan is turned on NIM SAM APM and CPU cards are inserted from the front IOM cards are inserted from the rear All cards align in card guides for ease of installation and removal Each card will have two retaining screws to hold it in place one at the top and one at the bottom These screws must not be used for seating or unseating the cards Each card also has a set of ejectors one on top and one at the bottom These ejectors are used to unseat the card from the midplane connector for card removal NOTE Modules with jumpers are normally configured before installing the modules in the chassis However modules are hot swappable and may be removed at any time to verify or reconfigure the jumpers then reinstalled The following procedures include instructions for setting the jumpers Broadmore 1700 Release 4 6 Module and Fan Installation NIM Installation Install modules in the following order NIM 1 or 2 SAM 1 or more CPU 1 or 2 NIM IOM 1 for each NIM SAM IOM 1 for each SAM CPU IOM 1 for each CPU NOTE The APM and APM IOM are factory installed at the factory NIM Installation 1 Ifa Building Integrated Timing Supply BITS clock will be used an impedance matching adjustment may be required before installing an OC 3 OC 12 or ATM DS3 NIMs BITS impedance matching jumpers are located on the NIM component side below the midplane connectors They are label
301. l Loss LCM RxFIFOovf 1 Port 1 ATM Summary Yellow TxFIFOovf 1 Received Cells 1196882863 Red OOF PtrRef rame Transmitted Cells 1122625732 Line AIS Uncorrected SNP Cells Seconds 11 NOTE The statistics for the E1 Nx64 SAM differ slightly from the DS1 SAM and are not shown Broadmore 1700 Release 4 6 8 5 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards MBR SAM Statistics For the MBR control signals 1 indicates detection and 0 indicates not detected Select System Management Select Monitor Activity lt Select Slot Statistics Select MBR SAM 1 Select Port Select Terminal Type MBR SAM Online Slot B Statistics Tx Cells Rx Cells Error Cells 6 3395873 3395822 Port DIR DSR CTS RIS LL Cell Starvation 1 a 2 f Off 2 1 ALARM 3 ALARM Off Seconds 2 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards HBR SAM Statistics Select System Management Select Monitor Activity lt Select Slot Statistics Select HBR SAM A MBR SAM lt Online gt Slot B Statistics Tx Cells Error Cells 507 6 59 LOS Cell Starvation ALARM ALARM ALARM ALARM Off Off 4 Off Off Seconds 23 Broadmore 1700 Release 4 6 8 7 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards High Speed SAM Statistics For the HSAM control signals 1 indicates detection and
302. l interfaces that can be configured as either DCE or DTE synchronous or asynchronous When used with the Serial Multiplexer and Serial Demultiplexer SAMs the IOM provides eight synchronous serial interfaces two per connector The Mux interface is a DTE and the Demux interface is a DCE Connectors For MBR interfaces the IOM provides four HDB26 high density connectors one per port Cable adapters are available for RS 232 RS 449 EIA 530 and V 35 For Mux and Demux interfaces the IOM provides four HDB26 high density connectors two per port Cable adapters are available for merging the four HDB26 connections into one DTE or DCE DB37 connector see Cable Specifications on page E 1 1 26 Broadmore 1700 Release 4 6 Product Description High Bit Rate SAM High Bit Rate SAM Module Type SAM Part Number 7660 009 Slot Number C thru P le FAULT Features Four Serial Interfaces per card 75 bps to 24 Mbps in 1 bps increments per port SERE Synchronous only i Description The High Bit Rate HBR SAM is a high speed MBR 2 that supports up to four separate data streams The interfaces can be configured as either DCE or DTE synchronous only clock and data only 4 Indicators FAULT normal no fault major alarm minor alarm or no connection ONLINE normal standby or not ready STATUS one LED per port normal enabled major alarm minor alarm or no connection Broadmore 1700 Release
303. larm power module e Rack mountable in 19 in 48 26 cm or 23 in 58 42 cm racks e Dimensions 17 5 in H x 17 25 in W x 15 3 in D 44 45 cm H x 43 82 cm W x 38 86 cm D e Weight 3116 14 1 kg empty 48 lbs 21 8 kg fully loaded Environment e Operating temperature range 50 F to 122 F 10 C to 50 C e Storage temperature range 4 F to 158 F 20 C to 70 C e Relative humidity non condensing range 5 to 80 Broadmore 1700 Release 4 6 A 5 Technical Specifications Broadmore Modules Broadmore Modules A 6 OC 12c and OC 3c Network Interface Modules NIMs SONET SDH OC 12c STM 4c 622 08 Mbps network synchronization SONET SDH OC 3c STM 1c 155 52 Mbps network synchronization Single mode and multi mode options Optical connectors type SC Premise Reach Type multi mode Wavelength 1300 nm Tx Output power greater than or equal to 18 0 dBm Rx sensitivity less than or equal to 28 0 dBm Intermediate Reach Type single mode Wavelength 1300nm Tx Output power greater than or equal to 11 0 dBm Rx sensitivity less than or equal to 28 0 dBm ATM DS3 NIM SAM Supports both SVCs and PVCs 44 736 Mbps B3ZS code Pulse Shape per IAW ANSI T1 404 1994 Loop or Internal timing selectable with external BITS option NIM only ATM Direct Cell Mapping to DS3 per ITU T Recommendation G 804 053 PLCP per ANSI TA TS Y 000772 and TA TS Y 000773 BNC connector access on rear panel IOM
304. le Serial Demultiplexer SAM 7660 042 Module High Speed SAM 7660 045 Module Unstructured E3 SAM 3 Port 7660 110 Module OC 12 STM 4 NWK INTFC IR FC 7660 114 Module OC 12 STM 4 IR SC 7660 116 Module OC 3 STM 1c SM IR SC 7660 117 Module OC 3 STM 1c MM IR SC 7660 206 Module CPU with FIPS Ethernet and SAR 7660 403 Module DS3 SAM IOM 3 Port 7660 404 Module DS1 SAM IOM 8 RJ48 Connectors 7660 406 Module NIM IOM 7660 408 Module MBR SAM IOM 7660 411 Module CPU IOM 7660 416 Module Structured DS3 SAM IOM 1 BNC Port Broadmore 1700 Release 4 6 7660 417 7660 418 7660 420 7660 442 7660 443 7660 501 7660 502 7660 503 7660 504 7660 511 7660 512 7660 513 7660 514 7660 520 7660 521 7660 522 7660 523 7660 524 7660 672 51670066 01 034 0016 Bussman GMT7 5 Bussman GMT X Broadmore 1700 Release 4 6 Module Synchronous CBI NIM SAM IOM Module HBR SAM IOM Module Synchronous HSSI CBI NIM SAM IOM Module High Speed SAM IOM Card HSAM Bridge Cable Adapter RS 449 DB37 DCE 5 ft Cable Adapter EIA 530 DB25 DCE 5 ft Cable Adapter V 35 5 ft Cable Adapter RS 232 DB25 DCE 5 ft Cable Adapter RS 449 DB37 DTE 5 ft Cable Adapter EIA 530 DB25 DTE 5 ft Cable Adapter V 35 V 36 DTE 5 ft Cable Adapter RS 232 DB25 DTE 5 ft CBI Cable Adapter RS 530 DB25 5 ft M M CBI Cable Adapter RS 530 DB25 5 ft M F CBI Cable Adapter RS 530 DB25 5 ft F F Cable HSSI CBI
305. le describes which parameters can be modified in a Views table entry Item Edit Allowed Name No Subtree OID Yes Storage Yes Broadmore 1700 Release 4 6 12 19 SNMP Configuration Access Access This selection allows you to control access to each Group Tera Term 192 168 200 100 loj xl File Edit Setup Control Window Help Broadmore Copyright lt c 2884 Carrier Access Corporation Maintenance Diags Administration Help 1 97 ReadView WriteView Sec Model Level gt lt cr gt popup menu 4 1 scroll with lt gt lt gt arrows Select System Management Select Configuration Select System Services Select SNMP Configure Select Access Select one of the following Edit J edit the Group information Copy to put a copy of the information into the list Delete I delete an existing Group New 1 enter a new Group Validate Table check table entries for consistency With each selection confirm your changes and press Esc to exit 12 20 Broadmore 1700 Release 4 6 SNMP Configuration Access Once this menu option is chosen a list of existing access entries will be displayed To choose the required action on an entry highlight any of the existing entries and press the Enter key The following shows the New Access Entry screen 2515 File Edit Setup Control Window Help Broadmore Copyright lt c 2884 Carrier
306. lege OPERATIONS Craft Access Enable Remote Access Enable tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done After you select the user to be modified enter the appropriate information in the Modify User fields Item Options Comments User ID A unique user identifier Password A unique password for the user and a second password Password field to confirm Privilege BROWSER The level of user access See User Security OPERATIONS Configuration on page 7 26 SYS_ADMIN SUPER_USER Craft Access Enable Disable Access through the serial port on the front of the CPU Remote Access Enable Disable Access through telnet secure shell login ftp or secure ftp Broadmore 1700 Release 4 6 11 29 Security Management FIPS Mode User Audit Trails 11 30 User Audit Trails NOTE It is recommended that audit trails remain disabled until deployment of the Broadmore with the anticipated power up configuration is complete This prevents the audit logging of numerous initial installation configuration changes Only a SuperUser can enable or disable this function or use shell commands to access the audit file Audit Trails protect a Broadmore by providing traceability of who performed procedures on the unit what procedures were performed and when they took place The Broadmore local audit trail logs changes to configuration parameters and user logins Broadmo
307. low ELAN Name This field is optional If a name is entered it will be sent to the LECS to locate the LES for this ELAN If the ELAN Name is not specified and no LES is specified then the default ELAN as entered in the LECS will be used The Broadmore 1700 is never an LECS LANE Version This value will be either 1 or 2 Use the LANE version supported and active in the segment s LECS and in the other LE clients Broadmore 1700 Release 4 6 7 21 Configuration UNI Version UNI Version The signaling options are UNI 3 1 UNI 4 0 Auto and Off Follow the sequence below and make the appropriate choice from the screen shown Select System Management Select Configuration 1 Select System Services Select UNI Version 1 NOTE You must select the UNI Version before configuring any SVCs If there are active SVCs the UNI Version will not appear in the menu until you release all the SVCs This is done to prevent interrupting service on those circuits The UNI Version selection screen appears as shown below with the current selection highlighted Select UNI Uersion CAUTION UNI VERSION SHOULD BE OFF WHENEVER THE NIMS ARE NOT CONNECTED TO AN ATM SWITCH INTERFACE CONFIGURED FOR UNI SUPPORT UNI VERSION SHOULD ALSO BE OFF IF A CBI OR HSSI CBI NIM CARD IS INSTALLED BECAUSE IT HAS NO ATM SWITCH INTERFACE 7 22 Broadmore 1700 Release 4 6 General Properties m Max VP VC 7 23 Bandwidth M
308. lower back of the chassis is shown below The connector is a compression type in which the wire is inserted in the lower opening and the compression screw above is tightened to secure the wire A small flathead screwdriver is required to secure the wires ALARM 22 0000 MAJOR IN MINOR OUT MAJOR OUT MINOR IN 1 Run the alarm cables to the connection point on the chassis rear as shown above 2 Insert the cable wires and tighten the compression screws to secure the wires Broadmore 1700 Release 4 6 6 5 Electrical Installation Optical Interface Connections Optical Interface Connections The Broadmore 1700 interfaces to an ATM network via fiber optic cable using SC connectors on the front panel of the OC 12c and OC 3c NIMs 1 Route the cable to the front of the chassis FAULT 2 Route the cable into the chassis via the small square opening on the lower right front cover of the chassis 3 Connect the cables to the labeled TX and RX connectors on the front of the NIM See example at right 4 Use the plastic cable guides and cable protector shipped with the Broadmore 1700 to secure the cable ON LINE WARNING UNTERMINATED OPTICAL CONNECTIONS MAY EMIT LASER RADIATION DO NOT VIEW BEAM WITH OPTICAL INSTRUMENT Gere 9 6 6 Broadmore 1700 Release 4 6 Electrical Installation BITS Interface Connections BITS Interface Connections NIM IOMs include a Building Integrated Timing Supply BITS
309. m of each module being careful not to over tighten IOM Installation The APM IOM is installed at the factory This power module has fuses for each power source as well as fuse holders for two spares Broadmore 1700 Release 4 6 5 13 Module and Fan Installation Replace Chassis Covers Replace Chassis Covers WARNING THE FRONT AND REAR COVERS OF THE CHASSIS SHOULD ONLY BE REMOVED FOR MODULE INSTALLATION AND MAINTENANCE AS REQUIRED THE COVERS SHOULD BE REPLACED AS SOON AS POSSIBLE AFTER SUCH TASKS ARE COMPLETED NOTE After installation is complete ensure that blank panels cover all empty module slots to provide proper cooling when the fan is turned on This completes module installation Replace the front and rear covers unless additional installation or maintenance procedures are to be performed at this time 5 14 Broadmore 1700 Release 4 6 Module and Fan Installation Fan Tray Installation Procedure Fan Tray Installation Procedure Tools 5 16 Remove Front Chassis Cover 5 16 Fan Tray Installation 5 6 Replace Chassis Cover 5 17 The fan tray is normally shipped installed in the front of the chassis below the modules as shown below If it is not installed follow the procedure below to install it Chassis Cover a SS Rear Cover sae Network ns Interface OO v Module Rack Mounting Brackets Cover E Not User Removable Broadmore
310. mand syntax is available using the help command Authorized Access to each command is based on the user privilege level fipsmode NOTE The procedure for using this command is given in Enabling FIPS Mode on page 11 18 The FIPS mode can only be changed by a SuperUser Crypto Officer At the Broadmore prompt type fipsmode to see current value or fipsmode on to enable or fipsmode off to disable After executing this command the Broadmore must be rebooted for the change to take effect selftest Self tests of the FIPS algorithms are performed automatically during power up A SuperUser Crypto Officer can perform a manual self test at any time At the Broadmore prompt type selftest The following message will be displayed if all tests pass AES Passed DES Passed TDES Passed Broadmore 1700 Release 4 6 Security Management FIPS Mode settimeout DSA Passed FIPS 186 2 RAND Passed RSA Passed SHA1 Passed IMAGE SIG VERIFY Passed HMAC SHA1 Passed NOTE manually initiated self test results in a self test failure the management module will reboot NOTE A FIPS algorithm self test failure will immediately disable all management connections as required by FIPS 2 The Broadmore will continue to carry existing ATM communications traffic across the data plane but the operating configuration can not be changed until the unit is repaired settimeout A SuperUser Crypto Officer can set the session time
311. memory from CPU Release 4 0 and later Broadmore Unit FIPS Zeroize Global Standby Power Off for 24 hours Network Interface Modules Power Off for 24 hours CPU FIPS Zeroize Standby Power Off for 24 hours Broadmore 1700 Release 4 6 11 51 Security Management FIPS Mode Sanitation Procedures 11 52 Broadmore 1700 Release 4 6 2 SNMP Configuration In this Chapter SNMP Overview 2 2 SNMP Properties 12 3 USM V ACM Configuration 2 7 Trap Configuration 2 29 SNMP Configuration SNMP Overview SNMP Overview Simple Network Management Protocol SNMP is a plain text service with no access to any critical security parameters CSPs The Broadmore supports SNMP v1 v2 and v3 Follow the sequence below to configure the SNMP parameters NOTE SNMPv3 configuration must be performed through CAMMI Do not use the CLI to configure SNMPv3 parameters bm100 HyperTerminal 5 xl File Edit View Call Transfer Help e sel Broadmore Copyright c 2004 Carrier Access Corporation Administration Help Seeks 0 Monitor Activit gt Configuration Files Logout Slot CAM Name SNMP Properties c Configure Ethernet IP Views Configure AALS PV This ATM Address Users VP Reservation ATM Address List Groups Access CIP over ATM Targets LANE Configure Target Params UNI Vers
312. ment 11 8 A DSA private hosts key is required for SSH2 connection to the Broadmore Default DSA Key During manufacture a default host_dsa key file is placed in the SSHD directory of the Broadmore CPU This default key is intended only for use in initializing the Broadmore after installation at the customer site and should be changed by the SuperUser Crypto Officer before making the Broadmore operational NOTE The DSA hosts key can only be replaced by the SuperUser while the Broadmore is in the FIPS mode Generating DSA Key Pairs DSA keys can be generated on a UNIX or Windows host using key generation utilities provided as a part of the ssh clients server software of various vendors OpenSSH provides ssh keygen to generate DSA keys on a UNIX or Windows host The ssh keygen program can be downloaded from the URL http www openssh org The following example shows how to generate the host_dsa key on a UNIX host or on a Windows PC running Cygwin ssh keygen t dsa f host dsa N C lt comments gt Installing the DSA Key With the Broadmore in FIPS mode the SuperUser can use an SSH2 client such as SecureFX to log into the Broadmore SSHield module and install the host_dsa key in the SSHD directory on the Broadmore CPU NOTE After installing the DSA key the Broadmore must be rebooted in order for the change to take effect Broadmore 1700 Release 4 6 Security Management FIPS Mode Logging In Logging In
313. menu select SecurID and press the space bar choose Disable 2 The next time you log into the Broadmore you will not have to provide any SecurID credentials IP ICMP Messages You can use the Internet Control Message Protocol selection to enable or disable all ICMP messages for Internet Protocols such as ping or echo Disabling ICMP is a common defense against denial of service attacks using ping floods Broadmore Copyright lt c 2003 Carrier Access Corporation System Management Maintenance Diags Help Set System Time Change User ID gt User ID Rules Password Security SecurlD Enable SecurID IP interface Ethernet User Audit Enable IP ICMP Messages Enable tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done 11 24 Broadmore 1700 Release 4 6 Security Management FIPS Mode SNMP Messages SNMP Messages You can use the SNMP Properties selection to enable or disable SNMP messages The Broadmore supports older SNMP v1 and v2 as well as newer SNMPv3 protocols You have the option to disable only SNMPv1 and v2 messages or all SNMP messages Only a SuperUser or SysAdmin can access or change these properties see SNMP Properties on page 12 3 aio File Edit View Call Transfer Help e sole Br ore Copyright c 2004 Carrier flccess Corporation Sere Maintenance Diags Administration Help 1 SNMP Properties ISNMP any Disable me
314. menu appears Telnet 10 30 3 108 Broadmore Copyright lt c 2884 Carrier Access Corporation Maintenance Diags Administration Help Monitor Activit gt Configuration Files 5 5 Logout sm Con Select a Menu Con UP Operational Configuration gt Diagnostics gt Alarms Configuration gt tatus Window gt Up Down arrows change list selection Telnet 10 30 3 108 Broadmore Copyright lt c 2884 Carrier Access Corporation Maintenance Diags Administration Help Monitor Activit gt Configuration Fil Logout Configure HSAM SAM Slot D Port Name HSAM Port Port Mode Online Line Mode Auto Max SUC Bandwidth kHz gt 274176 tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Broadmore 1700 Release 4 6 7 83 Configuration High Speed SAM HSAM The following table is a guide to parameter configuration Table 7 31 HSAM Operational Configuration Items Item Options Comments Port Name None This is a user defined field Enter text to clearly identify the port for your own use Port Mode Online This a status field Choices are not selectable Offline Line Mode Auto Automaticly selects which data lines to use by the input rate If the input rate is greater than 60 MHz both line I and Q are used If it less than 60 MHz only line I is used Manual I Only Forces HSAM to use only line I Manual I amp Forc
