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Lucent MAX 6016 (MX60-T1AC

1. 1 8 Familiarize yourself with the MAX and optional expansion cards you ordered Make sure that you have everything you need to begin setting up the MAX What is a MAX The MAX is a WAN access router designed for central site remote access applications It has the following main features e Supports digital WAN access for numerous WAN services e Allows digital and analog modems to dial in over channelized BRI or EI PRI access lines e Provides IP and IPX routing bridging and terminal server functions e Aggregates multiple calls for bandwidth on demand e Supports multiple security methods e Provides various management and control features MAX 6000 Installation and Basic Configuration Guide 1 1 Getting Acquainted with the MAX Checking the MAX base unit Checking the MAX base unit Open the shipping package and make sure you have received the base MAX that you ordered Figure 1 1 shows the ac MAX base unit Figure 1 2 shows the ac Redundant MAX base unit Figure 1 3 shows the dc MAX base unit with its dc power source which is also present on the dc Redundant MAX 6000 unit not shown A Redundant MAX 6000 has a second identical power source that takes over if the primary power source fails Figure 1 1 MAX base unit ac PCMCIA e 1 2 act z cion T3 o Be 9 2 IN CONTROL LAN UTP DRAM SERIAL AL
2. 7 1 Finding information about WAN connections eese 7 2 Finding information about WAN security sees 7 3 Finding information about IP routing for Internet 7 4 Finding information about IPX routing 7 5 Finding information about using the MAX as a Frame Relay concentrator 7 5 Finding information about using the MAX as link level bridge 7 6 Finding information about MAX management sse 7 6 access provisioning information eeseeeeeeeeeeee enne ener ene 1 AT amp T 5ESS provisioning 4 Northern Telecom provisioning information sese A 5 Control monitor and MIF control port and cabling pinouts B 1 Palmtop controller pinouts eene nnne nennen enne B 2 Control monitor and MIF palmtop port and cabling pinouts B 3 CSU specifications rece e eee teet erri Ike B 5 RJ 48C RJ 48C crossover cable specifications B 7 MAX 6000 Installation and Basic Configuration Guide xiii Tables Table B 6 Table B 7 Table B 8 Table B 9 Table B 10 Table B 11 Table B 12 Table B 13 Table B 14 Table B 15 Table B 16 Table B 17 Table B 18 Table B 19
3. eee A 3 Supporting EI PRI WAN switched services eene ene A 3 Provisioning the switch for ISDN BRI access A 3 Parameters on the MAX iuste tee eere eoram Rei eee I EE R RE A 4 Information required from the ISDN BRI provider eee A 5 Generic SPIDs for NI 1 and NI 2 Service eene A 5 SPIDs fora SESS Switch ite sonestoe bean per eR A 6 SPIDs for a Northern Telecom DMS 100 Switch ee A 6 Appendix B Cables and Connectors eere enne B 1 Usernterface specifications rnit et eter rhe rr He ere PRESE a Pee ER HP tret B 1 Control port and cabling pinouts for the control monitor and MIP B 1 Pinouts for the palmtop controller esee eene enne nennen een B 2 Palmtop port and cabling pinouts for a control monitor eee B 3 Ethernet interface specifications eret B 4 TOBaseT cables ete Et EUREN TO tien B 4 100 ont EP Pe DEPO REPRE ER RENE Me bee trn B 4 TI PRI interface amp B 4 TI PRUCSU requirement se rec treo eDim e RR B 4 Port with internal CSU orem e ree tee ee T Ext EE een B 4 Port without internal CSU nere
4. B 29 Figure B 17 RS 449 RS 366 cable to generic serial B 31 Figure B 18 RS 449 cable to generic serial host B 33 Figure B 19 X 21 cable to generic serial B 35 xii MAX 6000 Installation and Basic Configuration Guide Tables Table 2 1 Table 2 2 Table 2 3 Table 3 1 Table 3 2 Table 3 3 Table 3 4 Table 3 5 Table 3 6 Table 3 7 Table 3 8 Table 3 9 Table 3 10 Table 3 11 Table 3 12 Table 3 13 Table 3 14 Table 3 15 Table 3 16 Table 3 17 Table 3 18 Table 5 1 Table 5 2 Table 6 1 Table 6 2 Table 6 3 Table 6 4 Table 7 1 Table 7 2 Table 7 3 Table 7 4 Table 7 5 Table 7 6 Table 7 7 Table 7 8 Table A 1 Table A 2 Table A 3 Table B 1 Table B 2 Table B 3 Table B 4 Table B 5 MAX front panel indicator 2 8 indicator lights for the power supply on the Redundant 2 9 Ethernet interface indicator lights on back panel ssssss 2 10 Summary of purpose of Ether Options Answer and Connection profiles 3 5 Navigating the MAX user interface sess 3 6 DO menu commands for session management sse 3 11 DO menu commands for testing and troubleshooting sess 3 12 DO menu commands for call management sse 3 12 Commands for ending terminal server sessions sseeeeeeee
5. nennen nennen nnne 3 13 Ending terminal server sessions esessseeeseeeeee rennen nennen 3 14 Terminal server functions ssion 3 14 Using the Diagnostic mode CLI 3 18 Accessing and quitting the Diagnostic mode CLI 3 18 Using diagnostic commands essent eene renes 3 18 Listing Diagnostic mode commands eese 3 19 Getting information about modem activity sse 3 19 Managing memory content ene en nene enren nente 3 20 Adding optional features to the MAX essere 3 21 Viewing the fatal error history log seen 3 21 Using status WIndOWS assess iceri gne inre pt ete ertet tu P e fae rbi 3 21 vi MAX 6000 Installation and Basic Configuration Guide Contents Activating and navigating status windows essere enne 3 22 Default status window displays seen eren eene 3 22 Ine Status WIDndOW oe ete ertet ette eee ote 3 23 Modem Stat window essent nennen eren nr En eres 3 23 Session and system status windows nennen nre 3 25 WAN and Ethernet status windows eese eee 3 26 Sys Option and Main Status Menu windows eee 3 27 Specifying which status window
6. 40 RD Ce DIR 8 e 39 RD e 13 DCD CTS RTS 7 t ct 38 RT 12 DIR DSR 6 o 37 RT 11 DSR 36DCD CTS 65 RX SEL 20 e 9 DCD CTS RT 28 SRI FGND 1 4 32 TT e Mom 31 TT RD 24 e 6 b ST 23 5 57 SD 22 1 4 50 e SGND20 19 e 1 FGND Male DB 44 Female DB 37 MAX 6000 Installation and Basic Configuration Guide B 33 Cables and Connectors Serial host interface specifications Table B 26 Pinouts for RS 449 cable to generic serial host Pair Signal MAX male DB 44 Host female DB 37 MAX MAX 1 FGND 1 1 2 SD 29 4 SD 30 22 3 RD 40 6 RD 39 24 4 ST 42 5 ST 41 23 5 RT 37 8 RT 38 26 6 DSR 6 11 DCD C 36 9 13 TS 7 RTS 7 7 RI 43 15 8 DTR 8 12 SGND 25 19 20 37 9 TT 31 17 TT 32 35 10 RX SEL 20 28 Pin positions separated by commas are jumped to each other Note To manufacture an RS 449 cable for Cisco routers use the wiring list shown in Table B 26 and connect the following DB 37 pins to SGND e DSR pin 29 CD pin 31 e CTS pin 27 B 34 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications X 21 cabling Lucent Technologies supplies a single X 21 cable You can use the X 21 cable for connecting to generic serial hosts if you
7. sene 3 4 Ethernet slot slot 90 000 sess emen nennen nennen 3 5 Ether Data slots virtual slots A0 000 C0 000 and D0 000 3 5 Serial WAN slot slot 000 enne enne 3 5 Proves 5 ge eee UD TD DURER TREE ERU DIE 3 5 Navigating the VT100 interface essent ener enne 3 6 Activating menus or status windows 3 6 Opening menus and profiles 3 6 Setting parameters ee nep pU erepti f ORI Ee PRESS 3 8 Setting enumerated parameters oo eee eee eee eeeeeeceseeceecaeecaecsaeaeceeeeseceeeeeeereeeeees 3 8 Opening edit fields etae et creo e P peto 3 8 Saving your changes x egeo Hee o ne eo He iR 3 9 Creating and saving a profile esee enne td eei rer ren eg 3 9 Activating profile D ROI IE E TR eU 3 10 Using the DO menu Jui ene PR eei rb e prope 3 11 Managing MAX configuration and management sessions 3 11 Testing and troubleshooting ene 3 12 Managing calls 32 E HARI IE ERU E e ER ER eee AERE 3 12 Using command line interface CLI tools eee eeecesceceseeesseeeeeeeeeeeeeceeeeceaeeeneeceeeeeaeeeenees 3 13 Using the terminal server CLI 3 13 Preparing for terminal server sessions 3 13 Starting terminal server sessions