315. mpact to system operation e NIM aproblem will give a fault on the online NIM with log entry and the backup assumes control so a module replacement can be done without impact to system operation e CPU Sync a problem synchronizing files between redundant CPUs see below Broadmore 1700 Release 4 6 Maintenance and Troubleshooting CPU Sync CPU Sync Follow the sequence below to view the CPU synchronization status between redundant CPUs This screen shows the progress of a normal CPU Sync and will refresh every few seconds The messages usually do not indicate any problem but can be useful if troubleshooting is required When a CPU sync is in progress the screen will list the number of files remaining and the current file name being synchronized The files listed on the left side are those that would inhibit a controlled switchover NOTE See also Synchronizing CPU on page 7 34 Select System Management Select Monitor Activity J Select CPU Syne File Edit View Call Transfer Help 015 amp 8 ols Br ore Copyright c 2004 Carrier flccess Corporation Seek Maintenance Diags Administration Help 1 Dual CPU Synchronization No multi file sync in progress Connections changing Standby SW out of date Standby data unsync d VaultSlot data unsync d USM VRCM sync unfinished Valid key ESC to exit Connected 0 02 47 dete
316. n Electronic Industries Alliance Broadmore 1700 Release 4 6 ELAN ESD FCC FEAC FIPS FTP GUI HEC IOM IP IR kbps LAN LANE LCV LEC LECS Broadmore 1700 Release 4 6 Glossary Emulated Local Area Network Electrostatic Discharge Federal Communications Commission Far End Alarm Control Federal Information Processing Standard File Transfer Protocol Graphical User Interface High Bit Rate Header Error Control Input Output Module Internet Protocol Intermediate Reach Kilobits Per Second Local Area Network LAN Emulation Line Coding Violation LAN Emulation Client LANE Emulation Configuration Server Glossary3 Glossary LED LES LES LIS LIU LOCD LOF LOP LOS MAC MBR Mbps MIB NEBS NIM OC n OSC PC Glossary 4 Light Emitting Diode Line Errored Seconds LANE Emulation Server Logical IP Subnetwork Line Interface Unit Loss of ATM Cell Delineation Loss of Frame Loss of Pointer Loss of Signal Media Access Control Multi bit rate Megabits per second Management Information Base Network Equipment Building Standards Network Interface Module Optical Carrier level Optical Service Conversion platform Personal Computer Broadmore 1700 Release 4 6 PCB PCM PCV PES PLCP PLOA POST PSES PWR PVC RIP RFC RMA RX SAM SAR SEFS Broadmore 1700 Release 4 6 Glossary Printed Circuit Board Pulse Coded Modulation P Bit Coding Viola
317. n and tag list snmpTargetAddrTagList to define where to send notifications and to forward proxied messages There is also a link into the Target Params table e Target Params Table contains the definition of parameters such as the Message Processing Model the Security Model the Security Level and the Security Name to build and SNMPv3 PDU Tables to identify targets and provide finer selection of events to send e Notifications Table how to group targets to send notifications and what type of notification to send e Notify Filter Profile Table a list of filters used by a notification for finer grained control over trap destinations e Notify Filter Table filters to limit the number of notifications generated for a particular target NOTE The Broadmore predefines some SNMP v1 v2 trap parameters to ensure proper operation with ATM switches For example there is a predefined v1 v2 get user that can be added to a community such as public in the communities table NOTE When configuring traps please note the consequences of selecting certain Storage Type parameters in the tables Permanent entries cannot be deleted except by deleting the entire SNMP configuration and rebooting Read Only entries can only be edited or removed by deleting the entire SNMP configuration and rebooting Broadmore 1700 Release 4 6 12 33 SNMP Configuration Targets Targets This selection allows you to enter up to 10 t
318. ndancy 7 29 Index 10 Sets 2293 ba RR EE 2 31 DIOS oda e RR neater RR EE 1 10 StatisliCs i e we DEEST Av 8 4 SIM IC 25 S ORE 1 13 SIMA ered 1 12 Non reverting Protection Mode 7 28 Non Volatile Memory 11 50 5 2505 RRS EROS ERE vii Notifications Target 12 38 Notify Filters SNMP 12 41 Profiles SNMP 12 43 NIE Stc etie IDA thse aie ete 10 8 11 15 O 7 41 12 BITS Timing Redundancy 7 39 Configuration 7 38 NIM 524545 REIHE ERES 1 12 NIM Configuration Guidelines 2 19 Port Mod 7 38 SEAUSLICS 8 3 OC 3c Configuration 7 41 3 455958 de he eR RR 1 13 Configuration Guidelines 2 20 Port Mode 7 42 SlAUSUCS Lae b EE 8 3 Optical Interface Connections 6 6 Options Broadmore 1700 2 30 Deployment 2 4 Network Interface Module 2 31 Network Interface Module NIM 2 31 Service Access Module 2 34 Service Access Module SAM 2 34 Ordering Guide 2 1 2 29 Out of Frame 7 70 Broadmore 1700 Release 4 6 OVetVIeW 42950 OI SEE ERES 7 2 Module Installation 5 4 SNMP LEM 12 2 P
319. ndant power supply tray is usually mounted below the Broadmore and requires 110 240 VAC 50 60 Hz AC power is connected at the rear of the power supply tray and the two 48 VDC outputs are then wired to the DC power inputs on the Broadmore chassis Cable Management Overall cable lengths can be optimized through equipment location Access and cable strain relief tie down points are provided Broadmore 1700 Release 4 6 6 3 Electrical Installation Cabling and Compliance Requirements Cabling and Compliance Requirements For FCC Part 15 Class A compliance for EMI RFI suppression the Broadmore 1700 requires that a ferrite bead P N 010 0051 must be attached to each DC power cable Ethernet cable HSAM cables HBR cable and alarm cable FCC compliance also requires that an EMI cable be attached between the chassis and air deflector Accessory kits are included with the Broadmore chassis and each HBR card Use the following guidelines for FCC compliance DC power one or two cables Attach one ferrite bead to each cable using a single wrap so that the cable passes through the bead twice see figure below left Ethernet one or two cables Attach one ferrite bead to each cable using a single wrap so that the cable passes through the bead twice Alarm cable Attach one ferrite bead to the cable using a single wrap so that the cable passes through the bead twice EMI cable The EMI cable must be attached vertically across the bottom
320. nding information without additional higher layer information Link 3 The Leaf Nodes cannot communicate directly to each other with this connection type Quality of A 005 class can have specified performance parameters specified QoS Service QoS class or no specified performance parameters unspecified QoS class QoS classes are inherently associated with a connection A specified QoS class specifies a set of performance parameters and the objective values for each performance parameter identified Examples of performance parameters that could be in a QoS class are Cell Loss Ratio Cell Transfer Delay Cell Delay Variation A specified QoS class provides a quality of service to an ATM virtual connection VCC or VPC in terms of a subset of ATM performance parameters defined in Section 3 of Appendix A of the ATM Forum UNI v3 1 specifications Initially each service provider should define objective values for a subset of the ATM performance parameters for at least one of the Service Classes Service Class A B C or D from ITU T recommendation 1 362 in a reference configuration that may depend on mileage and other factors QoS Classes are currently defined as Class 1 Supports a QoS that will meet Service Class A performance requirements circuit emulation constant bit rate video Should yield performance comparable to current digital private line performance Class 2 Supports a QoS that will meet Service Class
321. ndwidth of 622 080 Mbps FAULT normal no fault major alarm minor alarm or no connection ONLINE normal standby or not ready ALARM one LED per port normal enabled major alarm minor alarm or no connection Broadmore 1700 Release 4 6 Product Description Unstructured DS3 3 E3 3 Unstructured DS3 3 E3 3 Module Type IOM Part Number 7660 409 Slot Number Mounts in chassis rear behind corresponding SAM Description Each Unstructured DS3 E3 IOM provides three ports When used with a DS3 SAM each port operates at 44 736 Mbps When used with an E3 SAM each port operates at 34 368 Mbps Connectors Three pairs of BNC coaxial connectors for RG 59 75 ohm cable IN port receiver RX input OUT port transmitter TX output L o Broadmore 1700 Release 4 6 1 19 Product Description Structured DS3 SAM Structured DS3 SAM Module Type SAM Part Number 7660 672 Slot Number C thru P Features One DS3 port 44 736 Mbps Logical connections directly to DS1 or DSO Description The Structured DS3 SAM provides one bi directional port at 44 736 Mbps Input and output coax connectors are provided for the port on the IOM Both PVC and SVC services are provided Either may be chosen through appropriate module configuration The Broadmore 1700 supports a maximum of four Structured DS3 modules Indicators FAULT normal no fault major alarm minor alarm
322. nection of existing and future services through an ATM network The Broadmore allows users to implement tailored ATM strategies This modular system has flexible configurations for service access network interface and redundancy The Broadmore functions as an ATM network service access node that supports the transport of existing broadband services voice video and data over ATM networks Typically it is deployed at the edge of an ATM network as the ATM node element closest to the customer The Broadmore accepts signals from non ATM ready equipment converts the signals to standard ATM cells and multiplexes the cells onto a single ATM User Network Interface UNI port The Broadmore accepts constant bit rate CBR services Permanent Virtual Circuit PVC and Switched Virtual Circuit SVC services are available based upon the user defined module configuration The Broadmore now includes FIPS 140 2 validated system management software that meets the security requirements of Federal Information Processing Standard PUB 140 2 Broadmore 1700 Release 4 6 Product Description Applications Applications The Broadmore 1700 is currently deployed in Government and commercial ATM and satellite networks Cell bearing HSSI and CBI interfaces allow efficient transfer of serial data over satellite links while OC 12c and OC 3c network interfaces transport a variety of multiplexed ATM and TDM services including structured and unstructured DS3 D
323. nfigure Select System Services Broadmore 1700 Release 4 6 7 33 Configuration CPU Redundancy Synchronizing CPU CAUTION MODULE REMOVAL AND INSERTION ON A POWERED UP SYSTEM WAIT AT LEAST 15 SECONDS AFTER ANY MODULE REMOVAL OR INSERTION TO ALLOW THE SYSTEM TO STABILIZE FAILURE TO FOLLOW THIS PROCEDURE MAY RESULT IN SYSTEM ERRORS REQUIRING TOTAL SYSTEM REBOOT WHEN INSTALLING A REPLACEMENT CPU IN A REDUNDANT CPU SYSTEM DO NOT REBOOT OR POWER DOWN THE SYSTEM BEFORE CPU SYNCHRONIZATION IS COMPLETE AS INDICATED BY A SOLID STATUS LIGHT CPU data sync occurs automatically and should not require user intervention see CPU Sync on page 8 23 If there is a CPU sync problem follow the steps below to synchronize data and operating software SW between the two CPUs This should only be done when there is file manipulation unknown to the system such as FTP of new files to the online CPU Three options are available for synchronizing CPU Sync CPU Data Only Sync Operating SW and Sync CPU Data and SW Synchronizing the operating software is very time consuming and should only be done as a last resort when the standby CPU has no Ethernet connection to update the software by FTP Select Maintenance Diags Select Redundancy Select CPU Select Syne CPU Data Only 7 34 Broadmore 1700 Release 4 6 Configuration CPU Redundancy Release CPU Control If desired the online CPU can be made to release control s
324. ng 3 4 A 424 specific written prior permission from Carrier Access Corporation Additional license fees may apply Clock Recovery Type Undefined Selected by default when any Service Clocking Mode Used when Servi other than Synchronous Port is selected Use Me ue Master Selected when the clock is derived from the network Clocking Mode is EC MR Synch Port or the service interface and is propagated to the other ynchronous Port SAM ports Slave Selected when the clock is derived from another port on the SAM Clock Recovery Interface Undefined Selected when any Service Clocking Mode other than Used when Service Clocking Mode is Synchronous Port and Clock Recovery Type is Master Transmit Line Receive Line Synchronous Port is selected also when Synchronous Port is selected and Clock Recovery Type is Slave Selected when the clock is derived from the network cell stream Selected when the clock is derived from the service input 7 66 Broadmore 1700 Release 4 6 Configuration Nx64 SAM Configuration Item Options Description Line Impedance 75 Ohms 120 Ohms Set to match service equipment line impedance Loopback CBR Service Type Refer to DS1 E1 NX64 Service Clock Options on page 4 51 for more details on these options Normal Mode Local Line Loopback Remote Loopback Unstructured Structured No CAS Structured with CAS Normal Mode is no loopback Local Line
325. nostics Diagnostics Configuration Loopback Configuration Operational Configuration StalistiCs Tributory Configuration Unstructured Alarm Configuration Configuration Diagnostics Operational Configuration Statistics 2 2 22 DS3 ATM SAM DS3 IOM Connections Structured Connections Unstructured DS3 3 DSA Key Default Installing Pairs Generating DSR Broadmore 1700 Release 4 6 Index E El Alarms 7 70 IOM 29595 RE ERE 1 24 SAM 0 5 Ed 1 23 Configuration 7 66 Port Configuration Items 7 66 Service Clock Options 7 68 Service Type Options 7 69 E3 SAM eL Iuli Lu ES veu ELE 1 18 Unstructured Configuration 7 71 E3 3 e 1 19 E3 3 IOM Connections Unstructured 6 10 ELAN Name 21 2 7 21 Electrical Requirements 6 3 Electrostatic Discharge ESD Precautions viii Enabling 11 18 Encrypted Circuits 2 9 Equipment Connections 6 8 Errors Messages Software C 1 C 4 dedos pr pU pipes C 3 Bthetnet t2 m ote bees eee eee 7 4 7 14 Connections 6 20 Excessive C bit Errors 7 52 7 54 7 55 7 59 7 61 7 7
326. ntenance Diagnostics Select Redundancy Select NIM lt 1 Select APS Parms 1 Broadmore 1700 Release 4 6 7 29 Configuration NIM Redundancy 2 From the CAMMI main screen follow the selection sequence above to display the redundancy screen NIM Protection Parameters Nim A Healthy Healthy Clear BITS Clock NIM A 1 to 1 yle SD BER threshold 5 SF BER threshold 3 Revert Timer min 5 APS Compatibility Normal 3 Following the instructions on the bottom of the screen and toggle through available choices for each item Select Maintenance Diagnostics Select Redundancy Select APS Install 4 Follow the sequence above to display the SONET screen below and make choices to meet your specific configuration Use the space bar to toggle between reverting and non reverting The third choice Single NIM is used when only one NIM is installed SONET Protection Installed Non revertin 7 30 Broadmore 1700 Release 4 6 Configuration NIM Redundancy 5 In the redundancy configuration on the Protection Parameters shown above the Command field choices are prioritized per the SONET GR 253 CORE specification The available choices in priority order top to bottom are Lockout Force A Force B Switch to A Switch to B Clear The Command Request field indicates the current request status and cannot be changed The command Clear is not prioritized but it acts to remove the last request from its
327. o attached equipment This value determines the signal strength Loopback Normal Normal Mode is no loopback Local Local Line Loopback sets a loopback to the service Remote equipment Remote Loopback sets a loopback to the ATM network 7 64 Broadmore 1700 Release 4 6 Configuration 051 Nx64 SAM Item Options Description CBR Service Type Structured No CAS Structured No CAS allows DSO fractional allocation Structured with CAS without Channel Associated Signalling CAS Unstructured Structured with CAS allows DSO allocation with CAS enabled using robbed bit signalling Unstructured assigns all the timeslots to one VP VC Structured No CAS and Structured with CAS can assign a timeslot or group of timeslots to a VP VC Unstructured allocates all 24 DSOs to the DS1 using the entire DS1 bandwidth regardless of data content Frame Type Superframe Superframe groups 12 DS1 frames together Extended Superframe Extended Superframe groups 24 DS1 frames together The equipment attached must be set to the same frame type as chosen here CBR Signal Format B8ZS Used to maintain ones density B8ZS substitutes a known AMI pattern of ones for zeros AMI reverses the polarity of alternate ones or marks to accomplish the same thing Attached equipment must agree with this configuration setting Repeat this configuration for each Nx64 SAM port to be connected The Broadmore 1700 automatically provides default
328. oadmore 1700 Platform 2 Broadmore Modules 6 Technical Specifications Broadmore 1700 Platform Broadmore 1700 Platform System Architecture Mid plane architecture Internal Stratum 3E clock with dual BITS clock inputs Redundant CPUs NIMs backplane power supplies DS3 OC 12c STM 4c or OC 3c STM 1c ATM network interfaces Up to 80 T1s 60 Els 11 DS3s or 12 E3s per chassis Management A 2 RS 232 V 24 async craft port SNMP v1 v2 amp v3 RFC 2574 2575 RFC 1213 MIB RFC 2571 76 MIB IPv4 and IPv6 ready Controller In band management LAN Emulation Client CLIP RFC 1577 Out of band management 10Base T Ethernet port RS 232 V 24 async craft port Management interface Command Line Interface CLI Text based menu driven Optional security features FIPS 140 2 approved Secure Shell SSH v2 0 Common Criteria validated CCEVS VR 06 0032 RSA SecurID User Client v5 0 2 Broadmore 1700 Release 4 6 Technical Specifications Network Standards Network Standards e ATM Forum compliant AAL1 and AALS QoS e ATM Forum compliant SVCs and PVCs e ATM Forum Circuit Emulation Service v2 0 CES e ITU T and ANSI compliant UNI 3 0 3 1 and 4 0 Signaling e ATM Forum compliant ILMI 4 0 e Network Timing Protocol Client per RFC 1305 Redundancy e System Level Backplane redundant segment protection Dual Power 48 VDC power rails to each card e Interface Level CPUs 1 1 NIMs 1 1 SONET APS per Telcordia GR 253 CORE
329. oard Interactive Authentication opens Keyboard Interactive Authentication 4 x Cancel 6 Type in the SecurID passcode and click OK After successfully logging into SecurID the Broadmore login displays 8 Type the Login and Password You will need to press Enter after each The factory defaults for the initial installation are SYSADMIN and INITIAL After successful login the Broadmore command prompt appears E 192 168 32 12 Telnet SSH 2 lt vt100 gt ioj Commands Edit Options Help pSOSystem lt 192 168 32 12 gt Login SYSADMIN Password Copyright lt c gt Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore gt 11 12 Broadmore 1700 Release 4 6 Security Management FIPS Mode Log in Banner Log in Banner The Broadmore provides the ability to insert a customizable banner that will appear when a user logs in The banner is a simple way to provide special instructions to the user A SuperUser can implement this feature by using ftp or SFTP to download a banner text file named banner txt to the Broadmore cam directory There is no limit to the size of this file When a shell login is requested the contents of the banner file if any will be dumped to the screen just ahead of the login prompt as in the following example 192 168 32 12 Telnet SSH 2 lt ti00 gt ni xj Commands Edit Options Help pSOSystem lt 192 168 32 12 gt If there is a banner txt
330. ock The Broadmore CPU system clock provides the time and date stamp used for system logs events and audit trails A SuperUser must set the system clock either manually after powering up the Broadmore or configure the Broadmore to use a network timing source see Network Time Protocol on page 10 8 Select Set System Time from the Administration menu Then set the Month Day Year Hour and Minute to the correct values When finished press Escape and select Yes to change the system clock e bm100 HyperTerminal Bax Fie Edt View Call Transfer Help Os 55 or Copyright c 2004 Carrier flccess Corporation System Management 0 Help Set System Time NTP User ID gt Set System Time Rules Password Month Februar y Day Year 2005 Hour 4 Minute 17 Status Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done iv Connected 0 01 53 Auto detect TCP IP NOTE Changing the system clock is an event recorded in the system log see System Log on page 10 15 Broadmore 1700 Release 4 6 10 7 Security Management Network Time Protocol Network Time Protocol The Broadmore CPU system clock provides the time and date stamp used for system logs events and audit trails A SuperUser must set the system clock either manually after powering up the Broadmo
331. on in a 23 rack To ensure a smooth installation that meets all requirements the following installation factors should be considered Factor Consideration Access Clearance Broadmore 1700 requires the following access clearances for service and maintenance e Front 24 e Rear 4 e Top 1 75 Broadmore 1700 units may be stacked without this clearance Power Source DC Power 48 VDC at 5 amperes is connected to the rear of the Broadmore chassis A second 48 VDC source may be connected for redundancy Optional AC Power Supply Tray Converts 110 240 VAC 50 60 Hz to 48 VDC Rack mounted tray 3 5 high can hold two power supplies Unit comes with one power supply and DC cable A second power supply with cable can be added to provide redundant DC power to the Broadmore AC and DC power connections are at the rear of the unit The DC cable is approximately 3 5 ft long Cable Management Overall cable lengths can be optimized by equipment placement e User equipment interface cable connections are made to the input output modules at the rear of Broadmore chassis e ATM interface connections is via fiber cable to the network interface modules at the front of Broadmore chassis e Access and cable strain relief tie down points are provided e Chassis front and rear cover removal is required Broadmore 1700 Release 4 6 4 3 Chassis Installation and Grounding Rack Mounting Rack Mo
332. onnector aligned to the midplane connector for the slot matching the corresponding SAM 3 Visually verify that the SAM IOM physically aligns with the SAM installed above 4 Firmly press the SAM IOM into the chassis until the connectors completely seat 5 Secure the retaining screws on the top and bottom of the module being careful not to over tighten 6 Repeat this process for each slot with a corresponding SAM installed 5 12 Broadmore 1700 Release 4 6 Module and Fan Installation CPU IOM Installation CPU IOM Installation 1 Before installing the CPU IOM an adjustment may be needed to configure the remote shutdown operation There are two jumpers on each CPU IOM module labeled JMP1 and JMP2 These jumpers control how the remote shutdown contacts work As installed at the factory jumpers JMP1 and JMP2 connect pins 1 2 to pins 3 4 so that shorting either pair will reboot both CPUs With both jumpers removed shorting pins 1 2 will reboot the other slot CPU shorting pins 3 4 will reboot the same slot CPU For a redundant unit with two CPUs it is recommended that both jumpers be removed so that the CPUs can be rebooted individually without disrupting system operation 2 Visually verify that each CPU IOM physically aligns with its respective CPU installed above slots Q and R respectfully 3 Firmly press each CPU IOM into the chassis until the connectors completely seat 4 Secure the retaining screws on the top and botto
333. ons while the system log sys log records system events and configuration changes A SuperUser has access to pSOS shell commands that can overwrite the system and audit log files This misuse of shell commands to corrupt the audit trail is strictly prohibited and removes the Broadmore from the evaluated configuration It is recommended that user audit trails be examined periodically in accordance with local security practice to determine if the Broadmore is being accessed by unauthorized users or during nonstandard hours or if the configuration is being accessed or altered in an inappropriate manner For example every third consecutive attempted login failure produces an entry in the system log 10 4 Broadmore 1700 Release 4 6 Security Management Logging In Logging In The following example uses the Windows telnet client software To log into the Broadmore 1 Open a telnet window 2 Type in the Hostname and Username The Hostname is the IP address of the Broadmore and the Username is admin 3 Select Keyboard Interactive from the Primary pull down menu in the Authentication panel 4 Click Connect E 192 168 32 12 Telnet SSH 2 lt vt100 gt Oj Commands Edit Options Help pSOSystem 192 168 32 12 gt Login SYSADMIN Password Copyright lt c gt Integrated Systems Inc 1992 Melcome to pSOSystem Broadmore gt NOTE For initial system installation the factory default user name is SYSADMIN
334. or Minor Idle code received DS3 FERF Ignore Major Minor Far End Receive Failure DS3 Red Ignore Major Minor Service side error BITS Clock Loss Ignore Major Minor BITS clock failure 7 48 Broadmore 1700 Release 4 6 Configuration Unstructured DS3 SAM Unstructured DS3 SAM Choose the slot containing the DS3 SAM to be configured to display a screen for port selection The table below is a guide to configuration parameters Operational Diagnostics and Alarm configuration are the three menu options Descriptions of the configurable items are found in the following tables Highlight each item and use the space bar to toggle available options for each Save the configuration after making changes Operational Configuration Diagnostics Configure DS 3 11 gt Slot Port 1 Port Name 053 Port Online C Bit gt Alarms Configuration k Service RAI fiuto The following tables show the options available for each item separated by operational configuration diagnostics and alarm configuration Broadmore 1700 Release 4 6 7 49 Configuration Unstructured DS3 SAM Table 7 8 Unstructured DS3 SAM Configuration Items Item Options Comments Port Name A descriptive field to identify the port Port Mode On line Off line This is a status field that can be toggled to online or offline When the port is in offline status it is not available to make calls and passive SVCs are r
335. or error detection support This was originally two AAL types i e connection oriented data traffic requiring minimal sequencing or error detection support Type 5 AAL functions in support of variable bit rate delay tolerant connection oriented data traffic requiring minimal sequencing or error detection support A bearer class field that is part of the initial address message Broadband Connection Oriented Bearer information in the SETUP message that indicates the type of service requested by the calling user Bearer Class A indicated by ATM end user in SETUP message for connection oriented constant bit rate service The network may perform internetworking based on AAL information element default in CES CBR configuration Bearer Class C indicated by ATM end user in SETUP message for connection oriented variable bit rate service The network may perform internetworking based on AAL information element Bearer Class X indicated by ATM end user in SETUP message for ATM transport service where AAL traffic type and timing requirements are transparent to the network Glossary7 Glossary Circuit Emulation Constant Bit Rate Circuit Emulation Service CES Federal Information Processing Standard End to End Timing Requirement Point to Point Connection Point to Multipoint Connection Glossary 8 A connection over a virtual channel based network that provides service to the end user
336. ore 1700 operation according to Maintenance and Troubleshooting on page 8 1 when in doubt Error codes used primarily by the Configuration Manger These codes are in a range not used by pSOS For codes not in this list see the pSOS manual 2 Broadmore 1700 Release 4 6 Software Error Messages System Errors System Errors The user cannot address these errors Contact Carrier Access Customer Support MALLOC_FAILED 0x1000 NULL_POINTER 0x1001 NOT A NIM 0x1002 NOT A SAM 0x1003 BAD ATMIFNUM 0x1004 Illegal value for atmIfNum ENTRY ZERO NOT RESERVED 0x1005 Connection table entry 0 must be reserved for use by error handling code NO ATM IF INDEX must 0 LIKELY MEMORY LEAK 0x1006 NONSENSICAL STATE 0x1007 Impossible state of affairs found UNREACHABLE CODE 0x1008 Unreachable code reached OUTBOUND MSG TOO LONG 0x1009 Msg to a DSP is too long INBOUND MSG TOO LONG 0x1010 Msg from a DSP is too long TRANSMIT ERROR 0x1011 Error transmitting data to a card INVALID QUEUE NUMBER 0x1012 Invalid message queue number Broadmore 1700 Release 4 6 C 3 Software Error Messages Setup Errors Setup Errors These errors can usually be corrected by the user BAD OC3 INPUT PARAMETER BAD OC3 FRAME TYPE BAD OC3 CLOCK MODE BAD OC3 LASER STATE BAD OC3 SCAMBLE CONTROL BAD OC3 BIPFEBE OPTION BAD OC3 PLSCRAMBLE OPTION
337. ormation and warnings that must be followed to ensure safe operation of the equipment DANGER DANGER NOTICE INDICATES THE PRESENCE OF A HAZARD THAT CAN OR WILL CAUSE DEATH OR SEVERE PERSONAL INJURY IF THE HAZARD IS NOT AVOIDED CAUTION CauTION NOTICE INDICATES THE POSSIBILITY OF INTERRUPTING NETWORK SERVICE IF THE HAZARD IS NOT AVOIDED WARNING A WARNING NOTICE INDICATES THE POSSIBILITY OF EQUIPMENT DAMAGE IF THE HAZARD IS NOT AVOIDED NOTE A NOTE INDICATES INFORMATION TO HELP YOU UNDERSTAND HOW TO PERFORM A PROCEDURE OR HOW THE SYSTEM WORKS NOTES SHOULD BE READ BEFORE PERFORMING THE REQUIRED ACTION Broadmore 1700 Release 4 6 yii Preface Electrostatic Discharge ESD Precautions WARNING THE BROADMORE CONTAINS CIRCUIT CARDS AND COMPONENTS THAT ARE SUBJECT TO DAMAGE BY ELECTROSTATIC DISCHARGE ESD can damage processors circuit cards and other electronic components Always observe the following precautions before installing a system component 1 Donot remove a component from its protective packaging until ready to install it 2 Weara wrist grounding strap and attach it to an ESD connector or a metal part of the system unit before handling components If a wrist strap is not available maintain contact with the system unit throughout any procedure requiring ESD protection An ESD warning label appears on packages and storage bags that contain static sensitive products and components viii Broadmore 1700 R
338. orting bm100 HyperTerminal File Edit View Call Transfer Help System Management Broadmor Copyright c 2004 Carrie Maintenance Diags e r flccess Corporation Administration Help Severity Notify Name Tag Audit Log Full Bandwidth Limit CBI Nim Major Alarm CBI Nim Minor Alarm CBI Sam Major Alarm CBI Sam Minor Alarm CPU Switch Inform Card Change Critical 083 ATM Nim Major Alarm Major DS3 ATM Nim Minor Alarm Major DS3 ATM Sam Major Alarm Minor DS3 ATM Sam Minor Alarm Inform Inform Inform Trap Trap Trap Trap Trap Trap Trap Trap Trap Trap Trap Trap gt lt cr gt popup menu del scroll with More C arrows Connected 0 09 12 Select System Management Select Configuration 1 Select System Services Select SNMP Properties 1 Select Notifications 1 12 38 Auto detect TCP IP ScROLL 5 Cs Broadmore 1700 Release 4 6 SNMP Configuration Notifications NOTE Entries in this table cannot be added or deleted only edited The storage type for these entries is automatically configured to permanent The screen below shows the Edit Notifications Entry bm100 HyperTerminal Sex Fie Edit View Cal Transfer Help 28 or Copyright c 2004 Carrier flccess Corporation Sees Ma
339. ot The Local Slot is the chassis slot VP The range is 0 to one less than the value set for maximum VPs see Max VP VC on page 7 23 for valid values If the Max VP VC value is set to 2 65536 the VP number must be set to 0 a value of 1 is invalid NOTE A maximum of 40 VPs can be defined for reservation VC Start The default range is 32 to the value set for maximum VCs see Max VP VC on page 7 23 for valid values VC numbers can start at 1 if the VP is not set to 0 VC End The default range is 32 to the value set for maximum VCs see Max VP VC on page 7 23 for valid values VC numbers can start at 1 if the VP is not set to 0 Broadmore 1700 Release 4 6 7 105 Configuration System Configuration System Configuration Save Configuration 7 106 Restore Configuration 7 107 Delete Configuration 7 107 Set Power on Default 7 708 Save Card Defaults 7 108 Restore Card Defaults 7 7108 The system configuration is quickly accessed via the configuration files as shown below There is a special option to save a configuration for powerup This configuration will automatically load with the application of power to the Broadmore 1700 after a power interruption Select Save Configuration to save the current configuration and choose an appropriate file name when asked This should be done after each significant configuration change so that the configuration can be quickly re established
340. out for the Broadmore craft port for user inactivity The command syntax is settimeout lt hh mm ss gt Example settimeout 00 05 00 will set the timeout to 5 minutes Entering settimeout by itself will display the current value NOTE The SSH session timeout is fixed at 5 minutes sshdShow A SuperUser Crypto Officer can access the SSHD configuration information at the Broadmore prompt by typing sshdShow An example of the output is provided in the following graphic Broadmore 1700 Release 4 6 11 35 Security Management FIPS Mode sshdShow EJ 192 168 32 12 Telnet SSH 2 Commands Edit Options Help Copyright lt c gt Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore gt sshd how Sshd Configuration Information SSHD MAX SESSIONS Active Sessions Config File Log Level Listen Socket Count Listen Port Listen Address Server Key Bits RSA User Auth SSH1 DSA User Auth SSH2 Empty Passwords Keep Alive Allow User List Deny User List SSH2 Cipher List Broadmore gt empty empty amp e5128 cbc 3des cbc aes192 cbc aes256 cbc 11 36 Broadmore 1700 Release 4 6 Security Management FIPS Mode sshdSessionShow sshdSessionShow A SuperUser Crypto Officer can access the information about current active ssh server sessions at the Broadmore prompt by typing sshdSessionShow An example of the output is provided in the following graphic E 192 168 32
341. oute6 The following example adds a default route on the Broadmore Broadmore gt route6 add default gateway 3ffe 0 0 13 4 Adding a Host Route The following example adds a host route on the Broadmore Broadmore gt route6 add host dst 3ffe 0 0 14 41 gateway 3ffe 0 0 13 4 Adding a Network Route The following example adds a network route on the Broadmore Broadmore gt route6 add net dst 3ffe 0 0 14 gateway 3ffe 0 0 13 4prefixlen 64 Broadmore 1700 Release 4 6 G 5 IPv6 Support Showing all IPv6 routes configured in the Broadmore Broadmore gt route6 a Destination Gateway Flags 10803 1 2 200005 3ffe 0 0 13 3ffe 0 0 13 5 101 fe80 1 fe80 1 1 10001 fe80 2 fe80 2 2e0 97 fe6b 7ffe 101 ff01 d 800001 ff02 1 800101 ff02 2 fe80 2 2e0 97 fe6b 7ffe 800101 Showing all IPv6 routes configured in the Broadmore To display all the IPv6 routes configured in the system issue the command route6 with option a For example Refcnt Use Interface 0 0 1 0 0 6 1 0 0 0 6 0 0 1 0 0 6 0 0 6 0 0 1 Broadmore 1700 Release 4 6 IPv6 Support Deleting the Default Route Deleting the Default Route The following example deletes the default route on the Broadmore Broadmore gt route6 delete default gateway 3ffe 0 0 13 4 Deleting a Host Route The following example deletes a host route on the Broadmore Broadmore route6 delete host dst 3ffe 0 0 14 41 gateway 3ffe 0 0 13 4 Del
342. path and gives an indication for each slot of any major or minor alarm From Monitor Activity select the slot for more detailed alarm information From Configuration select the slot for more detailed alarm configuration information View Performance Stats for Slot Status 0C12 NIM Online 0C12 NIM Standby DS3 SAM Online Empty Empty DS3 SAM Off line Empty Empty 051 Nx64 SAM Offline ORE A B C D E F G H J Slot Statistics for NIM SAM Cards m 51 Nx64 and Nx64 Statistics 6 5 m MBR SAM Statistics 8 6 HBR SAM Statistics 8 7 m High Speed SAM Statistics 8 8 m Unstructured DS3 and Unstructured SAM Statistics 8 9 Unstructured SAM Statistics 8 12 m Structured DS3 SAM Statistics 8 13 m Cell Bearing Interface CBI NIM SAM Statistics 8 17 m HSSI Cell Bearing Interface HSSI CBI NIM SAM Statistics 8 18 Statistics are maintained for each SAM port and for each CBI and HSSI CBI NIM port The statistics for each of the ports is displayed on the following pages 8 4 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Slot Statistics for NIM SAM Cards DS1 Nx64 and E1 Nx64 Statistics Select System Management Select Monitor Activity lt Select Slot Statistics Select DS1 Nx64 lt 1 Select Port Line Coding Violations DS 1 Status ATM Summary Line Data Bit Errors Defect Off No Defect Line Framing Bit Errors LOS ON Cel
343. port Pinging over IPv6 Pinging over IPv6 To ping a remote host over IPv6 issue the command ping6 The remote host must also be configured with an IPv6 address of global scope and must be in the same subnet as the Broadmore Pinging an IPv6 Host The following example shows a ping6 operation to a host with an IPv6 address 3 fe 0 0 13 4 The subnet in this case 15 3ffe 0 0 13 x Broadmore ping6 c 1 3ffe 0 0 13 4 PING6 56 40 8 8 bytes 3ffe 0 0 13 4 16 bytes from 3ffe 0 0 13 4 icmp seq 0 hlim 64 ping6 statistics 1 packets transmitted 1 packets received 0 packet loss Ping the Loopback Interface Address Broadmore ping6 c 10 s 1000 1 PING6 1048 40 8 1000 bytes 1 1008 bytes from 1 icmp seq 0 hlim 64 1008 bytes from 1 icmp seq 1 hlim 64 1008 bytes from 1 icmp seq 2 hlim 64 1008 bytes from 1 icmp seq 3 hlim 64 1008 bytes from 1 icmp seq 4 hlim 64 1008 bytes from 1 icmp seq 5 hlim 64 1008 bytes from 1 icmp seq 6 hlim 64 1008 bytes from 1 icmp seq 7 hlim 64 1008 bytes from 1 icmp seq 8 hlim 64 1008 bytes from 1 icmp seq 9 hlim 64 ping6 statistics 10 packets transmitted 10 packets received 0 packet loss Broadmore 1700 Release 4 6 IPv6 Support Testing route6 Application Testing route6 Application This section provides examples for adding deleting and displaying routes Adding an IPv6 Route To add an IPv6 route issue Broadmore command r
344. pplications to send line status on hook or off hook An additional block of bytes is appended to the payload These bytes contain signaling information for the selected channels requires structured or fractional T1 service Select the slot containing the configured E1 SAM to display a statistics window showing transmit and receive cells as well as the following alarms Table 7 23 DSI E1 Nx64 Alarms Alarm Description LOS Loss of Signal A service interface error caused by a loss of carrier for 31 consecutive bits LCM The AMI B8ZS Line Code menu selection does not match the configuration of Line Code Mismatch the service side equipment Yellow Section Alarm Indication Signal A service side error indicating that the upstream equipment connected to the T1 E1 NX64 SAM has an Out of Frame alarm Red OOF A service side error indicating that the receiver has lost frame alignment Red Out of Frame Line AIS An error indicating that the upstream equipment has an Out of Frame error before the termination point Cell Loss An ATM Network side error indicating that cells are not being received from the network Rx FIFO Overflow An internal buffer overflow Tx FIFO Overflow An internal buffer overflow PTA Reframe An internal error 7 70 Broadmore 1700 Release 4 6 Configuration Unstructured E3 3 SAM Unstructured E3 3 SAM Choose the slot containing the Unstructured