8. Note The MAX can receive multichannel calls using Combinet or MP encapsulation only if all channels of the call share a common telephone number called a hunt group You can request that your service provider supply you with a hunt group Information required from the ISDN BRI provider For MAX units with Net BRI modules installed your ISDN BRI provider must provide you with the following information e telephone number assigned to your ISDN BRI line e The SPIDs assigned to your ISDN BRI line for lines running in any mode other than AT amp T Point to Point In countries outside the United States SPIDs might or might not be required Check with your carrier e Which channels are nailed up or unused if any Generic SPIDs for NI 1 and NI 2 Service A generic SPID format for National ISDN 1 NI 1 and National ISDN 2 NI 2 service is used by some telephone companies The format for generic SPIDs is the same for all switches as follows aaannnnnnnsstt e aaais the 3 digit Area Code and nnnnnnn is the 7 digit telephone number for the ISDN BRI line e 5518 Sharing Terminal Identifier ID which is a 2 digit number from 01 to 32 These two digits are normally 01 MAX 6000 Installation and Basic Configuration Guide A 5 Provisioning the Switch Provisioning the switch for ISDN BRI access e tt isa 2 digit code Terminal ID TID which is a 2 digit number from 01 to 08 These two digits are normally
9. Pair Signal Male RJ 48 Male Dual 310 P MAX MAX remote 1 Receive 1 Tip 1 2 Ring 1 2 Transmit 5 Tip 2 4 Ring 2 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors ISDN BRI interface specifications E1 PRI WAN ports Table B 17 lists the pins on RJ 48C sockets used for E1 PRI WAN interface on the MAX Only pins 1 2 4 and 5 are used The remaining pins are not connected Table B 17 Transmit and Receive pins MAX EI PRI interface RJ 48C DTE Receive input pair Tip T1 Position 2 Receive input pair Ring R1 Position 1 Transmit output pair Tip T Position 5 Transmit output pair Ring R Position 4 Note EI PRI models are also equipped with BNC connectors ISDN BRI interface specifications A A The MAX unit s ISDN BRI interface has specifications for the Net BRI module and the Host BRI module Warning To reduce the risk of fire communication cable conductors must be 26 AWG or larger Attention Afin de reduire les risques d incendie les fils conducteurs du cable de communica tion doivent etre d un calibre minimum de 26 AWG American Wire Gauge c est a dire d un minimum de 0 404 mm Warnung Um Feuerrisiken zu reduzieren m ssen die Kommunikationskabel AnschliiBe 26 AWG oder gr er sein Net BRI module interfaces The Net BRI card MX SL 8BRIN connects to the WAN through a Network Termination Type 1 NT1 de
10. RIP Summary No RIP Trigger Yes ICMP Redirects Accept 7 Press the Down Arrow key to move the cursor to the Telnet PW parameter 8 Press the Right Arrow key An edit field opens delimited by brackets 90 00 Mod Config Module Name max Ether options WAN options SNMP options OSPF options OSPF global options Route Pref TServ options Bridging No IPX Routing No AppleTalk No Shared Prof Yes Telnet Security Global elnet PW xxxxx The edit field includes a blinking text cursor 9 Typea password of 20 or fewer characters 10 Press Enter to exit the text entry mode 11 Press the Left Arrow key to display the Exit menu Exit gt 0 Don t exit 1 Exit and discard 2 Exit and accept MAX 6000 Series Hardware Installation Guide 4 9 Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes 12 Press 2 to exit and save the changed password The Ethernet menu reappears The process of Setting password protection for Telnet access is complete Setting password protection for SNMP access An SNMP community string is a password that SNMP manager applications must specify to gain access to the SNMP Management Information Base MIB The read community string is public by default enabling SNMP managers to perform read commands The read write community string is write by default enabling SNMP managers to perform read and w
11. sese B 18 Serial host interface specifications B 18 VBS a DT a N niente o EH eU URP B 20 V 35 V 25 018 1 0 i eee et re EE Ee d RE B 20 V 35 cable to generic serial host sec irse 22 V 35 RS 366 cable to generic serial host 2 B 23 V 35 RS 366 cable to CLI 5 eoe Pedo perte B 25 MAX 6000 Installation and Basic Configuration Guide ix Contents V 35 RS 366 cable to PictureTel oo eee eene enne B 27 RS 366 cabling on audent Deer o er Et A ERES B 29 RS 449 RS 366 DB 37 cable to Video Telecom B 29 RS 449 RS 366 cable to generic serial host sse B 31 RS 449 cable to generic serial host sese B 33 XJ2Icabling eR EE ee Eee em B 35 Cable len sth requirements oce aient B 36 Serial WAN cabling specifications seeeseseeeeeeeeeeeeenen nennen B 37 V 35 cable to WAN EAE E iced P os B 37 RS 449 cable to WAN aici nee eee ree recen scenic B 38 IDSE Specifications ise eee pereo tee te PEE Ue Dn petierit B 39 General specifications ssn erae Rite ae Res ope iter iet B 39 Network interface specifications 39 Loopback testing serene B 40 Appendix C Electri
12. Link Access Procedure Modem Microcom Networking Protocol LAPM MNP error control negotiation the V42 MNP parameter e The highest possible baud rate accepted by the far end modem the Baud Rate parameter Modem transit level which is the amount of attenuation in decibels the MDM Trn Level parameter e Modulation in 56K modems MDM Modulation parameter e Whether the digital modem attempts cellular or conventional modem negotiation and the cellular modem gain level the Cell First and Cell Level parameters e Parity the 7 Even parameter e Packet handling for specialized applications the Packet Wait and Packet Characters parameters Enabling the terminal server and setting up login procedures To configure the terminal server access parameters in the Ethernet Mod Config TServ Options profile The terminal server is disabled by default To enable it set the TS Enabled parameter By default the terminal server does not require a login name and password for access to the terminal server CLI To require a login and password set the Security parameter The parameter permits the following types of access e access which prompts users for a name and password upon initial login and when they switch between terminal mode and menu mode e Partial access which prompts users for a name and password only when they attempt to enter terminal mode MAX 6000 Installation and Basic Configuration Gui
13. Defining the call session The Session Options subprofile contains parameters that define connection variables applied on a session by session basis including the following e the routing table is updated the RIP parameter e How filters are applied the Data Filter Call Filter IPX SAP Filter and Filter Persistence parameters session terminal server and channel idle times are handled the Idle TS Idle TSIdleMode and Preempt parameters e The maximum duration of an incoming session the Max Call Duration parameter MAX 6000 Installation and Basic Configuration Guide 5 7 Basic Configuration Tasks Establishing dial in calls through terminal server connections Specifying DHCP settings The DHCP subprofile defines whether the MAX processes DHCP packets and acts as a DHCP server the Reply Enabled parameter the address pool to use to assign NAT clients the Pool Number parameter and the number of dynamic addresses to assign to NAT clients on the connection the Max Leases parameter Establishing dial in calls through terminal server connections Asynchronous dial in calls initiated from analog modems ISDN modems also called terminal adapters or TAs or raw TCP are handled by the MAX unit s terminal server software which establishes connections to other network hosts Sessions established through the MAX terminal server are end to end connections with a terminal device such as termina