345. r also known as a Yellow Alarm is transmitted by setting the X bits to zero This particular alarm indicates that a Yellow alarm has been sent across the ATM network and is being received by this DS3 port In the DS3 port configuration screen you can select the Network and Service side RAI as Auto 1 or 0 Selecting 0 will cause the network RAI alarm to be activated if the user has not selected to Ignore it FEAC Far End Alarm and Control Channel Sequence Errors This alarm indicates that frames are out of sequence as they arrive at the DS3 port Excessive SNP Errors SNP Errors are errors that occur in the Sequence Number Parity portion of the DS3 frame Excessive F bit Errors The Excessive F bit Errors alarm is triggered when the DS3 port receives F bit errors at a rate of 1 x 10 Excessive Parity Errors Excessive C bit Errors The Excessive Parity Errors alarm will be triggered when the DS3 port receives parity errors at a rate of 1 x 10 The Excessive C bit Errors alarm will be triggered when the DS3 port receives C bit errors at a rate of 1 x 10 Excessive FEBE Errors The Excessive FEBE Far End Block Error alarm is triggered when the DS3 port receives FEBEs at a rate of 1 x 10 Broadmore 1700 Release 4 6 7 75 Configuration Unstructured E3 3 SAM Table 7 28 Unstructured E3 3 SAM Service Alarms Service Alarm Definition LOS Loss Of Signal in
346. r Minor Excessive FEBE Errors Excessive FEBE Errors Ignore Major Minor Follow the sequence below to set network alarms DS3 alarms are set on a port basis with alarm definitions as shown Select System Management Select Configure Select Slot with 053 1 Select Port of interest Select Alarm Configuration Select Network Alarms Adjust settings using the spacebar Select Escape and save settings as desired Press Service Alarms Repeat the procedure to set and save Service Alarms J 7 74 Broadmore 1700 Release 4 6 Configuration Unstructured E3 3 SAM Table 7 27 Unstructured E3 3 SAM Network Alarms Network Alarm Definition Cell Starvation Cell Starvation indicates there are no cells being received from the network side LOF Loss Of Framing indicates that the framing alignment of the signal coming into the Broadmore 1700 from the ATM side has been lost AIS This alarm indicates an Alarm Indication Signal is being received from the network side When a network element receives a loss of signal it is supposed to propagate an AIS alarm on its output If this alarm is active then an AIS alarm is being propagated to it An AIS alarm is a validly framed DS3 signal consisting of a repeated 1010 data pattern Idle An idle alarm means that an idle signal validly framed DS3 signal with a repeated 1100 signal is being detected on the network side RAI The Remote Alarm Indicato
347. r case use of this flowchart provides a logical approach to troubleshooting in the event that a problem is encountered CAUTION SOME STEPS IN THE FOLLOWING FLOWCHART MAY CAUSE DISRUPTION IN SERVICE Broadmore 1700 Release 4 6 Start Maintenance and Troubleshooting Flowchart Loss of Power Indication 2 798 X Check Cables Power Source Fuses amp Repair 1 Overtemp Alarm Yes Inspect replace repair Fan Tray Assembly APM Alarm Yes Major Alarm 1 J No NIM Alarm Yes SAM Alarm Yes 4 944 No e Return to Normal N Operation Figure 8 2 Broadmore 1700 Release 4 6 Major Alarm Major Alarm Minor Alarm Wal 2 N No M Yes a 3 Yes dl 4 Nr P No Y Yes a 5 NA Minor Alarm Yes 6 Troubleshooting Flowchart Based On LEDs 8 29 Maintenance and Troubleshooting Flowchart Check following most likely causes correct as necessary Use loopbacks to verify equipment cable connectors 2 NIM Major Alarm alarm condition configuration Alarm Clears reseat NIM module replace NIM module No i CPU Failure Yes Reset CPU from front Alarm Clears Yes 1B panel switch No v Check following mos
348. r repair Contact Customer Service for an RMA number and procedures Broadmore 1700 Release 4 6 8 39 Maintenance and Troubleshooting IOM Replacement Replacement There are no field repairable items on an user equipment connected to the defective IOM will lose ATM connectivity during replacement Equipment connected via other IOM s will not have an ATM service disruption Follow the steps below to replace an IOM NOTE f the HSAM Bridge card must be replaced temporarily remove the HSAM IOMs in slots D and E to replace the bridge card 1 2 10 11 8 40 Ensure that you have a replacement module Remove the chassis rear cover The Broadmore 1700 retains power individual IOM cards may be removed replaced without service disruption to other modules Remove and tag the cables on the IOM to be replaced Loosen retaining screws at the top and bottom of the IOM to be replaced Use the installed ejectors to unseat the IOM from the midplane This is done by simultaneously pushing out on the ejectors Remove the defective IOM by pulling it straight out the chassis Insert the replacement IOM ensuring correct alignment with the card guides and midplane connector Firmly press the new IOM into place so that it is fully seated with the midplane connector Tighten both retaining screws finger tight only The new card configuration will be identical to the last configuration for the installed slot Reconn
349. rID Protection of Administrators No Broadmore 1700 Release 4 6 11 49 Security Management FIPS Mode Residual Data and Memory Volatility Residual Data and Memory Volatility 11 50 m Non Volatile Memory 11 50 m Network Interfaces 11 51 m Sanitation Procedures 11 51 This notice summarizes relevant security concerns associated with the movement of sensitive data through any Broadmore ATM Multiplexer and subsequent re deployment of these products into open environments Should there be any questions or concerns regarding this notice please contact Carrier Access Corporation customer support at 800 786 9929 Non Volatile Memory The modules used in the Broadmore each contain one or more of the following types of non volatile memory removable and non removable flash memory There is no internal data path or mechanism provided in a Broadmore to permit network data streams to be recorded onto non volatile media Such unintended or hostile actions on the part of the Broadmore could only be enabled by the surreptitious alteration of the device s embedded firmware and hardware Thus adequate physical security and access controls are required to prevent hostile implementation of other non Carrier Access provided firmware and hardware With Release 4 0 Broadmore received FIPS 140 2 validation see certificate 478 posted under the Validation Lists at http csrc nist gov cryptval When operated properly this v
350. rage unspecified Non Vol Index char UserName char TrapTag char Enabled bool true Storage unspecified Non Vol Broadmore 1700 Release 4 6 12 7 SNMP Configuration USM VACM Configuration 12 8 USM provides authentication and privacy services for SNMPv3 USM provides improved security over SNMPv1 and SNMPv2 by adding encryption and synchronized time indicators Although USM uses cryptography to support the underlying protocol it is a plain text service and does not provide the level of data confidentiality or protection required by FIPS 2 Consequently it should be treated like any other plain text service port USM uses loosely synchronized monotonically increasing time indicators to defend against certain message stream modification attacks Automatic clock synchronization mechanisms based on the protocol are specified without dependence on third party time sources and concomitant security considerations VACM is an architecture for viewing and controlling users VACM defines the access control policy that determines which users can access which subset of MIB objects in the Broadmore VACM also defines the type of access Read Write over a view The Broadmore organizes the USM V ACM into four tables or entities Views Users Groups and Access With each entity the following actions are associated e Edit used to modify an existing User View Group or an Access entry e Copy used to copy
351. rammable serial output ports per card e 4DB26 connectors on rear panel e Universal RS 232 RS 422 RS 449 RS 530 or V 35 interfaces e 500 kbps to 3 Mbps synchronous data rates e Unstructured AALI circuit emulation per ATM forum low speed CES specification Broadmore 1700 Release 4 6 APPENDIX Spare Parts List The most common spare parts are listed below The fan filters and fuse fuse cover assemblies may be ordered from Carrier Access Corporation or directly from the manufacturer The manufacturer s name and part numbers are provided for these items Contact your local Sales Account Manager for the latest availability and pricing information Please have your system model and serial number available when calling to facilitate service In the unlikely event that a part not listed above is required the Customer Support Center will provide detailed information on replacing the component Spare Parts List B 2 P N Description Page 7660 004 Module DS1 SAM CE Nx64 8 Port 7660 005 Module E1 SAM CE NX64 8 Port 7660 008 Module Structured MBR SAM 7660 009 Module Structured HBR SAM 7660 017 Module Synchronous CBI NIM SAM 7660 018 Module ATM DS3 NIM SAM 1 Port 7660 019 Module ATM DS3 IOM 7660 020 Module Synchronous HSSI CBI NIM SAM 7660 022 Fan Tray Assembly 7660 023 Module Alarm Power APM 7660 034 Module Unstructured DS3 SAM CE 3 Port 7660 040 Module Serial Multiplexer SAM 7660 041 Modu
352. ration HSSI Cell Bearing Interface NIM SAM HSSI Cell Bearing Interface NIM SAM Choose the NIM card slot A or B or SAM card slot C to P containing the High Speed Serial Interface HSSI Cell Bearing Interface CBI module and a screen for port selection appears Select a port to configure and a port configuration screen appears The table below is a guide to parameter configuration Each port on the HSSI CBI is configured separately The configurable items shown will vary based upon the physical interface chosen so items from the table may not appear on the screen For Operational Configuration select DTE or DCE CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC IS SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 NOTE The HSSI CBI NIM does not support UNI signaling so be sure to set the UNI Version to Off in the Configuration menu Table 7 40 HSSI CBI Operational Configuration Items Item Options Comments Select a Terminal DTE Choose terminal type to proceed to configuration menu Type DCE with the following items Port Name None Enter text to clearly identify the port Port Mode Online Toggle to the correc
353. ration Help mH Monitor Activit Configuration Files Logout Slot CAM Name Configure SUC Ethernet IP Configure PUC This ATM Address Configure AALS PU Connecti Retry Ca VAG Ts PZ onerat Bandwidth Meter Disable fh iy Window l TAB or CR or SPACE to edit hilited entry ESC when you re done 11 7 24 Broadmore 1700 Release 4 6 Configuration General Properties Bandwidth Meter The Bandwidth meter allows you to track the amount of bandwidth in use Follow the sequence below and make the appropriate choice from the screen shown Select System Management Select Configuration Select System Services Select General Properties Select Bandwidth Meter NOTE The Bandwidth meter uses the clock rate of the HSSI NIM as the bus rate If the HSSI NIM is set for received timing the bandwidth meter will not be using the correct bus rate because the clock is supplied by the HSSI at the other end Be sure to check how the HSSI s clock is set before using the Bandwidth meter Broadmore 1700 Release 4 6 7 25 Configuration User Security Configuration 7 26 User Security Configuration The Broadmore 1700 system has a user identification procedure for security Each user has a unique password Users are divided into four privilege levels providing access to selected command functions Browser Limited to viewing current configurations statistics and log
354. re Copyright lt c 2003 Carrier Access Corporation System Management Maintenance Diags Help Set System Time Change User ID gt ser ID Rules gan ge Password SecurlD Enable SecurID IP interface Ethernet User Audit Enable IP ICMP Messages Enable tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Broadmore 1700 Release 4 6 Security Management FIPS Mode User Audit Trails NOTE The audit file is located in the cam directory and can only be accessed via SSH2 The craft port does not allow cat head or tail commands in the FIPS mode NOTE Audit files can be up to 200k bytes with the most recent data being located at the end of the file Use the tail command to display the end of the file For detailed examination it is best to upload the file via FTP or SFTP To display the audit file at the Broadmore gt prompt enter the following commands cam tail audit txt J An example of the output is provided below Copyright lt c gt Integrated Systems Inc 1992 Welcome to pSOSystem Broadmore gt cd cam Broadmore gt tail audit txt 08 08 2002 10 36 59 Q SYSRDMIN Securitu User Audit Enable 68 68 2662 18 37 53 Q SYSADMIN Reboot System 08 09 2002 68 42 16 Q SYSADMIN Create UP Reservuation Test slot ucSt2 08 09 2002 88 45 22 0 SYSADMIN Create UP Reservuation Test2 slot 6 vp 1 52 uideat 0 SYSRDMIN General Properties Bandwidth M
355. re see System Clock on page 10 7 or configure the Broadmore to use a network time source as described below The Broadmore uses Simple Network Time Protocol SNTP which is an Internet standard for periodically synchronizing the system clocks connected to an IP network If the clock uses the NTP source the system clock will be automatically synchronized to the NTP source when power is reapplied to the Broadmore Select NTP from the Administration menu Then set the following parameters to the desired values When finished press Escape and select Yes to accept the changes Edt View Cal Transfer Help Dae 025 E 10 30 3 14 Copyright c 2004 Carrier flccess Corporation System Management Maintenance Diags Help Set System Time NTP Configuration SNTP Disable NTP Server IP 0 0 0 0 Server Port 123 Timeout sec 5 Aux NTP Server IP 0 0 0 0 Aux Server Port 123 flux Timeout sec 5 Poll Interval 1 week Time Zone GHT Status Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 07 21 Auto detect TCP IP 10 8 Broadmore 1700 Release 4 6 Security Management Network Time Protocol Item Options Comments SNTP Enable Disable When enabled the Broadmore system clock will be synchronized to the network time source NTP Server IP The IP a
356. re 1700 Release 4 6 Product Description Unstructured DS3 3 SAM Unstructured DS3 3 SAM Module Type SAM Part Number 7660 034 Slot Number C thru P Features Three DS3 port 44 736 Mbps 622 080 Mbps total ATM bandwidth Description The Unstructured DS3 SAM provides three bi directional ports each at 44 736 Mbps Input and output coax connectors are provided for each port on the DS3 IOM Both PVC and SVC services are provided Either may be chosen through appropriate module configuration The Broadmore 1700 supports 11 DS3 ports within the available OC 12 ATM bandwidth of 622 080 Mbps Indicators FAULT normal no fault major alarm minor alarm or no connection ONLINE normal standby or not ready ALARM one LED per port normal enabled major alarm minor alarm or no connection DS3 SAM 7660 034 Broadmore 1700 Release 4 6 1 17 Product Description Unstructured E3 3 SAM Unstructured E3 3 SAM a Module Type SAM Part Number 7660 045 Slot Number C thru P FAULT Features Three E3 ports 34 368 Mbps ONLINE Description The Unstructured E3 3 SAM provides three bi ALARM directional ports each at 34 368 Mbps Input and 1 output coax connectors are provided for each port on 02 Controls the IOM Both PVC and SVC services are provided Either may be chosen through appropriate module configuration The Broadmore supports 12 Unstructured ports within the available OC 12 ATM ba
357. re 1700 3 This static route sends the response to all traffic from the master control station back to it via a static route using LIS conversion This use of CIP over ATM provides inband control of remote Broadmore 1700s After initial setup this configuration is essentially transparent to the master control station The master control station addresses Broadmore 1700 1 by IP address Broadmore 1700 2 by CIP address Broadmore 1700 3 by CIP address Broadmore 1700 3 addresses its local control station by IP address and the master control station via static route and Broadmore 1700 1 Broadmore 1700 Release 4 6 Sample Network with RFC 1577 Configuration The master control station addresses Broadmore 1700 1 as IP 192 40 100 90 Broadmore 1700 2 as CIP 10 10 10 174 and Broadmore 1700 3 as CIP 10 10 10 63 The local control station addresses Broadmore 1700 3 as IP 192 50 200 63 Broadmore 1700 Release 4 6 D 3 Sample Network with RFC 1577 Configuration 1P 192 40 100 200 Ethernet submask 255 255 258 0 gateway 000 000 000 000 Gateway Ethernet 1 P 100 100 100 174 2 submask 255 255 255 0 Lum amm gateway 000 000 000 000 ae Broadmore 2 m 10 10 10 174 ATM subnet mask 255 255 2 n D Static Routes ATM Fiber 192 50 200 0 to 10 10 10 63 192 40 100 0 to 10 10 10 90 NND A V
358. re Major Minor LOSS BITS CLK Ignore Major Minor TX FIFO OVFLO Ignore Major Minor RX FIFO OVFLO Ignore Major Minor INACTIVE RECV DATA Ignore Major Minor INACTIVE SEND DATA Ignore Major Minor DCE INACTIVE TERM TIMING Ignore Major Minor DTE INACTIVE SEND TIMING Ignore Major Minor DTE INACTIVE RECV TIMING Ignore Major Minor Broadmore 1700 Release 4 6 7 97 Configuration HSSI Cell Bearing Interface NIM SAM Table 7 43 HSSI CBI Alarm Definitions Service Alarm Definition LOSS HEC Loss of HEC alignment cell delineation LOSS TX TIMING Loss of transmit timing Circuit DA LOSS TX TIMING Loss of transmit timing Circuit DB INACTIVE TX DATA BA Inactive transmit data Circuit BA LOSS RX TIMING DD Loss of receive timing Circuit DD INACTIVE RX DATA BB Inactive receive data Circuit BB Inactive RTS Circuit CA INACTIVE RTS CA INACTIVE CTS CB Inactive RTS Circuit CB DCE NOT RDY CC DCE not ready Circuit CC DTE NOT RDY CD DCE not ready Circuit CD TX FIFO OVFLO An internal buffer overflow RX FIFO OVFLO An internal buffer overflow 7 98 Broadmore 1700 Release 4 6 Configuration PVC Connection PVC Connection Follow the selection process shown below to add a new PVC The Establish a PVC Call screen appears for data entry Select System Management Select Configure lt Select Configure PVC A Select Insert shift 1 Establish a PUC Call onnection Name test port
359. re network keeps running 2 ae ft Redundant Path Transport ATM Backbone Serial Speed 75bps 52Mbps Backbone Transport Legacy Serial Equipment 2 8 Broadmore 1700 Release 4 6 Planning and Ordering Guide Encrypted Circuits Encrypted Circuits The Broadmore s cell bearing interfaces support KG resync e CBI and HSSI CBI modules e Re sync On time 0 to 6 seconds duration in 0 1 second increments e Re sync Off time 0 to 60 seconds in 0 1 second increments e Certified and tested with KG 75 KG 94 KG 175 KG 194 KIV 7 and KIV 19 e Canuse smaller Broadmore 500 chassis at remote sites 10 Mbps Broadmore 500 Broadmore 1700 Release 4 6 2 9 Planning and Ordering Guide Custom Communications Custom Communications e Adaptive timing Transmit at one rate receive at another rate e QoS preserved Regardless of bit rate e Oddball bit rates Supports any serial bit rate in one bit increments e Single clock source across all 8 interfaces Guaranteed synchronization e Single muxed cell stream consisting of up to 8 channels Single PVC interlaced with user defined number of channels e Auto provisioning of channels at the de mux side No user guessing as to what channels the data is flowing on e Upto 52 Mbps per aggregate stream Example with Asymmetrical Data Rates TDM Side 4350 bps ATM Side Serial Broadmore Broadmore Serial Device 170
360. rear opening see figure below right Remove the existing screw at the top center of the air deflector at the rear of the unit Discard the existing flat washer Using the existing screw attach the ring terminal of the EMI cable to the air deflector Attach the ground clip to the other end of the EMI cable Attach the ground clip with the EMI cable to the top center of the rear cable tray support channel HSAM IOM slots D and E Attach one ferrite bead on each DTE and DCE cable bundle using a single wrap so that the cable passes through the bead twice HBR SAM IOM P N 7660 418 up to four cables Each HBR accessory kit has 4 ferrite beads Attach one ferrite bead to each RJ45 cable using a single wrap so that the cable passes through the bead twice a M 7 To Ferrite Bead Cable Tray Broadmore 1700 Release 4 6 Electrical Installation Alarm Port Connections Alarm Port Connections Alarms are sent to the control console and the system log LEDs display alarm conditions Additionally the Broadmore 1700 has an alarm port on the chassis rear for connection to the user s remote indicators The alarm port is a four wire terminal block providing form relay contact closure signals Two wires are labeled Major in and out and two are labeled Minor in and out as shown below The alarm connector on the