14. Nominal voltage 3 0 V Typical voltage 32 V 3 3 V Rated capacity 500 mA on 20 Kohm to 2 0 V at 70 F 21 C Operating temp 40 F to 140 F 40 C to 60 C C 2 MAX 6000 Installation and Basic Configuration Guide Safety Related Electrical Physical and Environmental Information Physical specifications Physical specifications The MAX base system weighs 15 165 6 81 kg A fully loaded system weighs 30 lbs 13 6 kg The MAX has the following dimensions 3 5 inches x 17 inches x 12 inches 8 9 cm x 43 2 cm x 30 5 em Alarm relay operating specifications A On the back panel of a MAX is a pair of alarm relay terminal block contacts that remain open during normal operation The contacts close during loss of power hardware failure or reset The maximum rated load for the alarm relay are the following e 1Aat30 Vdc 0 6 A at 60 Vdc 0 6 A at 60 Vac Warning To reduce the risk of electric shock do not connect the alarm circuit to a device with an output exceeding 30 volts root mean square Vrms 42 4 Vpeak or 60 Vdc Environmental requirements For best results you should house the MAX in a room with constant temperature and humidity In general cooler environments are better An operating temperature of 32 to 131 F 0 to 55 C is recommended Storage temperatures of 40 F to 176 F 40 C to 80 C are acceptable Humidity should be high enough to p
15. PCMCIA e 12 em e Lal M LAN UTP DRAM La SERIAL ALARM ac power switch ac power cord adapter Figure 2 2 Redundant MAX base unit s switch and cord adapter ac PCMCIA 1 2 3 4 WAN LAN UTP DRAM SERIAL ALARM ac power switch ac power cord adapter MAX 6000 Installation and Basic Configuration Guide 2 3 Setting Up and Testing the MAX Hardware Inserting an expansion card Figure 2 3 MAX base unit s power cord adapter dc Note There is no dc power switch on the dc powered MAX base unit Inserting an expansion card A Caution When installing any expansion card be sure to follow proper procedures such as using a grounding mat and a grounding wrist strap to prevent buildup of static electricity If your MAX package includes expansion modules that are not already installed in your MAX insert the modules now Perform the following steps 1 For the ac powered MAX and the redundant ac powered MAX make sure you switch off and you unplug the power cord For the dc powered MAX make sure that you unplug the power For more information see Power switches and cables on page 2 3 AN Warning Failure to turn off the MAX power and unplug the power cord could result in bodily injury 2 Hold the expansion card with the network ports facing you and insert the card into a back panel slot as shown in Figure 2 4 Do not handle the slo
16. cece ee cee eee eae 6 24 Now that you have set up your MAX and connected it to the network you can gather the information you need to configure the MAX for network operations Using the MAX unit s VT100 interface you can set the required parameters to enable basic LAN and WAN connectivity Follow the instructions in this chapter for basic Ethernet ISDN BRI E1 PRI and T1 PRI Then perform basic tests of the connections For detailed instructions on network and MAX configuration see the Network Configuration Guide for your unit For detailed information about parameters and commands see the MAX Reference For detailed information about using the VT100 interface for configuring the MAX see the MAX Administration Guide Making required preparations Before you begin basic configuration of your MAX make sure that you have installed the MAX as described in Chapter 2 Setting Up and Testing the MAX Hardware You must also have read Chapter 3 MAX User Interfaces and completed the security precautions appropriate for your site as described in Chapter 4 Preparing to Configure the MAX Also make sure that you have the following available e One or more active installed and provisioned ISDN lines accessible from the MAX The type of line E1 PRI or T1 PRI depends on the MAX model you are configuring and whether you purchased an ISDN BRI network interface or terminal interface expansion card These lines must provid
17. e Whether the connection is a single user PPP connection or a router the Peer parameter e AppleTalk zone name the Zone Name parameter e The zone range that defines the networks available for packets routed to the static route the Net Start and Net End parameters OSPF Options When Run OSPF is set to Yes this subprofile defines The characteristics of the OSPF area to which the interface belongs the Area and AreaType parameters e Timing of packets through the interface and time to wait before declaring routers down the Hello Interval and Dead Interval parameters e Router priority in determining the designated router the Priority parameter e Characteristics of link cost metric the Cost and DownCost parameters e Authentication characteristics the Auth Type AuthKey Key ID and MD5Key parameters Defining the call session The Session Options subprofile contains parameters that define aspects of the connection applied on a session by session basis including the following e How filters are applied the Data Filter Call Filter Filter Persistence and IPX SAP Filter parameters session terminal server and channel idle times are handled the Idle TS Idle TSIdleMode and Preempt parameters e The name of a backup Connection profile for a nailed connection when the far end device goes out of service the Backup parameter e the MAX determines when and for
18. Parameters referred to as enumerated parameters have predefined sets of values from which you make a selection Other parameters have text fields into which you enter values Setting enumerated parameters Opening edit fields You modify enumerated parameters by placing the cursor beside the parameter and pressing the Right arrow key Enter or Return until the proper value appears To open an edit field for a text based parameter such as a password 1 Press the Down Arrow key or Ctrl N next to move the cursor to that parameter for example Telnet PW 3 8 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using configuration menus 2 Press the Right Arrow key or Enter An edit field opens delimited by brackets as shown under the Telnet PW parameter in the following example 90 D00 Mod Config odule Name Ether options WAN options SNMP options OSPF options OPPF global options Route Pref TServ options Bridging No IPX Routing No AppleTalk No Shared Prof No Telnet Security Global Telnet PW RIP Policy Poison Rvrs RIP Summary No ICMP Redirects Accept A blinking text cursor within the brackets indicates that you can start typing text If the field already contains text it is cleared when you type a character 3 To modify only a few characters of existing text use the arrow keys to position the cursor then delete or overwrite the char
19. RT 27 RS 366 NBT 36 DCD CTS Gl 1 FGND ec RS 366 DLO21 T9 amp 3 RS 366 ACR SD 22 9 GL 4SD ST 235 T9 Gl 5sT RD 24 10 l_ 6 RD ol 7nrs RT 26 aie GL 8RT 31 9 DCDICT RS 366 NB2 28 0 RS ECHO 9 cL 11 DCD CTS 4 GL 12DTR RS 366 NB4 32 0 8 14 RS 366 DPR RS 366 PND 33 O 6 15 RS 366 NB8 GET Gl 16 RS 366 NB1 e Gi 18 DCD CTS SGND 37 10 GL 19 FGND MAX 6000 Installation and Basic Configuration Guide B 29 Cables and Connectors Serial host interface specifications Table B 24 Pinouts for RS 449 RS 366 DB 37 cable to VTC Pair Signal MAX male DB 44 Host RS 449 RS 366 MAX MAX male DB 37 1 FGND 1 1 FGND 1 19 2 SD 29 4 SD 30 22 3 RD 40 6 RD 39 24 4 ST 42 5 ST 41 23 5 RT 37 8 RT 38 26 6 DSR 6 2 DCD CTS 36 9 11 18 7 RTS 7 7 RI 43 15 8 DTR 8 12 SGND 25 37 9 RS 366 9 14 DES 10 3 RS 366 ACR 10 RS 366 11 10 RY 12 33 RS 366 PND 11 RS 366 13 21 DLO 12 RS 366 21 16 NB 22 28 RS 366 NB2 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 24 Pinouts for RS 449 RS 366 DB 37 cable to VTC continued Pair Signal MAX male DB 44 Host RS 449 RS 366 MAX MAX male DB 37 13 RS 366 23 32 NEY 24 34 RS 366 NB8 14 RX SEL 20 28 Pin positions separated
20. ACR 10 3 11 CRQ 11 4 PND 12 5 12 DLO 13 22 SGND 25 7 18 19 13 NBI 21 14 NB2 22 15 B 24 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 21 Pinouts for V 35 RS 366 cable to generic serial host continued Model number MBHD V35 366 Part number 2510 0077 001 Pair Signal MAX male DB 44 Host female V 35 RS 366 female DB 25 MAX MAX 14 NB4 23 16 NB8 24 17 15 DSC 36 13 16 RX SEL 28 44 Pin positions separated by commas are jumped to each other V 35 RS 366 cable to CLI The V 35 RS 366 cable connects the MAX to the V 35 port of the Compression Labs Inc CLI Rembrandt II codec with support for RS 366 dialing Figure B 14 and Table B 22 show the V 35 RS 366 cable pinouts Figure B 14 V 35 RS 366 cable to CLI codec V 35 RT 1 V 35 RT RS 366 DLO 1 RS 366 PND 12 RS 366 CRQ 1 RS 366 ACR 1 V 35 FGND 5 14 44 V 35 Rx SEL R O PEE E 3 1 2 Rx SEL e Spo 43 V35 RI 27 V 35 1 26 V 35 SD o 25 V 35 SGND 9 ls 7 24 V 35 8 8 ls 9 2 23 V 35 NB4 7 la 22 V 35 NB2 6 amp e 21V38 NB ss vss DCD CTS 4 p 2 21 17 35 TT e 16 V 35 TT Male DB 44 V 35 SD 691 1 V 35 FGND V 35 RT 15 L 25
21. AIM BONDING inverse multiplexing services to devices connected to them K56 modem card You can install the K56 modem card in the same MAX that has V 90 S56 III modem cards already installed The K56 modem card provides 8 12 or 16 modems depending on the number of modems on the card V 90 S56 Ill modem card 56 III V 110 card You can install the V 90 S56 III modem card Series56 in the same MAX that has K56 modem cards already installed The V 90 S56 III modem card Figure 1 7 provides 18 24 or 30 modems The card can terminate both modem and High Level Data Link Control HDLC calls Figure 1 7 V 90 5561 digital modem card The V 110 card Figure 1 8 supports as many as eight V 110 WAN sessions You can install a maximum of two V 110 cards in the MAX Figure 1 8 V 110 card MAX 6000 Installation and Basic Configuration Guide 1 5 Getting Acquainted with the MAX Locating expansion cards PIAFS 16 card IDSL card DHRAM card PIAFS 16 card Figure 1 9 supports as many as 16 Personal Handyphone System PHS Internet Access Forum Standards PIAFS WAN sessions You can install a maximum of two PIAFS 16 cards in the MAX Figure 1 9 PIAFS card The Lucent Technologies ISDN Digital Subscriber Line IDSL card Figure 1 10 appears as BRI LT in the VT100 menu screen and supports incoming and outgoing voice calls To sup
22. Call Type parameter 5 5 Callback Delay parameter 5 5 Callback parameter 5 5 Call by Call parameter 5 5 Called parameter 5 2 Calling parameter 5 2 calls authentication 5 6 per session configuration 5 4 placing 5 2 receiving 5 2 termination diagnostic information 3 19 CBCP Enable parameter 5 7 CBCP Mode parameter 5 2 CBCP Trunk Group parameter 5 2 Cell First parameter 5 9 Cell Level parameter 5 9 Ch N parameter 6 13 6 15 Ch N parameter 6 13 6 15 6 20 6 21 Ch N Slot parameter 6 13 6 15 Clear Call parameter 5 10 CLID Calling Line Identification 5 6 Client Assign DNS parameter 5 3 Client Assign WINS parameter 5 3 Client Pri DNS parameter 5 3 Client Pri WINS parameter 5 3 Client Sec DNS parameter 5 3 Client Sec WINS parameter 5 3 close terminal server command 3 17 5 13 Close TELNET DO command 3 11 Clr Scrn parameter 5 10 clr history diagnostic command 3 21 COMB parameter 5 6 Combinet encapsulation 5 7 compression Answer profile definition 5 7 Connection profile definition 5 2 Compression parameter 5 7 configuration BRI lines 6 7 6 9 lines 6 17 6 24 Main Edit Menu defined 3 3 saving to file restoring and clearing 3 20 security settings 4 3 4 11 T1 lines 6 10 6 17 V T100 interface purpose and usage 3 1 Connection profiles defined 3 5 purpose and usage 5 1 5 5 console cable connecting to VT100 terminal 2 2 Contact parameter 4 13 Contract DO command 3 12 control monitor B 3 c
23. D Diagnostics To execute a DO command press and release the Ctrl D or the DO key ona palmtop controller which is an optional input device and then press and release the next key in the sequence such as 1 to invoke the Dial command On a VT100 terminal the PF1 function key is equivalent to Ctrl D DO menu commands provide ways to manage MAX units In some cases they duplicate functions that are accessible through other methods such as VT100 interface menu items The availability of a particular command depends on your location in the VT100 interface and the Security profile in effect For information about Security profiles see Securing the MAX from unauthorized configuration changes on page 4 3 Managing MAX configuration and management sessions The commands summarized in Table 3 3 are tools for managing sessions with MAX units Table 3 3 DO menu commands for session management DO menu command Function ESC DO 0 Aborts and exits the DO menu Load DO L Loads parameter values into the current profile Menu Save DO M 8 Saves the VT100 interface menu layout Password DO P 9 Logs in to or out of the MAX Save DO S Saves parameter values in the specified profile Close TELNET DO C Closes the current Telnet session MAX 6000 Installation and Basic Configuration Guide 3 11 MAX User Interfaces Using configuration menus Testing and troubleshooting The DO commands sum
24. Table B 20 Table B 21 Table B 22 Table B 23 Table B 24 Table B 25 Table B 26 Table B 27 Table B 28 Table B 29 Table B 30 Table C 1 Table C 2 Table C 3 RJ 48C RJ 48C straight through cable B 8 RJ 48C DA 15 straight through cable specifications esses B 9 RJ 48C DA crossover cable 1 B 10 RJ 48C Bantam straight through cable 1 8 B 10 RJ 48C Loopback plug specifications eee B 11 Transmit and Receive pins eese enne ener ennt B 11 RJ 48C RJ 48C crossover cable specifications sessssse B 13 RJ 48C RJ 48C straight through cable B 14 RJ 48C DA 15 straight through cable B 14 RJ 48C DA crossover cable specifications essere B 15 RJ 48C Bantam straight through cable B 16 Transmit and Receive pins sees enne enne nne nente enn B 17 Serial host interface cabling abbreviations B 18 Pinouts for V 35 V 25 bis cable to Cisco B 20 Pinouts for V 35 cable to generic serial B 22 Pinouts for V 35 RS 366 cable to generic serial B 24
25. V 35 RS 366 cable to generic serial host The V 35 RS 366 cable for connection to generic serial hosts connects the MAX to the V 35 ports of a wide variety of equipment that uses RS 366 dialing A female to male V 35 gender changer is included when you order the cable Figure B 13 and Table B 21 show the V 35 RS 366 cable pinouts Figure B 13 V 35 RS 366 cable to generic serial host 14 ol 44 RX SEL DLO 13 5 901 5 se 43 RI 13DSC PND 12 lo 2 1 25 RX SEL e 11 1 otl 56 Sp e ACR 10 35 SGND DLO22 e 9 9 7 o 1 24 NB8 e RIR 8 e 2 23 NB4 e DSR 6 o 99 27 NBI 36 DSC GND19 9 e 750 0 ST 5 p SGND 18 T e STL 4 o ie NB8 17 9 e SEND RD 3 NB4 16 T9 el SACR D 2 e FGND 1 le 2 1717 1 f 20PR SS Male DB 44 Female V 35 Female DB 25 MAX 6000 Installation and Basic Configuration Guide B 23 Cables and Connectors Serial host interface specifications Table B 21 Pinouts for V 35 RS 366 cable to generic serial host Model number MBHD V35 366 Part number 2510 0077 001 Pair Signal MAX male DB 44 Host female V 35 RS 366 female DB 25 MAX MAX 1 FGND 1 A 2 SD 26 P SD 27 3 RD 2 R RD 3 T 4 ST 4 Y ST 5 5 RT 14 V RT 15 X 6 DSR 6 DCD CTS 36 D F 7 RTS 7 C RI 43 8 DTR 8 H SGND 25 B 9 TT 16 U TT 17 W 10 DPR 9 2