361. request toward DCE When in DCE mode responds to request from DTE Manual Loopback On Off Loop port signal back towards network Table 7 38 CBI Alarms Alarm Options LOSS HEC Ignore Major Minor LOSS TX TIMING DA Ignore Major Minor LOSS TX TIMING DB Ignore Major Minor INACTIVE TX DATA BA Ignore Major Minor LOSS RX TIMING DD Ignore Major Minor INACTIVE RX DATA BB Ignore Major Minor INACTIVE RTS CA Ignore Major Minor INACTIVE CTS CB Ignore Major Minor DCE NOT RDY CC Ignore Major Minor DTE NOT RDY CD Ignore Major Minor TX FIFO OVFLO Ignore Major Minor RX FIFO OVFLO Ignore Major Minor Broadmore 1700 Release 4 6 7 93 Configuration Cell Bearing Interface CBI NIM SAM Table 7 39 CBI Alarm Definitions Service Alarm Definition LOSS HEC Loss of HEC alignment cell delineation LOSS TX TIMING Loss of transmit timing Circuit DA LOSS TX TIMING Loss of transmit timing Circuit DB INACTIVE TX DATA BA Inactive transmit data Circuit BA LOSS RX TIMING DD Loss of receive timing Circuit DD INACTIVE RX DATA BB Inactive receive data Circuit BB Inactive RTS Circuit CA INACTIVE RTS CA INACTIVE CTS CB Inactive RTS Circuit CB DCE NOT RDY CC DCE not ready Circuit CC DTE NOT RDY CD DCE not ready Circuit CD TX FIFO OVFLO An internal buffer overflow RX FIFO OVFLO An internal buffer overflow 7 94 Broadmore 1700 Release 4 6 Configu
362. rm e Slot failure e Uni up down Minor e SAM minor alarm e NIM minor alarm Inform e Card insert removed e NIM switchover e CPU switchover e Restore e User reboot e Cold Start This squelch configuration will send a single critical trap if a NIM fiber breaks and will prevent cascading traps like NIM switchover in a redundant NIM system from sending dozens of SAM port notifications caused by the switchover Normally if you get a trap on a single port of aSAM you would get traps for all the other ports and all the other SAMs But with the squelch at equal or below current level the notifications are throttled back to 1 trap for all SAMs Broadmore 1700 Release 4 6 SNMP Configuration USM VACM Configuration USM VACM Configuration Users 12 9 Groups 72 14 Views 12 17 Access 12 20 Communities 12 25 SNMPv3 supports the User based Security Model USM and View based Access Control Model V ACM These settings can only be accessed and changed by a SuperUser Crypto Officer Broadmore Implementation of USM VACM Name char ReadView char SubTreeOID WriteView char Storage unspecified non vol NotifyView char SecurityModel SecurityLevel Storage unspecified Non Vol Name char UserName char SecurityModel Storage lt ified gt Non Vol rage lt unspecifie on Vo re Auth E ncyptiontypes Auth E ncryptionkeys Name char Sto
363. roadmore 1700 Release 4 6 7 39 Configuration OC 12c STM 4c BITS Timing Redundancy 7 40 2 Follow the sequence below to set the clock mode configuration on the port of interest Select System Management Select Configure Select Slot with DS3 1 Select Port of interest Select Operational Configuration Select Clock Mode J Choose the BITS option to allow the DS3 port to derive clock from either BITS or the cell bus 3 Follow the sequence below to set the OC12 transmit timing to either recovered or local BITS Recovered clock derives timing from the SONET stream Local BITS derives timing from the onboard oscillator Repeat this step for both OC12s Select System Management Select Configuration Select Slot with OC12 1 Select Transit Timing Choose Recovered or Local BITS Follow the sequence below to enable an alarm for loss of BITS clock Do this for both OC 12c STM 4cs Select System Management Select Configuration Select Slot with OC12 I Select BITS Clock Alarm Loss Choose Enable or Disable Broadmore 1700 Release 4 6 Configuration OC 3c STM Ic The recommended configuration for maximum clocking stability is 1 Connect BITS sources to NIM I O A and NIM I O B 2 Select a Primary Reference Source A or B and then enable the clock loss alarm menu option on each OC 12c STM 4c 3 Configure the DS3 SAM to BITS clock mode The equipment connected to the Broa
364. rous initial installation configuration changes Only a SuperUser can enable or disable this function or use shell commands to access the audit file Only a SuperUser can enable or disable this function or use shell commands to access the audit files Audit Trails protect a Broadmore by providing traceability of who performed procedures on the unit what procedures were performed and when they took place The Broadmore local audit trail logs changes to configuration parameters and user logins B Telnet 10 30 3 12 Connect Edit Terminal Help Broadmore Copyright lt c gt 28803 Carrier Access Corporation System Management Maintenance Diags Help Set System Time Change User ID gt Chan Password SShield SecurID Disable SecurID IP interface no change ser Audit Enable tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Broadmore 1700 Release 4 6 10 13 Security Management User Audit Trails NOTE The audit file is located in the cam directory The craft port will allow cat head or tail commands in the non FIPS mode NOTE Audit files can be up to 200k bytes with the most recent data being located at the end of the file Use the tail command to display the end of the file For detailed examination it is best to upload the file via FTP To display the audit file at the Broadmore gt prompt enter the following commands cam J tail audit txt An example
365. rs on the back of each IOM The physical interface varies by type of IOM see Module Descriptions on page 1 11 Adapter cables are available for most serial interface SAMs see Cable Specifications on page 1 1 Route the equipment cables to the chassis rear 2 Install the plastic edge protector around both rear access square openings Note the chassis internal cable tray Two bars are provided as anchor points for cable ties This will serve as cable strain relief 3 Route the cables into the chassis via the square openings on either side of the rear cable tray 4 Connect the cables to the IOM connectors as labeled for each port and dress out the cables Use the tray and bars to secure the cable NOTE After completing the hardware installation visually inspect all modules and connectors Replace the front and rear covers if not already in place Broadmore 1700 Release 4 6 Electrical Installation ATM DS3 IOM Connections ATM DS3 IOM Connections Each Unstructured ATM DS3 IOM provides one pair of BNC coaxial connectors for RG 59 75 ohm cable 1 Connect receiver RX input to the IN port 2 Connect transmitter TX output to the OUT port 3 If this card being used as a NIM and a BITS input is desired see BITS Interface Connections on page 6 7 Broadmore 1700 Release 4 6 6 9 Electrical Installation Unstructured DS3 3 E3 3 IOM Connections Unstructured DS3 3 E3 3 Connections Each Unst
366. ructured DS3 IOM provides three pairs of BNC coaxial connectors labeled 1 to 3 for RG 59 75 ohm cable 1 Connect receiver RX inputs to the IN ports 2 Connect transmitter TX outputs to the OUT ports o c o o c OUT 6 10 Broadmore 1700 Release 4 6 Electrical Installation Unstructured DS3 3 E3 3 IOM Connections Unstructured E3 3 Connections Each Unstructured E3 3 IOM provides three pairs of BNC coaxial connectors labeled 1 to 3 for RG 59 75 ohm cable 1 Connect receiver RX inputs to the IN ports 2 Connect transmitter TX outputs to the OUT ports o L o Broadmore 1700 Release 4 6 6 11 Electrical Installation Structured DS3 IOM Connections Structured DS3 IOM Connections Each Structured DS3 IOM provides one pair of BNC coaxial connectors for RG 59 75 ohm cable 1 Connect receiver RX input to the IN port 2 Connect transmitter TX output to the OUT port IOM DS3 STRUCT ul 6 12 Broadmore 1700 Release 4 6 Electrical Installation DS1 E1 IOM Connections DS1 E1 IOM Connections This is used with the DS1 and E1 SAMs and provides eight RJ48 connectors labeled 1 to 8 1 Connect one end of RJ48 cable to desired port 2 Connect other end of cable to user equipment RJ48 Jack RJ48 Plug Front View Pin Side Pin 1 Pin 1 RX Ring RX Tip n c TX Ring RX Tip n c n c n c
367. ry selected Unstructured and Port for menu item Clock Recovery Type Selecting Master will Structured Service enable the port to derive and propagate the clock to other ports on modes Enabling any the SAM that are configured for Service Clocking Mode port in a group 1 4 or Synchronous Port Selecting Slave will enable the port to derive 5 8 to be the Master clock from a Master port on the same SAM will make the other ports in the group Slaves 7 68 Broadmore 1700 Release 4 6 Configuration 64 SAM Option Definition When to select SRTS NOTE SRTS is a proprietary timing algorithm and With Unstructured Synchronous may ONLY be used with specific written prior Residual Time permission from Carrier Access Corporation Stamp Additional license fees may apply This method measures the Service Clock input frequency against a network wide ATM synchronization clock and sends the difference signals in the header to the destination Broadmore 1700 circuit emulation interface The different signals are then combined with the network wide ATM synchronization clock to re create the input service clock If more than one ATM clock synchronization is present in the network an alternate timing recovery method must be selected For this method to work the ATM network must be synchronized to a single network wide clock source Service only Table 7 22 DSI E1 Nx64 CBR Service Type Options Option Defin
368. s Operator Can perform all normal operations such as configuring modules establishing connections and removing connections Sys Admin Can perform all operator functions plus FTP diagnostics and test functions Super User Can perform all operator and maintenance technician functions plus add delete modify user access A Super User can add delete or change user access privileges user ID password and level of access from the Administration main menu drop down Select Administration Select Change User ID Each user can change his her personal password from the Administration main menu drop down item Change Password below Follow the on screen directions and enter the new password twice Change the password for user ID SYSADMIN to something other than INITIAL Select Administration lt Select Change Password NOTE For more information about Security features and privilege levels see Security Management on page 10 1 and Security Management FIPS Mode on page 11 1 Broadmore 1700 Release 4 6 Configuration Power Supply Redundancy Power Supply Redundancy The Broadmore 1700 has two power input connectors for receiving 48 VDC The user may provide power to these connectors from different sources as one form of redundancy Carrier Access offers an optional dual AC power supply with 110 VAC and provides two sources of 48 VDC to the Broadmore 1700 This is power supply contains two in
369. s When the system boots up an IPv6 address of link local scope is configured on all the network interfaces This section provides steps to configure a network interface Adding an IPv6 Address To set the IPv6 address on the Ethernet interface from the Broadmore shell issue the command ifconf6 with the argument a For example Broadmore gt ifconf6 1 a 3ffe 0 0 13 5 The above command sets the IPv6 address 3 e 0 0 13 5 the Ethernet interface 1 Displaying an Address Check the interface configuration Broadmore ifconf6 1 Interface Name 1 Index number 2 Type ETHERNET Inet6 Address fe80 2e0 97ff fe6b 7ffe Prefix Mask t fff ffftf tftf tfff Flags 0 lt gt Inet6 Address 0 0 13 5 Prefix Mask ffffsoffff ftftf ffff Flags 0 lt gt G 2 Broadmore 1700 Release 4 6 IPv6 Support Deleting an IPv6 Address Physical Address 00 0 97 6 7 Size 1500 Packets received 23 Packets sent 2 Mcast Packets received 0 Mcast Packets sent 0 Total Bytes received 1480 Total Bytes sent 64 Input errors 0 Output errors 0 Packets dropped on input 0 Flags Oxa8el lt BROADCAST RUNNING UP MULTICAST gt Deleting an IPv6 Address To delete the IPv6 address from an Ethernet interface from the Broadmore shell issue the command ifconf6 with the argument d For example Broadmore ifconf6 1 d 3ffe 0 0 13 5 Broadmore 1700 Release 4 6 G 3 IPv6 Sup
370. s Chapter Statistics 8 2 Troubleshooting 8 21 Repair Replacement 8 36 General Maintenance 8 45 Summary of Front Panel LEDs 8 50 Maintenance and Troubleshooting Statistics Statistics Chassis Statistics 8 2 OC 3c STM 1c NIM Statistics 8 3 Alarm Overview 8 4 Slot Statistics for NIM SAM Cards 24 Hour Statistics 8 19 PLOA AALS Statistics 8 20 OC 12c STM 4c NIM Statistics 8 3 8 4 Statistics are available to monitor the Broadmore 1700 operation at the chassis individual module or connection level Thus the statistics provide a good initial indication of performance and a means to isolate any problems that may arise Chassis Statistics Statistics are monitored by following the sequence shown below to view the chassis statistics shown Select System Management Select Monitor Activity 1 Select ATM by Chassis Chassis ATM Cell and AALS Statistics Rx Cells Tx Cells Errors 14580427 15258248 4734 422102037 422241660 6 6 6 RxPkt 143177 TxPkt 69175 CelDrp BadUpc 8 BadCrc 1 EopErr 8 A B G Q Q Q Rx Cells 322358 108060 PktTimeout SizeError NonZeroGFC 3 id b o ki a gt Broadmore 1700 Release 4 6 Maintenance and Troubleshooting OC 12c STM 4c NIM Statistics OC 12c STM 4c NIM Statistics Slot statistics pro
371. s a sloped bottom that does not interfere with air flow Otherwise provide at least 1 75 inch 1 RU of free air space above the AC Power Supply Tray to ensure proper ventilation Perform the following steps 1 2 Unpack and visually inspect the AC Power Supply Tray assembly For ease of rack installation you can remove the power supply module s from the tray to make it lighter Adjust the rack mounting brackets for desired for a 19 or 23 inch rack and for front rear mounting configuration As shipped the brackets will fit a 19 rack with front mount configuration The brackets can be removed and rotated 90 degrees to fit a 23 rack Rack mount the tray directly below the Broadmore 1700 using facility provided mounting hardware Replace the power supply module s after rack mounting the tray and tighten the module s front panel screws If the tray came with only one power supply module and a redundant power supply is to be installed remove the blank cover on the front of the tray insert the second power supply and tighten the front panel screws Broadmore 1700 Release 4 6 4 9 Chassis Installation and Grounding AC Power Supply Tray 4 10 Broadmore 1700 Release 4 6 CHAPTER Module and Fan Installation In this Chapter Precautions 5 2 a Module Installation Procedures 5 3 a Fan Tray Installation Procedure 5 15 Module and Fan Installation Precautions Precautions The Broadmore 1700 cha
372. s a validly framed DS3 signal consisting of a repeated 1010 data pattern Idle An idle alarm means that an idle signal validly framed DS3 signal with a repeated 1100 signal is being detected on the service side RAI The Remote Alarm Indicator yellow alarm is transmitted by setting the X bits to zero In this instance the service side equipment is transmitting the RAI to the DS3 port FEAC Far End Alarm and Control Channel Line Code Violation This alarm indicates that a long string of zeros is being received by the DS3 port from any attached equipment 7 60 Broadmore 1700 Release 4 6 Configuration Structured DS3 SAM Service Alarm Definition Excessive F bit Errors The Excessive F bit Errors alarm is triggered when the DS3 port receives F bit errors at a rate of 1 x 10 Excessive Parity Errors The Excessive Parity Errors alarm will be triggered when the DS3 port receives parity errors at a rate of 1 x 10 Excessive C bit Errors The Excessive C bit Errors alarm will be triggered when the DS3 port receives C bit errors at a rate of 1 x 10 Excessive FEBE Errors The Excessive FEBE Far End Block Error alarm is triggered when the DS3 port receives FEBEs at a rate of 1 x 10 Table 7 17 Structured 053 SAM DSI Tributary Configuration Item Options Description Timing Recovery Service Clocking Mode Refer to DSI E1 NX64 Service Clock Options on page 4 51 for more
373. s causes the 21e 15 PRBS port to generate pseudo random test patterns to the 21e 20 PRBS service side DS3 physical connection 21e 23 PRBS Table 7 18 Structured DS3 SAM DSO Loopback Tributary Configuration Item Options Description DS0 0 0 23 Normal Normal Mode is no loopback Remote Remote Loopback sets a loopback to the service side 7 62 Broadmore 1700 Release 4 6 Configuration 051 Nx64 SAM DS1 Nx64 SAM Choose the slot C to P containing the DS1 Nx64 SAM to be configured and a screen for port selection appears Select a port to configure and a specific port configuration screen shown below appears The table below is a guide to parameter configuration Each port on the Nx64 SAM is configured separately Configure 64 lt 11 gt Slot C Port 1 Port Mode Online Service Clocking Mode SRTS Timing Clock Recovery Type Undef ined Clock Recovery Interface Undefined Line Impedence 75 Ohms Loopback Normal Mode CBR Service Type Unstructured Frame Type Direct Unstructured gt CBR Signal Format HDB3 Broadmore 1700 Release 4 6 7 63 Configuration DSI Nx64 SAM Table 7 19 051 64 SAM Configuration Items Item Options Description Port Name A descriptive field to identify the port Port Mode On line This is a status field that can be toggled to offline in Off line which case the port will not be available to make calls and passive SVCs are refused Service
374. s it is on the same Ethernet network as the master control station Follow the steps below to add this routing For sample configuration with static routes see Sample Network with RFC 1577 Configuration on page D 1 Follow the sequence below to Display Add Delete or Save static routes Select System Management Select Configuration Select System Services Select IP Select Routes 1 Broadmore Ele Edit View Call Transfer Help 05 55 miS 10 30 3 Copyright 2004 Carrier Access Corporation Sener Maintenance Diags Administration Help Monitor Activit gt Configuration Files Logout Slot CAM Name Configure PVC Configure AALS PV This ATM Address Ethernet VP Reservation ATM Address List LANE SNMMP Configure CIP UNI Version Connection Retry Retry Cause Codes Add General Properties Delete Save Status Window gt Connected 0 00 55 Auto detect TCP IP Broadmore 1700 Release 4 6 7 17 Configuration Static Routes Select Display to see the list of current static routes Destination Gateway Interface 0 0 0 0 10 30 3 25 amp Ethernet 10 30 3 0 10 30 3 14 Ethernet 127 0 0 1 127 0 0 1 Other 192 168 32 0 192 168 32 1 CIP To add a new static route select Add and then enter the Destination IP address and Gateway IP
375. s used in applications where network wide synchronization is not available Synchronous Network This method of clock recovery derives timing from the ATM Network and propagates it to the CE Service Interface The ATM network must be synchronized to a single source clock User equipment should be configured to recover timing from the Broadmore 1700 CE service interface Synchronous Loop The Broadmore 1700 CE interface will derive clock from the attached DS3 user equipment and transmit from the CE interface at that rate The user equipment should be configured for Internal timing if the Broadmore 1700 CE service interface is configured for Synchronous loop BITS Building Integrated Timing Supply distributes standard timing to equipment within the central office The Broadmore 1700 accepts BITS via either NIM IOM The fallback for the primary BITS clock is the other BITS clock The fallback for no BITS is the internal clock of the NIM 7 50 Broadmore 1700 Release 4 6 Configuration Unstructured DS3 SAM Item Options Comments Network RAI Auto Indication RAI configuration Allows user configuration of the X bits X bits 1 associated with C bit parity framing Auto makes it transparent the other choices X bits 0 set the X bits to either 1 or 0 Service RAI Auto Indication RAI configuration Allows user configuration of the X bits X bits 1 associated with C bit parity framing Auto makes it transparent the oth