26. and Connection profiles Additional profiles exist Some are common to all MAX models and others differ depending on the model and configuration of your MAX Table 3 1 summarizes the purpose of Ether Options Answer and Connection profiles which are described in more detail in later sections of this chapter and in Chapter 5 Basic Configuration Tasks Other profiles are described in detail in the Network Configuration Guide Table 3 1 Summary of purpose of Ether Options Answer and Connection profiles Profile Parameters configure Ether Options Local Area Network including the IP address and other LAN routing protocols This profile is accessed from Ethernet Mod Config Ether Options Answer The MAX unit s behavior when answering incoming WAN calls This profile is accessed from Ethernet Answer Connection Direct connections to known remote devices A MAX can store as many as 31 Connection profiles internally You can use external storage devices such as RADIUS servers if you need more profiles than can be stored on the MAX The Connection profiles are accessed from Ethernet gt Connections MAX 6000 Installation and Basic Configuration Guide 3 5 MAX User Interfaces Using configuration menus Navigating the VT100 interface Table 3 2 lists the basic VT100 interface navigation commands and the following sections provide instructions for and examples of using the interface In the exa
27. static routes default configuring 6 5 status messages 3 21 status windows activating 3 22 3 28 customizing appearance of 3 28 scrolling information 3 22 verifying physical connections 6 16 6 23 Sub Pers parameter 5 7 Switch Type parameter 6 7 6 8 6 9 6 12 6 14 6 19 6 20 switch types specifying 6 7 6 8 switched channel specifying 6 8 6 9 Sys Options window 3 27 Syslog parameter 4 13 Syslog reporting configuring MAX 4 13 configuring UNIX host 4 13 purpose with MAX unit 3 29 syslog conf file 4 13 system event logging 3 26 name administrator and location information 4 12 options displaying 3 27 status windows 3 25 uptime displaying 3 27 system administration Diagnostic mode CLI 3 18 3 21 resources in MAX manuals 7 6 7 7 software loading 3 20 superuser administrative permission 4 12 tools 3 28 3 29 System profile 4 12 4 14 T T1 PRI lines basic configuration 6 10 6 17 MAX connecting 2 6 provisioning for inband signaling A 1 provisioning switch A 2 status window verifying physical connections 6 16 testing 6 24 6 25 T1 PRI model cable specifications B 6 CSU requirements B 4 interface specifications B 4 T1 line connecting 2 6 WAN connector specifications B 11 t3pos terminal server command 3 17 Target Util parameter 5 7 tcp terminal server command 3 16 TCP Clear parameter 5 6 telephone company line options 5 5 telnet terminal server command 3 16 5 10 6 6 Telnet Host Auth parameter
28. 16 90 000 Ethernet A0 000 Ether Data B0 000 Serial WAN C0 000 Ether Data D0 000 Ether Data Press the Right Arrow key The Ethernet menu appears 90 000 gt 4 N KR DB DB DB DB BR BD WB BW BW YB WW 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 0 0 BO 0 CO 0 DO 0 EO 0 FO CASCO OGOOGO OOO uc C cx C Ethernet Connections Names Passwords Bridge Adrs Static Rtes Filters Firewalls Frame Relay X 25 Answer SNMP Traps SNMPv3 USM Users IPX Routes IPX SAP Filters Virtual Routers Mod Config Press the Down Arrow key to move the cursor to Mod Config 90 000 Ethernet 40 100 Connections 40 200 Names Passwords 40 300 Bridge Adrs 40 400 Static Rtes 40 500 Filters 40 600 Firewalls 40 700 Frame Relay 40 800 X 25 40 900 Answer 40 A00 SNMP Traps 40 B00 SNMPv3 USM Users 40 CO0 IPX Routes 40 D00 IPX SAP Filters 40 E00 Virtual Routers 40 F00 Mod Config 4 8 MAX 6000 Series Hardware Installation Guide Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes 6 Press the Right Arrow key to display the Mod Config profile 90 D00 Mod Config gt Module Name max Ether options WAN options SNMP options OSPF options OSPF global options Route Pref TServ options Bridging No IPX Routing No Shared Prof Yes Telnet PW xxxxx Telnet Security Global RIP Policy Poison Rvrs
29. 3 14 Managing MAX units from the terminal server esses 3 14 Monitoring and managing IP and IPX routing from the terminal server 3 15 Initiating host to host connections from the terminal 3 16 Initiating login sessions with remote hosts from the terminal server 3 16 Dialing out through digital modems from the terminal server 3 17 X 25 management from the terminal server 3 17 Tunnel management from the terminal server sese 3 17 Getting information about diagnostic commands sess 3 19 Obtaining diagnostic information about modem activity 3 19 Commands for managing the MAX unit s memory see 3 20 Commands for fatal error history log usage sese 3 21 Modem status characters esessessseeeeseeeeeee nennen renes 3 25 Subprofiles in Ethernet gt Connections gt any Connection profile 5 3 Terminal server commands for digital modems sss 5 13 Ethernet configuration information sees 6 2 BRI line configuration information eese eene 6 7 line configuration information seen 6 11 line configuration information seen 6 19 Finding information about lines slots and ports
30. 3 3 MAX User Interfaces Using configuration menus Figure 3 1 shows the MAX physical slots and interfaces that correspond to MAX virtual slots Figure 3 1 Slot and port numbering in the MAX 6000 Slot 5 Slot 8 Slot 4 Slot 7 Slot 3 Slot 6 1 2 3 WAN e ero ee Soa coL6 Gier CONTROL LAN UTP DRAM SERIAL ALARM SI Slot 9 SlotB Sli ot 2 PCMCIA e e 5 System virtual slot 00 00 The system itself is assigned virtual slot number 0 menu 00 000 The System menu contains the following profiles and submenus which are all related to systemwide configuration maintenance and security 00 000 System 00 100 Sys Config 00 200 Sys Diag 00 300 Security 00 400 Feature Codes 00 500 Destinations 00 600 Dial Plan 00 700 Answer Plan T1 or E1 slots 10 000 and 20 000 The built in T1 or E1 connections are slot 1 and slot 2 menus 10 000 and 20 000 respectively Each of these slots accommodates two T1 or E1 lines The menus for configuring and testing the lines are organized as follows 10 000 Net T1 or Net E1 10 100 Line Config 10 200 Line Diag 20 000 Net T1 or Net El 20 100 Line Config 20 200 Line Diag Expansion slots slots 30 000 through 80 000 The six expansion slots are slots 3 8 menus 30 000 through 80 000 numbered as shown in Figure 3 1 Before instal
31. 3 5 purpose and usage 5 1 5 5 routing enabling 5 3 5 4 creating and saving 3 9 RS 366 cabling specifications B 29 Default Security 4 3 Ether Options defined 3 5 S purpose and usage 5 1 Full Access Security 4 6 4 12 SAP HS Proxy Net N 5 4 Mod Config 3 8 Save DO command 3 11 purpose and usage 3 5 3 9 saving to file 3 20 SDRAM main memory 3 20 System 4 12 4 14 Sec DNS parameter 6 3 6 5 Prompt parameter 5 10 Sec History parameter 5 7 prompt terminal server command line 5 10 Sec Num parameter 6 8 6 9 Sec SPID parameter 6 8 security Q factory default access restricting 4 3 4 5 Full Access Security profile setting password quit terminal server command 3 14 4 6 4 7 resources in MAX manuals 7 2 7 3 7 4 terminal server 5 9 5 10 R Security parameter 5 9 5 11 Security profiles configuring 4 3 4 11 R W Comm parameter 4 11 Select CLID parameter 5 6 R2 signaling 6 18 6 22 Send Auth parameter 5 2 rack mounting 1 8 2 2 Send Name parameter 5 2 RADIUS Send PW parameter 5 2 Connection profile storage 3 5 5 1 serial host NavisRADIUS products 3 29 interface cabling abbreviations B 18 purpose with MAX units 3 29 interface specifications B 18 raw TCP connections 3 15 5 8 Serial Line Internet Protocol SLIP 5 11 received frames displaying 3 27 serial number displaying 3 27 Recv Auth parameter 5 7 Serial port Recv Name parameter 5 2 corresponding menu item 3 5 Recv PW parameter 5 2 Serial V 35 DTE port B 37 remote terminal
32. 5 11 Telnet Mode parameter 5 10 Telnet password setting 4 3 4 7 4 10 Telnet PW parameter 4 9 Term Rate parameter 4 13 Term Type parameter 5 10 terminal adapters 5 8 terminal emulator usage 3 2 terminal mode terminal server 5 9 5 10 terminal server commands 3 14 3 17 dial in call handling 5 8 5 9 dial out calls 5 12 5 13 DO menu access 3 12 enabling 5 9 Index 8 MAX 6000 Installation and Basic Configuration Guide Index U terminal server continued commands 3 6 immediate host access 5 11 Control port 2 2 3 2 menu access 5 11 enumerated parameters 3 8 security 5 9 5 10 Main Edit Menu 3 3 terminal mode 5 10 menu numbers 3 3 usage 3 13 3 14 navigating menus profiles 3 6 3 9 terminal type terminal server 5 10 purpose and usage 3 1 Termserv DO command 3 12 saving configuration changes 3 9 special characters 3 6 test terminal server command 3 14 startup screen 2 11 testing connections Telnet access 3 2 hardware requirements 2 1 LAN ic 6 6 be and pori 3 3 WAN procedure 6 24 testing POST 2 11 Time parameter 4 13 t Loadcode diagnostic command 3 20 Toggle DO command 3 12 WAN Wide Area Network Toggle Scrn parameter 5 11 1 4 ports 1 4 traceroute terminal server command 3 15 WAN Wide Area Network ports Transit parameter 5 5 E1 PRI connector specifications B 17 status windows 3 26 transmitted frames displaying 3 27 switched services B Tf trestore diagnostic command 3
33. 6000 Installation and Basic Configuration Guide 5 1 Basic Configuration Tasks Establishing WAN connectivity through Connection profiles Connection profiles contain parameters that define how the MAX places a call across a WAN and the characteristics that govern an already established call from a known caller A MAX that is placing a call uses a Connection profile to determine such characteristics as the telephone number the number of channels and the encapsulation method to use for the connection A MAX that is receiving a call first uses its Answer profile to determine how to handle an incoming call but then immediately searches for a matching Connection profile that can define the desired call characteristics If the MAX does not find a Connection profile that matches the incoming caller the caller is identified as unknown and the MAX can use the characteristics specified in the Answer profile to handle the call Connection profile functions The following sections summarize the functionality of a Connection profile Chapter 6 Quickstart describes a basic Connection profile configuration For detailed information about configuring the MAX on your network see the Network Configuration Guide for your MAX unit For information about specific parameter settings see the MAX Reference Identifying the remote device or caller The values that define the remote device include the station name and call numbers The station name is spec
34. A IPX Pool N A IPX SAP Filter N A Handle IPX Type20 N A Set the IP Adrs parameter to the IP address and optional subnet mask of the MAX A slash separates the address and the mask For example 198 5 248 40 29 indicates that 29 bits of the IP address are interpreted as network bits Press the Left Arrow or Escape key to exit the Ether Options profile A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept 4 2 MAX 6000 Series Hardware Installation Guide Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes 4 Press 2 to save your changes 5 Press the Left Arrow key twice to return to the Main Edit Menu Securing the MAX from unauthorized configuration changes To secure the MAX from unauthorized configuration changes you need to restrict the access automatically granted to all callers on a new MAX by doing the following e Restrict the configuration access to the MAX provided by the Default Security profile See Restricting the default access on page 4 3 e Change the Full Access Security profile password from the factory default which is Ascend to a secure password See Changing the password in the Full Access Security profile on page 4 6 e Set a password to be used by all callers requesting Telnet sessions See Setting password protection for Telnet access on page 4 7 e Change the default SN
35. Compression the IPX Header Compression Link Compression and VJ Comp parameters e Callback CBCP Enable parameter e Frame size MRU and MTU parameters e Link quality the LOM Min and Max parameters e Dynamic bandwidth management the BACP Dyn Alg Sec History Add Pers Sub Pers Min Ch Count Max Ch Count Target Util and Idle Pct parameters The Ethernet gt Answer gt COMB Options subprofile contains parameters that further define Combinet encapsulation characteristics e Password requirements the Password parameter e Transmission of line integrity packets the Interval parameter e Data compression the Compression parameter The Ethernet gt Answer gt V 120 subprofile contains the Frame Length parameter that defines V 120 encapsulation information field length The Ethernet Answer X 75 Options subprofile contains parameters that further define X 75 encapsulation including the following e Information field length the Frame Length parameter e line recovery procedure the Retran Count and Retran Timer parameters The Ethernet gt Answer gt TCP Clear Options subprofile contains parameters that are used to improve raw TCP performance including Detect End of Packet End of Packet Pattern Packet Flush Length and Packet Flush Time The Answer profile s IP Options and IPX Options subprofiles contain parameters that define routing the Metric and Peer parameters
36. DA 15 through a 200 ohm resistor Connect pin 8 DA 15 to pin 10 DA 15 through 200 ohm resistor Cable length requirements Table B 28 specifies the recommended maximum length of the cable between the MAX and the serial host equipment Longer distances at the specified data rates are possible when you use terminal timing If you require still longer distances you can install the Lucent Technologies RPM a hardware device that provides an extended distance high speed link between the MAX and the serial host equipment Table B 28 Cable length requirements MAX cable length Serial data rate 25 feet 7 6 m 3 Mbps 75 feet 23 m 2 Mbps 150 feet 45 7 m 512 Kbps B 36 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial WAN cabling specifications Serial WAN cabling specifications The MAX unit s serial WAN interface supports nailed up connections to the WAN Data packets from the unit s bridge or router module can use this interface but bit streams from devices connected to the MAX unit s serial host ports cannot The MAX unit s serial WAN port is compatible with the following two electrical standards e V35 e 5 449 422 In the cable wiring tables that follow the MAX is the Data Terminal Equipment DTE that connects to a Data Circuit terminating Equipment DCE device through its serial WAN port The MAX receives the Send Timing and Receive Timing cl