376. se ESD PRECAUTIONS WEAR AN ESD GROUNDING STRAP WHILE HANDLING ANY MODULES OR ACCESSING THE INSIDE OF THE BROADMORE 1700 FAILURE TO FOLLOW ESD PROCEDURES MAY DAMAGE SENSITIVE COMPONENTS AND VOID THE WARRANTY Broadmore 1700 Release 4 6 5 5 Module and Fan Installation Module Locations Module Locations Obtain the office records showing the module slot installation locations for this chassis The network design engineer will assign module slots to ensure proper system operation For detailed system design and configuration information see System Planning Factors on page 2 16 The Broadmore 1700 chassis is designed for modules to go into specific slots to support various user requirements and cell bus bandwidths As a minimum requirement the module slot installations must conform to the guidelines on the following page The Broadmore 1700 system architecture is based upon a midplane design allowing modules to be installed from the front and rear of the chassis There are 17 vertical slots as viewed from the front with the cover removed as shown below Input Output Module slots on the rear panel are numbered in the reverse order so that they align with the module slots on the front panel Each NIM SAM CPU and APM requires a matching IOM installed in the rear Broadmore 1700 Release 4 6 Module and Fan Installation Module Locations
377. se by pulling directly out Insert the replacement fuse s in reverse to the one s removed Obtain replacement spare fuse s locally Use only 7 5 Amp Bussman part GMT7 5 or equivalent CAUTION FUSES ARE ONE TIME USAGE ITEMS IF THE FUSE BLOWS A SECOND TIME CIRCUIT DAMAGE MAY BE MORE EXTENSIVE AND IT MAY BE NECESSARY TO DISCONNECT POWER TO THE ENTIRE BROADMORE 1700 CHASSIS AND REPLACE THE INTEGRATED FAN ALARM MODULE ALL CIRCUITS WILL EXPERIENCE A DISRUPTION DURING INTEGRATED FAN ALARM MODULE REPLACEMENT Follow the steps below to replace an integrated fan alarm module 1 2 3 Ensure that a replacement module is available Remove the chassis front cover Loosen retaining screws at the top and bottom of the integrated fan alarm module card to be replaced Use the installed ejectors to unseat the integrated fan alarm module card from the midplane This is done by simultaneously pushing up on the top ejector and down on the bottom ejector Broadmore 1700 Release 4 6 8 43 Maintenance and Troubleshooting Integrated Fan Alarm Module Replacement 5 Remove the defective integrated fan alarm module card by pulling it straight out the chassis front 6 Insert the replacement integrated fan alarm module ensuring correct alignment with the card guides and midplane connector 7 Firmly press the new integrated fan alarm module into place so that it is fully seated with the midplane connector Tighten the retaining screw
378. se loopback options are shown graphically on the next page The top view shows a simple circuit without any loopbacks The middle view shows NIM loopbacks breaking the circuit connectivity SAM loopbacks are shown in the following figure Broadmore 1700 Release 4 6 8 25 Maintenance and Troubleshooting Port Loopback B more 1 m roadmore 1 00 User Equipment ONO p Tx j 4 4 E ATMNetwork lt sam J Moy uy VN Normal No Loopbacks Broadmore 1700 User Equipment N a 1 R Tx j ANAN ATM Network lt ww SAM en ET gt Rx A atl RON eu amp NIM Remote Local and Terminal Loopbacks al Looppacks Broadmore 1700 CAM 7665 p User Equipment S lt _ J NIM sam ATM Network S 3 d bu VA iN Rx ai N rs 8 26 SAM Local and Remote Loopbacks SAM Remote and Local Loonbacks Figure 8 1 Loopback Options Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Failure Recovery Failure Recovery Failure recovery is the sequence of events necessary to bring the Broadmore 1700 back to fully operational status after an unexpecte
379. splays the current location from the cascading menu structure that parallels CAMMI Therefore a working knowledge of CAMMI makes navigation through the CLI easier NOTE Use CAMMI for administrative features such as changing password or identifying new users Use the following steps for CLI access 1 Log into the Broadmore 1700 operating system pSoS using a valid user name and password NOTE Atthis point you can type help to view a list of commands You can also type help command to obtain help on any of the listed commands 2 At the 1700 prompt type cli and press enter The prompt changes to cli gt for successful access to the CLI program NOTE The security mode and user privilege level determines the CLI commands available to each operator 3 Type and press enter at any prompt to display the available commands both general and for the current command level e General commands apply at all levels e quit exits the CLI program e up moves up one level in the command structure e clear removes data from the screen except the last line which is displayed at the top of the screen Enter commands that are not case sensitive as they appear when viewed using the query The spelling must be correct 9 2 Broadmore 1700 Release 4 6 Command Line Interface CLI Access Example At the cli gt prompt enter to display a list of available commands At this point the level commands are sys
380. ssis is normally shipped with modules and fan tray installed at the factory If they have been shipped separately observe the following precautions when unpacking handling and installing these assemblies WARNING THE FRONT AND REAR COVERS OF THE CHASSIS SHOULD ONLY BE REMOVED FOR MODULE INSTALLATION AND MAINTENANCE AS REQUIRED THE COVERS SHOULD BE REPLACED AS SOON AS POSSIBLE AFTER SUCH TASKS ARE COMPLETED WARNING THE BROADMORE CONTAINS CIRCUIT CARDS AND COMPONENTS THAT ARE SUBJECT TO DAMAGE BY ELECTROSTATIC DISCHARGE ESD DO NOT REMOVE A COMPONENT FROM ITS PROTECTIVE PACKAGING UNTIL READY TO INSTALL IT WEAR A WRIST GROUNDING STRAP AND ATTACH IT TO AN ESD CONNECTOR OR A METAL PART OF THE SYSTEM UNIT BEFORE HANDLING COMPONENTS IF A WRIST STRAP IS NOT AVAILABLE MAINTAIN CONTACT WITH THE SYSTEM UNIT THROUGHOUT ANY PROCEDURE REQUIRING ESD PROTECTION NOTE After installation is complete ensure that blank panels cover all empty module slots to provide proper cooling when the fan is turned on Broadmore 1700 Release 4 6 Module and Fan Installation Module Installation Procedures Module Installation Procedures Overview 5 4 Tools 5 5 Remove Chassis Covers 5 5 Module Locations 5 6 Installation Sequence 5 8 NIM Installation 5 9 SAM Installation 5 10 SAM Installation 5 10 CPU Installation 5 0 APM Installation 5 11 NIM IOM Installation 5 11 SAM Installation 5 12 CPU
381. st effective deployment of voice services over fiber e Provisioning of traditional TDM services while benefiting from ATM QoS e Bulk termination of DS1s DS3s or structured services e Multiple voice and data services from a single shelf Class 5 Broadmore 1700 Switch Wide Bank 28 Broadmore 1700 as e ee ee di me DS1 Drops 2 6 Broadmore 1700 Release 4 6 Planning and Ordering Guide TDM Circuit Aggregation and Backhaul TDM Circuit Aggregation and Backhaul The Broadmore 1700 provides e Massive DS3 DSI trunking Remote shelf extension to the ATM network e Reduced costs increased access Up to 11 DS3s per ATM Switch interface versus the usual 4 Up to 80 0515 ATM Switch interface Additional circuits with channelized ports e Edge cross connect capability User connections switched directly Central terminations are not required as with DACS DS1 1 DS1 2 DS1 80 DS3 1 DS3 2 DS3 11 Broadmore 1700 Broadmore 1700 Release 4 6 2 7 Planning and Ordering Guide Tactical Communications Extension Tactical Communications Extension The Broadmore 1700 provides e Network Services extension over SATCOM e Bulk serial transport over SATCOM to support legacy applications e Single Transport System STS to support future end to end cell networks e QoS extended over the Satellite for voice video and data e Crypto resync ensures that the secu
382. stem 1 to 30 characters The Notify View Name is for traps and notifications Context Prefix string A string 1 to 30 characters The interpretation depends on the value of the Prefix Match If not specified the default is an empty string Prefix Match Exact Exact the contextName must match the Context Prefix Prefix Prefix only the initial substring of the contextName must match the Context Prefix Security Model The Security Model used in processing an SNMP V2 query from a client This parameter can be used to USM restrict access to the managed objects based on the security model set for a group Security Level None None the incoming request requires no AuthnoPriv authentication or encryption AuthPriv AuthnoPriv authentication is required but SNMP messages will not be encrypted AuthPriv authentication is required and SNMP messages are encrypted Storage Volatile Settings lost without power Non volatile Settings can be changed Permanent Settings can not be deleted Readonly Settings can not be changed Other Use the Esc key to exit this menu If you have made any changes to the Users information the system will prompt you for confirmation on whether you want to accept the changes or not 12 22 Broadmore 1700 Release 4 6 Access Edit Rules SNMP Configuration Access The following table describes which parameters can be modified in a Access table entry
383. structured DS3 SAM to be configured to display a screen for port selection The table below is a guide to configuration parameters Operational Diagnostics Alarm T1 Tributary and DSO configuration are the menu options Descriptions of the configurable items are found in the following tables Highlight each item and use the space bar to toggle available options for each and then save the configuration after making changes Select a Card to Configure Slot Card Status J Empty mpt M Structured 053 SAM Of Select a Menu ED Operational Configuration CPU Q Diagnostics gt CPU CPU on Alarms Configuration gt Ti Tributary gt Or 058 Loopback gt Use the following steps for configuring the 053 Select System Management Select Configure lt Select Slot J Select Structured DS3 SAM J Select one of the following Diagnostics lt T1 Tributary J DSO Loopback Operational Configuration Alarms Configuration Use the space bar to toggle to the available options and press Esc to save the settings Broadmore 1700 Release 4 6 Configuration Structured DS3 SAM Table 7 13 Structured DS3 SAM Operational Configuration Item Options Description Port Name A descriptive field to identify the port Port Mode On line Off line This is a status field that can be toggled to offline in which case the port will not be available to ma
384. t Select Monitor Activity lt Select PLOA AALS Statistics PLOA AALS Receive Statistics Index Count Index Count 8 00000111 00000019 6600012F 00000079 90000181 98817264 00000046 G6600GFD 15 to IP aaaanasa 66661AF 23 to PLOA 888840C9 Index Count 16 999 88888246 66600615 6666621F 31 Secs Displ d 6 Index Count 24 OOHAHEF 46080068 99000155 99900013 66000169 121511115919 11 66606611 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Troubleshooting Troubleshooting LED Alerts 8 22 Error Codes 8 22 Redundancy 8 22 CPU Sync 8 23 Problem Isolation 6 24 Port Loopback 8 25 Failure Recovery 8 27 Alarm Response Reset 8 28 Flowchart 8 28 Troubleshooting is the process of isolating the cause of a problem so that corrective action can be taken Steps in this process narrow the focus of attention to the problem area Documentation at each step in the process provides a valuable aid for further analysis NOTE The steps below should be completed by a qualified technician These steps assume that the technician will follow basic circuit troubleshooting logic or contact Customer Service when in doubt Keep written records for each action taken to aid in re creation if necessary Broadmore 1700 Release 4 6 8 21 Maintenance and Troubleshooting LED Alerts 8 22 LED Alerts Front panel LED
385. t card s Name of distributor or dealer from which you purchased the product Description of defect xii Broadmore 1700 Release 4 6 TABLE OF CONTENTS Preface Compliance ir E DE ENDE Safety Information 2205 cem e ER IRSE E Pee vi hp M vii Electrostatic Discharge ESD Precautions Vili Warranty ine a E ix Product Description Purpose Rer 1 2 APPHCAUONS Sua Raha E ERAT AO ER 1 3 P 1 4 Interfaces eesi Rb EAT ORC de Ra oh ee ERN 1 4 User Equipment 1 4 Management 1 5 System Description ERI RR DER RR Regen 1 7 Features nieve pilav que see Soon VERON NY EE ERE ES 1 7 CHASSIS 1 8 Tray 22 fact ENS ERIRNERIMAB IEEE OSEE 1 8 Power and Redundancy 1 9 Grounding cise thd heure a a ke iege ie ee eae 1 9 PAL ULM 1 9 Modules 2222 e RE ba E bodes 1 9 Module Descriptions 1 11 OC I2c STM 4c 1 12 OC 3c STM 1c 1 13 NUM IOM aces tek ede
386. t likely causes Yes gt correct as necessary cable connector to CPU CPU I O reseat CPU CPU I O modules replace CPU Alarm Alarm Clears Yes 5 v ts Review Alarm Summary and System _ VLA log gather all pertinent Use loopbacks to isolate info and call Customer Check equipment cables i Check configuration Semice gt odis peer Alarm Clears Yes Replace module v Return to e Figure 8 3 APM Major Alarm Troubleshooting Flowchart 8 30 Broadmore 1700 Release 4 6 Maintenance and Troubleshooting Flowchart Use loopbacks to isolate problem Check following most likely causes correct as necessary equipment cable connectors Alarm Clears Yes NIM Minor Alarm Yes connected equipment operating normal reseat NIM and NIM coordinate with distant end for AIS or loss of active service access channel as problem may be external No Use loopbacks to isolate circuit Check equipment cables Check configuration Reseat module Alarm Clears Replace module SAM Major Alarm No No 2 Review Alarm Summary and System log gather all pertinent info and call Customer Service Return to 2 Figure 8 4 APM Minor Alarm Troubleshooting Flowchart Broadmore 1700 Release 4 6 8 31 Maintenance and Troubleshoot
387. t selection Offline Terminal Type None This field displays as either DTE or DCE and cannot be changed in this menu Choose the terminal type from the previous Select a Terminal Type menu Broadmore 1700 Release 4 6 7 95 Configuration HSSI Cell Bearing Interface NIM SAM Table 7 40 HSSI CBI Operational Configuration Items Continued Item Options Comments kBits Per Second 56 to 52000 Enter the speed for the attached signal input for example 3200 Timing Receive Timing DCE or DTE Internal Source Bits Source Rate 56 to 52000 Enter the speed for the attached signal input for kBits example 3200 Data Scrambling On Off This setting must match on both ends of the circuit in order to pass traffic Resync ON Time 0 to 60 The Resync ON State duration period can be set from 0 1 to 6 0 seconds in 0 1 second increments or disabled Resync min OFF 0 to 600 The Resync minimum timeout period between resync Time 1 events can be set from 0 to 60 0 seconds in 0 1 second increments or disabled Table 7 41 HSSI CBI Diagnostics Item Options Comments Manual Loopback On Off Loop port signal back towards network DTE Send On Off DTE Only Loopback DCE Send On Off DCE Only Loopback 7 96 Broadmore 1700 Release 4 6 Table 7 42 HSSI CBI Alarms Configuration HSSI Cell Bearing Interface NIM SAM Alarm Options LOSS HEC Igno
388. t straight out chassis front Insert the replacement CPU card ensuring correct alignment with the card guides and midplane connector Firmly press the new CPU card into place so that it is fully seated with the midplane connector Tighten both retaining screws finger tight only NOTE The new CPU card will come configured Any necessary updates will be announced 8 Replace the chassis front cover Broadmore 1700 Release 4 6 8 41 Maintenance and Troubleshooting CPU IOM Replacement 8 42 9 Return the defective CPU card for repair Contact Customer Service for an RMA number and detailed procedures CPU IOM Replacement There are no field repairable items on the CPU IOM This module does contain a unique part of the Ethernet address such that the Broadmore 1700 system must be alerted to the module change in order to restore service Only replace the standby CPU or CPU IOM on a redundant system This will ensure correct programming of the IP CIP LANE and ATM address information Ensure that you have a replacement CPU with remote reboot jumpers set correctly Follow the CAMMI sequence on the next page to signal CPU IOM removal 3 Loosen top and bottom retaining screws use ejectors to unseat the module and pull it straight out to remove 4 Insert the replacement CPU IOM ensuring alignment with the guides and midplane connector Tighten both retaining screws finger tight only 5 Return the defective CPU IOM
389. t user ID password is delivered with the system with supervisor access as explained in General Properties on page 7 23 User ID and password are case sensitive when entered off Telnet 192 168 3 153 Tox m pSOSystem 192 168 3 153 gt Login Password Copyright gt Integrated Systems Inc 1992 Welcome to pSOSystem 1700 At this point you may change the terminal interface baud rate The default is 9600 baud and the system reverts to this at every reboot The command to change the rate is setbaud lt rate gt where a valid lt rate gt is 300 600 1200 2400 4800 9600 19200 38400 57600 or 115200 NOTE The baud rate default is 9600 The terminal will return to 9600 baud on each system boot or reboot Operation above 19200 is not recommended Upon successful entry you are asked to change the terminal baud rate to match the new setting The system will then change its baud rate You will not be able to communicate with the system until your terminal baud rate is changed to match Broadmore 1700 Release 4 6 Configuration System Services Configuration System Services Configuration Configure System Services to communicate with the ATM switch and set up parameters for Broadmore 1700 control The data entry screens are accessed as shown CAM Name Select System Management Select Configuration Select System Services Configure each item as explained below Each Broa
390. tage or power cross protection on DS1 lines Equipment that does not provide overvoltage or power cross protection is not compliant with the National Electrical Code for customer premises installation The Broadmore 1700 provides this protection UL60950 CS A C22 2 60950 00 compliance is an important requirement for carriers installing equipment within customer buildings and is designed to prevent the product and the telephone wiring from starting building fires Broadmore 1700 Release 4 6 y Preface Safety Information yi CAUTION Atways USE CAUTION WHEN INSTALLING TELEPHONE LINES READ THE CAUTIONS BELOW FOR DETAILS ON SAFETY GUIDELINES TO PREVENT INJURY e Never touch uninsulated telephone wires and terminals unless the telephone line has been disconnected at the Network Interface NI as voltage potentials as high as 300 VAC may be present across the transmit and receive pairs e Only use No 26 AWG or larger telecommunication line cord to reduce the risk of fire e Never install telephone wiring during a lightning storm e Never install telephone jacks in wet locations unless the jack is specifically designed for wet locations e Refertothe installation section of this manual for a safe and proper installation procedure All wiring external to this equipment should follow the current provision of the National Electrical Code Broadmore 1700 Release 4 6 Preface Notices This manual contains important inf