37. DRAM interface 1 4 fclear diagnostic command 3 20 DSX short haul mode cable length 6 13 FDL Facilities Data Link protocol 6 13 dual IP 5 1 FDL parameter 6 13 6 15 Dyn Alg parameter 5 7 features determining support on MAX unit 3 21 dynamic IP addressing configuring 5 3 6 16 6 23 Field Service parameter 3 18 Filter Persistence parameter 5 4 5 7 E flash memory purpose and usage 3 20 Force56 parameter 5 5 E1 PRI lines 3 FR Direct parameter 5 5 configuring 6 17 6 24 FR DLCI parameter 5 5 connecting to MAX 2 6 FR parameter 5 6 El line connecting 2 6 FR Prof parameter 5 5 provider mom alon ie frame error displaying 3 27 status window verifying physical connections 6 23 testing 6 24 6 25 Frame Length parameter 5 7 Encaps parameter 5 2 5 6 Frame Relay resources in MAX manuals 7 5 encapsulation method Framed Only parameter 5 6 Answer profile definition 5 6 frames received and transmitted 3 27 Connection profile definition 5 2 Framing Mode parameter 6 12 6 15 6 20 6 21 Encoding parameter 6 12 6 15 frestore diagnostic command 3 20 End of Packet Pattern parameter 5 7 Front End parameter 6 12 B 4 environmental requirements C 3 front panel LEDs 2 8 error control negotiation 5 9 MAX 2 8 errors frame 3 27 Redundant MAX 2 9 ESC DO command 3 11 fsave diagnostic command 3 20 Ether Options profile 3 5 5 1 Caller parameter 5 5 Ethernet Full Access Security profile configuration 6 2 6 6 activating administrat
38. Forthe ac MAX connect the ac power cable to the MAX to the power source and turn on the power switch The POST runs and when it completes successfully the VT100 interface appears 4 Press any key to display the Main Edit Menu and status windows 5 Read the rest of this chapter for information about using the VT100 interface Go to Chapter 4 Preparing to Configure the MAX for information about preconfiguration tasks Using Telnet to access the VT100 interface If you have already assigned an IP address to the MAX you can use Telnet to access the VT100 interface 1 Make sure that the MAX is on a network that can be accessed from your VT100 terminal or workstation 2 Connect other interfaces as required See instructions in Chapter 2 Setting Up and Testing the MAX Hardware 3 Foranac MAX connect the ac power cable to the MAX and to the power source and turn on the power switch 4 Use Telnet to access the MAX For example enter the following command from the VT100 prompt telnet MAX IP address The MAX Main Edit Menu and status windows appear 5 Forinformation about using the VT10O interface read the rest of this chapter For information about preconfiguration tasks go to Chapter 4 Preparing to Configure the MAX 3 2 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using configuration menus Using configuration menus When you establish the VT100 console session the VT1
39. Machine Interface Format MIF Administration Guide Monitoring MAX activity Installation and Basic Configuration Guide Adminis tration Guide and MAX Reference Profiles purpose and usage Installation and Basic Configuration Guide and Net work Configuration Guide Routing managing and monitor ing Administration Guide 7 6 MAX 6000 Installation and Basic Configuration Guide Next Steps Managing MAX units Table 7 8 Finding information about MAX management continued For information about See SNMP usage Administration Guide Status windows Installation and Basic Configuration Guide and MAX Reference Syslog usage Administration Guide TAOS software upgrading Administration Guide and Release Notes Terminal server CLI usage Installation and Basic Configuration Guide and Administration Guide Terminal server commands MAX Reference Troubleshooting practices and procedures Administration Guide X 25 PAD monitoring and man agement Network Configuration Guide MAX 6000 Installation and Basic Configuration Guide 7 7 Provisioning the Switch Provisioning the switch for Tl 1 Provisioning the switch for T1 PRI access A 2 Provisioning the switch for E1 PRI access A 3 Provisioning the switch fo
40. N A IPX SAP Filter N A Handle IPX Type20 N A 2 Set the IP Adrs parameter to the IP address and subnet mask of the MAX Specifying RIP management optional The RIP parameter specifies how the MAX handles Routing Information Protocol RIP packets on its Ethernet interface The possible settings are described in Table 6 1 Note Run RIP version 2 RIP v2 if possible You should not run RIP v2 and RIP v1 on the same network in such a way that the routers receive each other s advertisements RIP v1 does not propagate subnet mask information and the default class network mask is assumed while RIP v2 handles subnet masks explicitly Running the two versions on the same network can result in RIP v1 class subnet mask assumptions overriding accurate subnet information obtained via RIP v2 To specify how to handle RIP update packets proceed as follows 1 With the Ether Options profile open set the RIP parameter to one of the settings described in Table 6 1 2 Press the Left Arrow key twice to exit Ether Options profile A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept 3 Press2 to save your changes 6 4 MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring the Ethernet interface Configuring DNS optional The DNS configuration enables the MAX to use local DNS servers for address resolution If you want to configure local DNS service proc
41. Pair Signal Male RJ 48C 1 Receive 1 connects to 5 2 connects to 4 2 Transmit 5 connects to 1 4 connects to 2 T1 PRI WAN ports Table B 11 lists the pins on RJ 48C sockets used for T1 PRI WAN interface on the MAX Only pins 1 2 4 and 5 are used The remaining pins are not connected Table B 11 Transmit and Receive pins MAX T1 PRI interface RJ 48C DTE Receive input pair Tip T1 Position 2 Receive input pair Ring R1 Position 1 Transmit output pair Tip T2 Position 5 Transmit output pair Ring R2 Position 4 WAN switched services available to the MAX The MAX is compatible with both AT amp T and Northern Telecom Central Office switches and can access all T1 PRI switched digital services offered by AT amp T s ACCUNET Switched Digital Services e MCI 56 Kbps and 64 Kbps services Sprint Switched 56 Kbps and 64 Kbps services MAX 6000 Installation and Basic Configuration Guide B 11 Cables and Connectors E1 PHI interface specifications e MultiRate and GloBanD and GVPN in ITU T or CCITT countries PRI network services Note The MAX can access only Switched 56 Kbps services on a T1 access line or a Switched 56 line For a listing of the compatible switch types see the Switch Type parameter in the MAX Reference In addition to switched circuits the MAX can connect to nailed up circuits and to aggregate nailed up and switched circuits E
42. RS 366 NB4 23 23 RS 366 NB8 24 24 14 RX SEL 28 44 Pin positions separated by commas are jumped to each other V 35 RS 366 cable to PictureTel The V 35 RS 366 cable connects the MAX to the V 35 port of the PictureTel codec with support for RS 366 dialing Figure B 15 and Table B 23 show the V 35 RS 366 cable pinouts Figure B 15 V 35 RS 366 cable to PictureTel RT 15 3 lt Bre lta 44 RXISEL 1303 SGND 37 79 13 9 tap pyar 49 e e e 28 RX SEL 17 TT CRO 11 lo SS 27 SD 379 10 26 SD DLO 22 9 6 15 RI T 25 SGND e e 9 e 8 24 NBS 6 13 DCDICTS ett 23 NB4 e 7 SGND 2 12 DIR DSR elo Ce 22NB2 36 DSC DSD CTS SL 1058 ers lo Sat 21 NBI NBs 17 9 S 5PND ef Ses te 4cRO e 2 9 DCD CTS ST 4 b NB4 16 SACR RD 3 j9 3 NB2 15 9 2 DPR RT 26 9 e 8RT RD 2 9 i l NB1 14 9 FGND 1 RD 24 e 1 16 TT 3L2318 OLS sts e SGND 20 9 1 FGND e Male DB 44 Female DB 25 Female DB 37 MAX 6000 Installation and Basic Configuration Guide B 27 Cables and Connectors Serial host interface specifications Table B 23 Pinouts for V 35 RS 366 cable to PictureTel Model number MBHD 449PT Part number 2510 0093 001 Pair Signal MAX male DB 44 Host female DB 37 RS 366 female DB 25 MA