391. talled in slot B e SAMs should be installed in the chassis from left to right as viewed from the front in slots C through P e DSI EI CBI HSSI MBR and HBR SAM cards can be installed in any of slots C through P e CBland HSSI SAM cards should be installed as close as possible to the NIM ATM Bandwidth per Cell Bus Depending on the SAMs being used a Broadmore 1700 chassis with an OC 12c NIM can multiplex data onto all four ATM cell buses providing a maximum ATM bandwidth of up to 599 04 Mbps However the maximum ATM bandwidth with an OC 12c NIM and using only DS1 E1 CBI HSSI MBR and HBR SAMs is 129 48 2 22 Broadmore 1700 Release 4 6 Planning and Ordering Guide ATM Bandwidth per Module Mbps because those SAMs all use cell bus A This is the same maximum ATM bandwidth 129 48 Mbps as when using an OC 3c NIM which uses only cell bus A The maximum ATM bandwidth for each cell bus is shown below Cell Bus Service Slots ATM Bandwidth Available to SAMs A C thru P used by SAMs lt 129 48 Mbps used by CPUs for AALS management traffic C D lt 155 52 Mbps D E F lt 155 52 Mbps E G H lt 155 52 Mbps Total All service slots lt 599 04 Mbps ATM Bandwidth per Module The CPU and each SAM uses a specific amount of ATM bandwidth as shown below Module P N Module Description ATM Bandwidth Required Mbps 7660 206 CPU FIPS 10Base T Average
392. tatistics 24 Hour Statistics Statistics for the most recent 24 hour period are maintained for DS3 modules Statistics for each port are maintained in a file that may be transferred via FTP to a PC and viewed using a spreadsheet program such as Microsoft Excel The files are in the STATS directory and named according to the following sequence STATS DS3C1 STA STATS DS3C2 STA STATS DS3C3 STA STATS DS3F1 STA and so on The C1 represents slot C port 1 C2 represents slot C port 2 and F1 represents slot F port 1 Statistics are maintained according to the following A file is created when a PVC or SVC is activated on a port e Statistics for a port are not recorded after the associated PVC is released e Statistics are PVC and SVC dependent When a PVC or SVC is established on a port previously in use the old statistics are moved to a discard directory and new statistics are maintained e The discard directory only retains statistics for the most recently released PVC or SVC on any given port Use a standard spreadsheet program such as Excel to open a statistics file Adjust the column widths as necessary to match the printer paper size in use so that the data may be displayed on a single sheet of paper Broadmore 1700 Release 4 6 8 19 Maintenance and Troubleshooting PLOA AALS Statistics PLOA AAL5 Statistics Follow the sequence below to select and view the PLOA AALS statistics shown 8 20 Select System Managemen
393. tenance and Troubleshooting Alarm Response Reset 8 28 The failure recovery process is a logical sequence of events to restore connectivity With monitoring and corrective action at each step the process includes e Providing power to the Broadmore 1700 and control station e Establishing connectivity between the Broadmore 1700 and control station e Loading the Broadmore 1700 configuration e Establishing ATM connectivity e Establishing individual circuit connectivity Alarm Response Reset Alarms are designed into the Broadmore 1700 to provide the initial indication of a communications problem and to help isolate the problem For example a major alarm from a SAM identifies the specific module that will focus response efforts The following flowchart approach to troubleshooting is based upon the initial alarm indication The alarm response is a three step process 1 Troubleshoot to isolate the cause 2 Complete corrective action to eliminate the alarm condition 3 Return system to full operation and document the events Alarms are designed as real time alerts Thus elimination of the alarm condition will automatically reset the associated alarm Flowchart The top level troubleshooting flowchart is shown on the below LED indicators are the basis for entry into the flowchart which will lead to the most likely problem s and recommended solution s The control system alarm indication can also be used as an entry point In eithe
394. terface at that rate The user equipment should be configured for Internal timing if the Broadmore 1700 CE service interface is configured for Synchronous loop BITS Building Integrated Timing Supply distributes standard timing to equipment within the central office The Broadmore 1700 accepts BITS via either NIM IOM The fallback for the primary BITS clock is the other BITS clock The fallback for no BITS is the internal clock of the NIM 7 72 Broadmore 1700 Release 4 6 Configuration Unstructured E3 3 SAM Item Options Comments Network RDI Auto A Remote Defect Indication RDI is LOS or LOF detected on the attached X bits 1 equipment of the network side Auto sets the RDI to automatically reflect X bits 0 whether or not an error is present 1 sets an error to occur whether one is present or not 0 indicates no errors even if one is present Service RDI Auto X bits 1 X bits 0 A Remote Defect Indication RDI is LOS or LOF detected on the attached equipment of the network side Auto sets the RDI to automatically reflect whether or not an error is present 1 sets an error to occur whether one is present or not 0 indicates no errors even if one is present NOTE The Unstructured SAM needs an E1 version of the OC 3c STM 1c to operate in BITS timing mode Table 7 25 Unstructured E3 3 SAM Diagnostics Configuration Item Network BERT Test Service BERT Test Options Activate D
395. the CLI is a pure text interface Reset the terminal preference font if the borders are not solid lines Depending on the terminal emulation application ANSI BBS may also be more satisfactory bm100 HyperTerminal 7509 Edit View Call Transfer Help Dae 53 cm Broadmor Copyright c 2004 Carrier Access Corporation Sere Maintenance Diags Administration Help_ Status Window Connected 0 00 18 Auto detect TCP IP 7 4 Broadmore 1700 Release 4 6 Configuration Screen Display Annotation Screen Display Annotation The symbol Enter key will be used throughout this manual to indicate selection Typically the selection is from a list of choices on a drop down menu Often there is a sequence of multiple drop down menus where the selection process will be displayed as a series of symbols For example the CAMMI main menu is shown below Highlight System Management and press Enter to display the first submenu Highlight Configure on the drop down menu and press Enter to display the second drop down menu Highlight System Services on this menu and again press Enter to display the third drop down menu This type of sequence will be annotated as follows throughout this manual Select System Management Select Configure 1 Select System Services This example sequence displays the screen on the next page Each item in the fin
396. the embedded operating system Below is an example Broadmore gt showconfig OC3 NIM card slot A configuration OC3 Port Mode Frame Type Transmit Timing Receive Timing SONET Tx Loopback Mode ATM Payload Scramble Mode BITS Clock Loss Alarm Online SONET Recovered Recovered Enable Normal Both Scrambled Disable DS1 Nx64 SAM card slot B port 1 configuration Port Name Port Mode Service Clocking Mode Clock Recovery Type Clock Recovery Interface Line Buildout Loopback CBR Service Type Frame Type CBR Signal Format Port 1 Online Synchronous Network Undefined Undefined 0 to 110 feet Normal Unstructured Direct Unstructured 825 DS1 Nx64 SAM card slot port 2 configuration Port Name Port Mode Broadmore 1700 Release 4 6 Port 2 Online 7 109 Configuration Show Configuration Service Clocking Mode Synchronous Network Clock Recovery Type Undefined Clock Recovery Interface Undefined Line Buildout 0 to 110 feet Loopback Normal CBR Service Type Unstructured Frame Type Direct Unstructured CBR Signal Format B8ZS DS1 Nx64 SAM card slot B port 3 configuration Port Name Port 3 Port Mode Online Service Clocking Mode Synchronous Network Clock Recovery Type Undefined Clock Recovery Interface Undefined Line Buildout 0 to 110 feet Loopback Normal CBR Service Type Unstructured Frame Type Direct Unstructured CBR Signal Format B8ZS Connections
397. the information for an existing User View Group or an Access entry as a basis for a new one e Delete used to delete an existing User View Group or an Access entry e New used to add a new User View Group or an Access entry e Validate Table used to check table entries for consistency with other tables The Communities table supports the coexistence of SNMP v1 v2 and v3 access described in RFC 2576 The Communities table supports v1 v2 get set and trap requests within USM VACM NOTE When configuring USM VACM please note the consequences of selecting certain Storage Type parameters in the tables Permanent entries cannot be deleted except by deleting the entire SNMP configuration and rebooting Read Only entries can only be edited or removed by deleting the entire SNMP configuration and rebooting Broadmore 1700 Release 4 6 SNMP Configuration Users Users This selection allows you to control users and their access privileges Once this menu option is chosen a list of existing users will be displayed The screen below shows the two predefined users bm100 HyperTerminal Welk Da 95 or Copyright c 2004 Carrier flccess Corporation Sees Maintenance Diags Administration Help 1 Monitor User Name Authorize Privacy Configu Logout MEZIS None None erties v12TrapsUser None
398. the primary BITS clock is the other BITS clock The fallback for no BITS is the internal clock of the NIM Synchronous Loop The Broadmore 1700 CE interface will derive clock from the attached SDS3 user equipment and transmit from the CE interface at that rate The user equipment should be configured for Internal timing if the Broadmore 1700 CE service interface is configured for Synchronous loop Loopback Normal Normal Mode is no loopback Remote Remote Loopback sets a loopback to the service side Service RAI Auto Indication RAI configuration Allows user configuration X bits 1 of the X bits associated with C bit parity framing Auto X bits 0 makes it transparent the other choices set the X bits to either 1 or 0 7 58 Broadmore 1700 Release 4 6 Configuration Structured DS3 SAM Item Options Description Automatic FEAC Activate Deactivate Activates or deactivates Far End Alarm and Control Alarms Channel FEAC alarms FEAC alarms can only be active when the port is configured for C bit parity framing Activate to detect and transmit RAI as applicable and detect FEAC channel activate deactivate commands Service FEAC Activate Deactivate Activate sends a FEAC command to the far end service Loopback equipment to go into service loopback Deactivate sends a FEAC command to go out of service loopback Only active when port is configured for C bit parity Service AIS Activate Deactivate Sends Alarm
399. thene 7 69 ex CP be Slee eee ERES 7 10 Supply Connections AC Power ea 6 21 DC eee Rx pt 6 23 POWEL E tid 6 21 SVC Connection 7 101 Input screen 7 101 SMCS sob bet OP 7 13 Sync CPU Data SW 7 34 Sync CPU Data and SW 7 34 Sync CPU Data 7 34 Sync Operating SW 7 34 Synchronous LOOP eue RI ues 7 68 Network 7 68 NUM Stay bee eee dees 7 68 doti LIE ees ase a 7 68 Residual Time Stamp SRTS 7 69 System Architecture 1 7 2 16 Clock 10 7 10 8 11 14 11 15 Configuration 7 106 C 3 Features 1 7 LOB TED 7 33 Index 14 Planning Factors 2 16 Services Configuration 7 8 System Log 10 15 11 32 T Tactical Communications Extension 2 8 Target Notifications SNMP 12 38 Parameters 12 36 Targets SNMP 12 34 TDM Circuit Aggregation and Backhaul 2 7 Telnet 2525240 Ed RAS FE WE MS 7 4 Threshold egies 7 31 Time SYSICM 25555 es 10 7 11 14 Timing BIDS rp EPIRI 7 39 TOONS cng she 6 3 Fan Tray Replacement
400. ties 7 23 User Security Configuration 7 26 CAUTION For SECURE OPERATION A SUPERUSER CRYPTO OFFICER SHOULD PERFORM THE INITIAL CONFIGURATION AND CREATE USER ACCOUNTS AS DESCRIBED IN CHAPTERS 10 AND 11 The Broadmore 1700 must be correctly configured using CAMMI before ATM network communications can be established This section provides background information equipment requirements and other prerequisites for accomplishing the actual system configuration Broadmore 1700 Release 4 6 Configuration Power up Configuration information is retained in three subdirectories collectively referred to as the configuration database Access to this database is to set variables to acceptable values for successful operation The three subdirectories are e CAM CONFIG CURRENT contains the complete set of startup configuration data for all modules This data is saved when Save Config For PowerUp is selected from the user interface e CAM CONFIG DEFAULTS contains the defaults to be used for new cards and ports Default values for new modules are automatically loaded if a startup configuration for that module does not exist contains a snapshot of the system and module configuration data as of the time the SAVE CONFIGURATION command was issued Data is stored in a subdirectory with user supplied user name Power up 1 Power up the chassis The Broadmore 1700B is designed for continuous s
401. ting Brackets Not User Removable Fan Tray A removable fan tray with two fans is located below the card slots These fans provide vertical airflow to aid in heat dissipation The fan tray can be removed for maintenance or replacement without powering down the Broadmore Empty module slots must be covered by blank panels to maintain proper air flow Broadmore 1700 Release 4 6 Product Description Power and Redundancy Power and Redundancy There are two power input connectors labeled A and B for receiving 48 VDC at the rear of the chassis Normally power is provided directly from the installation facility s 48 VDC source to the connectors at the rear of the chassis The Broadmore will operate with one power input but connecting an independent power source to the second input will provide redundancy A redundant AC power supply tray P N 7660 17PS is available as a separate unit designed to be rack mounted directly below the Broadmore 1700 chassis The AC Power Supply supports two non load sharing hot swappable power supply modules Each module is capable of supporting a Broadmore 1700 with a fully loaded complement of interface cards It is recommended that each power supply have its own separate fused outlet for true power redundancy There is no impact to the Broadmore 1700 as long as one or both of the modules is operating normally Grounding Ground lugs at the rear of the chassis allow connection to the building groun
402. tion P Bit Errored Second Physical Layer Convergence Protocol Protocol Layer Over ATM Power On Self Test P Bit Severely Errored Seconds Power Permanent Virtual Circuit Routing Indicator Protocol Remote Defect Indication Request For Comment the term used to track numbered proposals for ATM use Return Material Authorization Receive Service Access Module Segmentation and Reassembly Severely Errored Framing Seconds GlossaryS Glossary SEQ SG SNMP SONET SVC TBD TR TX UAS UNI VCI VGA VOM VP VPI Glossary 6 Sequence Errors Signal Ground Simple Network Management Protocol Synchronous Optical Network Switched Virtual Circuit To Be Determined Transmitter Transmit Unavailable Seconds User Network Interface Virtual Channel Virtual Channel Identifier Video Graphics Adapter Volt Ohm Meter Virtual Path Virtual Path Identifier Broadmore 1700 Release 4 6 ATM Adaptation Layer AAL Broadband Bearer Capability BCOB BCOB A BCOB C BCOB X Broadmore 1700 Release 4 6 Glossary Definitions Type 1 AAL functions in support of constant bit rate time dependent traffic such as voice or video default in CES CBR configuration Type 2 AAL undefined by International Standards bodies Its anticipated use is for variable bit rate video transmission Type 3 4 AAL functions in support of variable bit rate delay tolerant data traffic requiring some sequencing and
403. tion Management Interfaces Management Interfaces Security 1 5 FIPS Interface 1 5 Physical and Logical Interfaces 6 User Interfaces 1 6 File Access and Software Upgrades 6 Security The Broadmore is controlled via system management software embedded in the CPU s flash memory This software defines the system command structure and provides a user interface for operation and administration The Broadmore supports multiple user accounts and access levels There are four levels of user access Only a network administrator or crypto officer with SuperUser access can assign user names passwords and access levels FIPS Interface The Broadmore now includes the Broadmore SSHield Management Module which is a FIPS 140 2 validated software only module that meets the security requirements of Federal Information Processing Standard PUB 140 2 The Broadmore can operate in either FIPS mode or non FIPS mode depending on the desired level of security For a description of the FIPS mode features see Security Management FIPS Mode on page 11 1 NOTE Enabling FIPS mode security will disable FTP and Telnet access Users must then log in using secure client replacements such as SecureCRT and SecureFX A secure terminal emulator is required to enter a secure Broadmore system Although many secure terminal emulators are available SecureCRT is recommended Broadmore 1700 Release 4 6 1 5 Product Description
404. tion They can be included to enhance network availability or utilized as spares Item Part No Broadmore 1700 48 VDC Chassis with APM and IOM only 7665 17C Broadmore 1700 AC Power Tray 7665 17PS Converts voltage from 110 220 VAC 50 60 Hz to 48 VDC Includes one 240W AC Power Supply one additional slot for a Redundant 240W AC Power Supply one 48 VDC Inverter and one Cable to connect to the Broadmore s 48 VDC Power Input Broadmore 1700 AC Power Supply 7660 115 This is the 240W AC Power Supply used for redundancy in the Broadmore 1700 AC Power Tray Alarm amp Power Module APM 7660 023 Alarm amp Power I O Module APM IOM 7660 025 Bussman 7 5 Amp Fuse GMT7 5 Bussman Fuse Cover GMT X Broadmore 1700 Fan Tray 7660 024 Globe Motors Fan Filter FFM745 Broadmore CPU Module with FIPS 140 2 validated Operating 7660 206 Software Broadmore CPU I O Module CPU IOM 7660 411 CPU Disk On Chip Flash Module 750 0044 CPU 2 replacement battery Panasonic VL1220 1HF or equivalent 034 0016 LapLink Cable PC to Broadmore 1700 serial port cable with 51670066 01 DB9 F and DB25 F connectors on both ends 2 30 Broadmore 1700 Release 4 6 Planning and Ordering Guide Network Interface Module NIM Options Network Interface Module NIM Options m NIM Sets 2 31 m Individual Modules 2 32 The Broadmore 1700 chassis has two NIM slots available for redundancy Both NIMs must be identical in redundant installations When a CBI or HSS
405. tion screen appears The following table is a guide to parameter configuration Each port on the HBR SAM is configured separately The configurable items shown will vary based upon the physical interface chosen so items from the table may not appear on the screen CAUTION BE CAREFUL NOT TO EXCEED THE ALLOWABLE ATM CELLBUS BANDWIDTH FOR CONVENIENCE OPERATORS ARE PERMITTED TO CHANGE PARAMETERS OF VARIABLE BIT RATE MODULES WITHOUT FIRST SETTING THE ACTIVE PVC OFFLINE BUT THE BROADMORE WILL NOT ISSUE AN ALARM IF THE ALLOWABLE BANDWIDTH IS EXCEEDED BANDWIDTHS ARE RECALCULATED WHEN A PVC IS SET ONLINE OR WHEN THE OPERATOR DISPLAYS THE BANDWIDTH METER SEE PAGE 7 25 Table 7 30 High Bit Rate SAM Configuration Items Item Port Name Port Mode Options None Online Offline Comments This is a user defined field Enter text to clearly identify the port for your own use This a status field Choices are not selectable Bits Per Second 56000 24000000 Enter the speed for the attached signal input from 75 bps to 24 Mbps in 1 bps increments Data Polarity Normal Inverted Toggle to the desired selection input and output This option inverts complements the ones and zeros in the data Clock Polarity Normal Inverted Toggle to the desired selection input and output This option changes the phase of the clock signal with respect to the data Clock Polarity and Transmit Timing apply to Synchronous
406. tomer requirements System Architecture The Broadmore 1700 system architecture is based upon a midplane design allowing modules to be installed from the front and rear of the chassis There are 17 vertical slots as viewed from the front with the cover removed as shown below NM Siots SAM Slots CPU Slots Broadmore 1700 Release 4 6 Planning and Ordering Guide System Architecture The Broadmore 1700 is shipped in a minimum usable configuration with a factory installed Alarm Power Module in the right most slot Unused slots are covered with blank panels except the slots for installing a single NIM SAM and CPU module The Broadmore 1700 chassis can be configured with the following modules Network Interface Module NIM 1 or 2 must be identical Service Access Module SAM 1 or more Central Processing Unit CPU 1 or 2 must be identical Alarm Power Module APM 1 factory installed Input Output Module IOM 1 for each NIM SAM and CPU installed in rear panel immediately behind corresponding module in front panel Module slots are populated as follows The right most slot labeled APM is for the Alarm Power Module The two left most slots labeled A and support Network Interface Modules NIMs The protection NIM goes in slot and the working protection NIM in slot B If the system is not configured for NIM redundancy the s
407. tor User Name Authorize Privacy Configu 1 New Users Entry Ruth Key 0000000000000000000000000000000000000000000000000000000000000000 Priv Key ut one Priv None Storage Non volatile files 5 TRB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 06 28 Auto detect TCP IP Screen for entering User Password bm100 HyperTerminal Jog File Edit View Call Transfer Help Dam 53 028 Broadmor Copyright 2004 Carrier Access Corporation System Management Maintenance Diags Administration Help Monitor User Name Authorize Privacy Configu 1 v12 412 New Users Entry Auth Password Priv Password Auth None Priv None Storage Non volatile files 5 T RB or CR or SPACE to edit hilited entry ESC when you re done Connected 0 07 12 Auto detect TCP IP Broadmore 1700 Release 4 6 12 11 SNMP Configuration Users Use the Esc key to exit this menu If you have made any changes to the Users information the system will ask you for confirmation on whether you want to accept the changes or not NOTE The entries in the User table are not actual users of the system These usernames cannot be used for authentication in order to access the Broadmore administration functionality The following table describes the selections Item Options Comments User Name string A unique value for User Name 1 to 30 characters Auth Key string Key to be used for authorizing a SNMP user to the Broa
408. tsShow touch ts6 uc6 us6 zeroize See Shell Commands Non FIPS Mode on page 10 19 and Shell Commands FIPS Mode on page 11 34 for information about the availability of commands based on user access level Commands Available at the CLI Prompt The commands listed below are available at the cli prompt Type at the command prompt to view the list of commands General Commands up cls quit help Level Commands sys maintain about Broadmore 1700 Release 4 6 Broadmore Command List Commands Available at the CLI Prompt Broadmore 1700 Release 4 6 AIS ANSI APS ARP AS ATM AWG BITS bps GLOSSARY Acronyms and Abbreviations ATM Adaptation Layer Alarm Indication Signal American National Standards Institute Automatic Protection Switching Address Resolution Protocol Available Seconds Asynchronous Transfer Mode American Wire Gage Building Integrated Timing System Bits Per Second Glossary CAMMI CAS CBES CBI CBR CCV CDVT CE CES CES CIP CLI CPU CSES DSP DS n EIA Glossary 2 Celsius CAM Management Interface Channel Associated Signaling C Bit Errored Seconds network Cell Bearing Interface Constant Bit Rate C Bit Coding Violation Cell Delay Variation Tolerance Circuit Emulation C Bit Errored Seconds Circuit Emulation SAM Classic IP Command Line Interface Central Processor Unit C Bit Severely Errored Seconds Digital Signal Processor Digital Signal level
409. ty for the ATM connection to ensure proper operation Replace the chassis front cover Return the defective NIM for repair Contact Customer Service for a Return Material Authorization RMA number and detailed procedures Broadmore 1700 Release 4 6 Maintenance and Troubleshooting SAM Replacement SAM Replacement There are no field repairable items on a SAM All user equipment connected to the defective SAM will lose ATM connectivity during replacement Equipment connected via other SAM s will not have an ATM service disruption Follow the steps below to replace a SAM 1 2 Ensure that you have a replacement module Remove the chassis front cover The Broadmore 1700 retains power individual SAM cards may be removed replaced without service disruption to other modules Loosen retaining screws at the top and bottom of the SAM to be replaced Use the installed ejectors to unseat the SAM from the midplane This is done by simultaneously pushing out on the ejectors Remove the defective SAM by pulling it straight out the chassis front Insert the replacement SAM ensuring correct alignment with the card guides and midplane connector Firmly press the new SAM into place so that it is fully seated with the midplane connector Tighten both retaining screws finger tight only The new card configuration will be identical to the last configuration for the installed slot Replace the chassis front cover Return the defective SAM fo
410. undancy CPU redundancy is automatically activated when a second CPU is detected in the system If two CPUs are detected at initial boot the first to boot becomes online and the other goes into the standby mode CPU redundancy allows the standby CPU to take control if the online CPU experiences a failure Data files on the two CPUs are synchronized automatically when the standby CPU is powered up This synchronization process occurs automatically when the standby CPU is powered up Once both CPUs are functioning one online and the other in standby any subsequent changes to the system are mirrored recorded in the online CPU and sent to the standby CPU This process keeps the standby CPU up to date bm100 HyperTerminal File Edit View Call Transfer Help Broadmore 1700 Copyright c 2004 Carrier Access Maintenance Diags System Management Corporation Administration Help View System Log Card Specific Functions gt gt gt System Test Reset To Default Download Manager Save Connection Table Check Free CPU Memory Sync CPU Data Onl Sync CPU Operating SW Sync CPU Data and SW Release CPU Control Reboot Standby Insta Status Window Remote Login failure Connected 0 00 28 auto detect TCP IP Select Maintenance Diagnostics Select Redundancy Select CPU Broadmore 1700 Release 4 6 Configur
411. unting m Tools 4 4 Mounting Brackets 4 5 m Rack Mounting Procedure 4 6 Tools The following tools are recommended to install configure operate and maintain the Broadmore 1700 e 1 flathead screwdriver for cover removal installation e l4 inch hex driver e Rack mounting hardware with compatible tools e Other standard electronic installation tools as preferred 4 4 Broadmore 1700 Release 4 6 Chassis Installation and Grounding Mounting Brackets Mounting Brackets The Broadmore 1700 chassis 17 5 high and is shipped from the factory assembled for front mounting in a standard 19 EIA or relay rack WARNING THE BRoADMORE 1700 MOUNTING BRACKETS SHALL CONNECTED TO THE CHASSIS USING ONLY THE SCREWS PROVIDED FOR INITIAL BRACKET INSTALLATION THE INSTALLER SHALL BE RESPONSI BLE FOR PROVIDING A STABLE RACK THAT SUPPORTS THE WEIGHT OF THE BROADMORE 1700 AS INSTALLED The mounting brackets can be moved to accommodate 23 racks and other mounting positions To install the chassis in 23 racks remove the mounting brackets rotate them 90 degrees and reattach them to the chassis If desired alternate mounting holes are provided for moving the mounting brackets forward or backward for other mounting configurations The six possible rack mounting bracket configurations are shown below Mounting Brackets Broadmore 1700 Release 4 6 4 5 Chassis Installation and Grounding Rack Mounting Procedure Ra
412. up to 65 535 virtual channels VCs within a virtual path VP With this feature you can set a VC range on a particular VP without having to set up all of the VC connections individually You can define up to 40 VPs for reservation This feature is available only on the ATM DS3 CBI and HSSI CBI modules E 192 168 32 12 Telnet SSH 2 lt vt100 gt 4 5 Commands Edit Options Help Broadmore 1700 Copyright lt c gt 28801 Carrier Access Corporation Maintenance Diags Administration Help Monitor Activit k Configuration Files System Services Logout 1 ot Configure SUC Configure PUC Configure AALS PUC tatus Window gt TAB or CR or SPACE to edit hilited entry ESC when you re done Broadmore 1700 Release 4 6 7 103 Configuration VP Reservation The VP Reservation Table Editor is shown below Press the Enter key to edit or clear an existing connection or create a new connection then follow the on screen instructions UP Reservation Table Editor Start End Conn UP uc uc Name Active 32 32 Test Active 32 32 Test2 Establish a UP Reservation Local Slot UP UC Start 32 UC End 32 VP Reservation settings are described on the following page 7 104 Broadmore 1700 Release 4 6 Configuration VP Reservation Item Comments Connection Name Press the space bar to select Connection Name and type a descriptive identifier For example test port 2 Local Sl
413. ut and output serial ports per card e Combo D Connectors on rear panel e Provisionable 137 Mbps 47 Mbps 10 Mbps 200 kbps rates e Composite 247 Mbps with 137 Mbps I and signal rates e Serial electrical interface protocols LVDS RS 530 Cell Bearing Interface NIM SAM Provides ATM cell admission amp aggregation over an RS 530 interface Connectors on rear panel IOM Operates as either a Network Interface Module NIM or a Service Access Module SAM Supports Crypto Re Sync Provisionable from 56 kbps to 16 384 Mbps in 1 kbps increments Broadmore 1700 Release 4 6 A 9 Technical Specifications HSSI Cell Bearing Interface NIM SAM HSSI Cell Bearing Interface NIM SAM e Provides ATM cell admission amp aggregation over a HSSI interface e Connectors on rear panel IOM e Operates as either a Network Interface Module NIM or a Service Access Module SAM e Supports Crypto Re Sync e Provisionable from 56 kbps to 52 Mbps in 1 kbps increments Serial Mux SAM e Provides Clock amp Data multiplexing of up to 8 serial links over ATM networks e 8 programmable serial input ports per card e 4DB26 connectors on rear panel e Universal RS 232 RS 422 RS 449 RS 530 or V 35 interfaces e 500 kbps to 3 Mbps synchronous data rates e Unstructured AALI circuit emulation per ATM forum low speed CES specification Serial De Mux SAM e Provides Clock amp Data de multiplexing of up to 8 serial links over ATM networks e 8 prog
414. vents permitted by their access role see Maintenance Diagnostics on page 8 46 Only a SuperUser can copy or delete the sys log file After logging in using an SSH2 FTP client such as SecureFX navigate to the cam directory and locate the sys log file The system log can be deleted and archived in much the same way as the audit log files For example the SuperUser can delete the sys log file by using the del shell command as in the following example cam J del sys log Rather than using FTP a SuperUser can also display or delete the system log through the Command Line Interface Broadmore 1700 Release 4 6 Security Management FIPS Mode User Audit Trails To display the system log log into the Broadmore and enter the following commands at the Broadmore prompt cli J maintain systemlog showi You can then navigate through the system log by following the instructions appearing at the bottom of the window To delete the system log enter clearlog instead of showi Broadmore 1700 Release 4 6 11 33 Security Management FIPS Mode Shell Commands FIPS Mode Shell Commands FIPS Mode 11 34 fipsmode 1 34 selftest 11 34 settimeout 11 35 sshdShow 11 35 sshdSessionShow 11 37 scp 11 38 resetSecurID 11 39 zeroize 11 40 Authorized Access to Shell Commands 1 41 Shell commands are UNIX like commands provided by the embedded operating system Com
415. vide specific module level information Follow the sequence below to select an OC 12c STM 4c and view the statistics shown on the next page The same procedure and statistics screen apply to the OC 3c STM Ic if installed Select System Management Select Monitor Activity Select Slot statistics Select OC 12 NIM slot A shown 0 12 NIM Online Slot A Statistics E SEFS UAS LF 2 3 N eo N Near Section Near Line Near Path Far Line Far Path Transmitted Cells Received Cells Uncorrected HEC Errors Corrected HEC Errors Protect Switch Count BITS A Absent BITS B Absent Protect Switch Duration 23896 Seconds 18 Lai PD bI OC 3c STM 1c NIM Statistics Statistics for the OC 3c STM 1c are similar to those for the OC 12 A sample screen is shown below OC 3 NIM XOnline Slot A Statistics SEFS UAS m CU Near Section 11738 Near Line 1758 Near Path 769 Far Line 3027 Far Path 1386 1 Transmitted Cells 67589516 Received Cells 4049642732 Uncorrected HEC Errors 162 Corrected HEC Errors 20 APSChan APSMode Protect Switch Count 1 BITS fi Present BITS B Absent Protect Switch Duration Seconds 5 Broadmore 1700 Release 4 6 8 3 Maintenance and Troubleshooting Alarm Overview Alarm Overview When the slot selection screen below appears the last column provides an alarm overview This screen is accessed from either the monitor activity or configuration
416. vided as spares The chassis will operate with only one power source but two independent sources are recommended to provide power supply redundancy Power alarm and grounding connections are made to the connector panel at the bottom rear of the chassis Fuses RAIL A protection fuse for 48VDC power input A 1 40 RAIL B protection fuse for 48VDC power input SPARE FUSES two spare fuses in holders Broadmore 1700 Release 4 6 CHAPTER Planning and Ordering Guide In this Chapter Application Planning Guide 2 2 System Planning Factors 2 16 a Installation Planning Factors 2 27 Ordering Guide 2 29 Planning and Ordering Guide Application Planning Guide Application Planning Guide 2 2 Basic Features 2 3 Deployment Options 2 4 ATM Gateway 2 5 Mission Critical Voice Service 2 6 TDM Circuit Aggregation and Backhaul 2 7 Tactical Communications Extension 2 8 Encrypted Circuits 2 9 Custom Communications 2 10 Custom 300 Mbps Serial Data System 2 11 Mission Critical Circuit Resiliency 2 14 Broadmore 1700 Release 4 6 Basic Features Planning and Ordering Guide Basic Features The Broadmore is designed as an ATM network service access node that supports the transport of existing broadband services voice video and data over ATM networks The Broadmore accepts signals from non ATM ready equipment converts the signals to standard ATM cells
417. ving site then splits the VCC into separate time aligned data streams The Serial Multiplexer supports data rates of 500 kbps to 3 Mbps per port with a combined rate of 24 Mbps This SAM uses the Multi Bit Rate on page 1 26 with two ports on each of the four connectors Cable adapters are available for merging the four HDB26 connections into one DB37 DTE connector see Cable Specifications on page E 1 Indicators FAULT normal no fault major alarm minor alarm or no connection ONLINE normal standby or not ready STATUS not used Broadmore 1700 Release 4 6 1 31 Product Description Serial Demultiplexer SAM 1 32 Serial Demultiplexer SAM Module Type SAM Part Number 7660 041 Slot Number C thru P Description The Serial Demultiplexer Demux SAM provides synchronous data demultiplexing of a single ATM VCC into eight RS 422A interfaces All eight output interfaces are clocked together to ensure temporal alignment A typical application is to use a Serial Multiplexer to combine several serial data streams into one VCC for efficient transmission over an ATM network or satellite link A Serial Demultiplexer at the receiving site then splits the VCC into separate time aligned data streams The Serial Demultiplexer supports data rates of 500 kbps to 3 Mbps per port with a combined rate of 24 Mbps This SAM uses the Multi Bit Rate IOM on page 1 26 with two ports on each of the four
418. witch to the standby CPU by performing the following steps The online CPU will then become the standby CPU and vice versa This command may be used during maintenance procedures Select Maintenance Diags Select Redundancy Select CPU Select Release CPU Control 1 Reboot Standby CPU If desired the standby CPU can be rebooted by performing the following steps This command may be used during maintenance procedures Select Maintenance Diags 1 Select Redundancy Select CPU Select Reboot Standby Install Single or Dual CPU This configuration item only activates detection of the SNMP trap Standby CPU missing If only one CPU is present select Single CPU If two CPUs are installed select Dual CPU Select Maintenance Diags 1 Select Redundancy Select CPU Select Installed Broadmore 1700 Release 4 6 7 35 Configuration Module Configuration Module Configuration How to Configure Specific Modules 7 37 OC 12c STM 4c 7 38 OC 12c STM 4c BITS Timing Redundancy 7 39 OC 3c STM Ic 7 41 ATM DS3 NIM 7 43 ATM DS3 SAM 7 46 Unstructured DS3 SAM 7 49 Structured DS3 SAM 7 56 DS1 Nx64 SAM 7 63 Nx64 SAM 7 66 Unstructured E3 3 SAM 7 71 Multi Bit Rate MBR SAM 7 77 High Bit Rate HBR SAM 7 81 High Speed SAM HSAM 7 83 High Speed SAM HSAM 7 63 Serial Mux SAM Configuration 7 87 Serial Demux SAM Configuration
419. y for any of the specific targets no PDUs can be sent The process is then done If filters on and we have a filter entry the Notification Originator checks the filter to see if it is set to include or exclude this target If the filter is set to exclude this target then the message need not be sent to this target If filters are on and the filter associated with the target provides a mask the mask is used to see if this trap event can be sent to this target The mask allows the Notification Originator to check if the OID of the trap and snmpTrapOID 0 matches the subtree that is in the notify filter table That way it can check for certain event to send to a target such as a warmStart message only Finally using information from the target params table that is accessed from the target address table the Notification Originator checks the target address user information to see if the entity has view privileges for the object If the view is okay the PDU s are sent Either way the process is completed Views are checked whether or not filters exist Broadmore 1700 Release 4 6 12 32 SNMP Configuration Table Usage Table Usage The following summarizes the way that the SNMP tables are used User Management e User Community View Access and Group Tables from VACM Format for the PDU to send also used for Proxies e Target Address Table contains domain and addressing information timeout and retry informatio
420. y switch Consult the ATM switch documentation to accomplish this configuration 7 100 Broadmore 1700 Release 4 6 Configuration SVC Connection SVC Connection Follow the selection process shown below to add a new SVC The Establish a Call screen appears for data entry as shown below Select System Management Select Configure Select Configure SVC LINK UP SUC Connection Table Editor UniquePart i Local i FarEnd Cause DestAddr State CrdPrt Chan CrdPrt Chan UP UC Code Name 23 Rel d D 5 66FFFOO6 0 7 38 DSi trib 5 GU8H7CFFEA23 Active D 7 BBFFFFFF 87 191 From here use the Insert or shift key to access the input screen below Establish a Call onnection Name 051 trib 5 Local Slot D Local Port or Tributary 5 Local Channel Map J00000000000000000000000 Destination Address poe Remote Slot Remote Port or Tributary 1 aaa Broadmore 1700 Release 4 6 7 101 Configuration SVC Connection Item Definition Connection Name Press the space bar to select Connection Name and type a descriptive identifier For example test port 2 Local Slot The Local Slot is the chassis slot Local Port Number The Port number depends on the configuration Local Channel Map The Channel map depends on the configuration Channel map only applies to the DS1 NX64 E1 NX6

Broadmore 1700 - Force10 Networks

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