43. Security Supplement Authentication servers Network Configuration Guide and TAOS RADIUS Guide and Reference Callback security Security Supplement Caller ID and called number authentication Network Configuration Guide Combinet authentication Security Supplement Configuration access control including Telnet SNMP and Full Access Security profile protec tion Installation and Basic Configuration Guide and Secu rity Supplement ICMP redirects turning off Security Supplement and Network Configuration Guide Open Shortest Path First OSPF security Network Configuration Guide Packet level security filters Security Supplement and Network Configuration Guide Password Authentication Proto col PPP and Challenge Hand shake Authentication Protocol CHAP Network Configuration Guide MAX 6000 Installation and Basic Configuration Guide 7 3 Next Steps Configuring MAX functionality Table 7 3 Finding information about WAN security continued For information about See Security card authentication Network Configuration Guide and Security Supple ment Security profiles Installation and Basic Configuration Guide and Net work Configuration Guide Terminal server security Installation and Basic Configuration Guide and Secu rity Supplement User authentication overview Security Supplement and specifics X 25 a
44. and Basic Configuration Guide and Net work Configuration Guide MAX 6000 Installation and Basic Configuration Guide 7 1 Next Steps Configuring MAX functionality Table 7 1 Finding information about lines slots and ports continued For information about See Connecting the MAX to WAN lines Installation and Basic Configuration Guide Line monitoring menus Administration Guide Line provisioning Installation and Basic Configuration Guide Line status window Installation and Basic Configuration Guide and MAX Reference Line testing Installation and Basic Configuration Guide and Administration Guide Location appearance and num bering of lines slots and ports Installation and Basic Configuration Guide Port profiles Network Configuration Guide Port routing Network Configuration Guide Slot port relationship and loca tions in VT100 menus Installation and Basic Configuration Guide and Net work Configuration Guide WAN connections The MAX builds WAN connections on the basis of profiles stored on either the MAX or an external authentication server such as RADIUS or TACACS The profiles contain parameters that define a variety of options such as encapsulation Table 7 2 shows where to find related information in the MAX documentation sets Table 7 2 Finding information about WAN connections For information about See
45. and the Framed Only parameter controls access to the terminal server CLI Building a connection through the Answer profile The Answer profile stores the information needed to build a connection when no Connection profile exists and the call is to be answered instead of rejected Defining encapsulation The Encaps parameter accessed through Ethernet gt Answer gt Encaps Options specifies the encapsulation method to use for exchanging data with a remote network Both sides of the link must use the same method The parameters in the Encaps Options subprofile enable encapsulation protocols which include the Point to Point Protocol PPP Multilink Protocol MP Multilink Protocol Plus MP Combinet encapsulation protocol COMB Frame Relay FR V 120 X 75 and AppleTalk Remote Access ARA protocol The TCP Clear parameter specifies whether the MAX answers calls that use proprietary encapsulation protocols by relying on raw TCP sessions to a local host for encapsulation processing 5 6 MAX 6000 Installation and Basic Configuration Guide Basic Configuration Tasks Handling incoming calls through the Answer profile The Ethernet gt Answer gt PPP Options subprofile contains parameters that further define PPP encapsulation characteristics Enabling routing or bridging the Route IP Route IPX and Bridge parameters e Authentication protocols the Bi Dir Auth Auth and Disc on Auth Timeout parameters
46. and then change it to D amp I for the final installation Routing incoming calls No configuration is required to route ISDN calls The signaling information carried by the D channel defines whether the call goes to a digital modem or to an Ethernet bridge or router If you are using inband signaling configure incoming call routing for the T1 line by setting the Ch N and Ch N Slot parameters as follows 1 For the Ch N parameter enter the unique digits of the telephone number used to reach channel N For example if your line is set up as illustrated in Table 6 3 on page 6 11 enter 1111 for the first 12 channels and 2222 for the last 12 channels 2 Foreach TI channel that answers analog calls set the Ch N Slot parameters to the number of the slot that contains the modem card For example if the modem card is in slot 7 set Ch 1 Slot to 7 Ch 2 Slot to 7 and so on up to the total number of analog calls you want the MAX to accept on this T1 line These settings tell the MAX to route incoming analog calls to the digital modem card 3 Foreach TI channel that answers digital calls set the Ch N Slot parameters to 4 the default number of the slot that contains the MAX unit s Ethernet module These settings tell the MAX to route incoming digital calls to the Ethernet module to be bridged or routed to their destination Saving the Line 1 profile When you have finished configuring the line save its profile as follows 1 Press
47. appears 2 Open the first IP Route profile the one named Default MAX 6000 Installation and Basic Configuration Guide 6 5 Quickstart Testing the LAN connection The profile appears for the default route The values shown are examples only Ethernet Static Rtes Name Default Active Yes Dest 0 0 0 0 0 Gateway 10 9 8 10 Metric 1 Preference 100 Private Yes Ospf Cost 1 LSA type ExternalTypel NSSA ASE1 N A ASE tag c0000000 Third party No Note The name of the first IP Route profile is always Default and its destination is always 0 0 0 0 You cannot change these values 3 Set the Active parameter to Yes 4 Set the Gateway parameter to specify the IP address of the gateway router to use for packets with unknown destinations 5 Press the Left Arrow key to exit the Default profile A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept 6 Press 2 to save your changes 7 Pressthe Left Arrow or Escape key two more times to exit to the Main Edit Menu Testing the LAN connection When you have implemented the Quickstart configuration you are ready to test the LAN connection You ping or telnet from a workstation or host on the same subnet as the MAX to reach the IP address you assigned to the MAX When you succeed in opening a Telnet session with the MAX the MAX user interface appears If you have configured a Telnet password for the MAX the MAX pro
48. bit signaling four state B bit signaling and pulse dialing are not supported However lines using these types of signaling are passed through transparently when the MAX performs drop insert between lines 1 and 2 For further information about wink start and inband signaling see the description of the Rob Ctl parameter in the MAX Reference Provisioning the switch for T1 PRI access Request the following information from your WAN provider about your WAN interface e Signaling mode inband or ISDN D channel e Encoding method B8ZS AMI e Framing method ESF or D4 framing e telephone number assigned to the line on a channel by channel or service by service basis e Number of nailed up channels if any e Number of unused channels if any e Types of call by call services also called NSF identifiers on the switched channels e Data channel provisioning B channel HO channel H11 channel or H12 channel e D channel assignment e NFASID number if the T1 PRI line is provisioned for NFAS Keep the following additional information in mind e ngeneral both ESF framing and B8ZS line encoding are recommended for T 1 PRI based applications In addition channel 24 must be the D channel except for applications using Non Facility Associated Signaling NFAS e Applications that require NFAS must be connected to an AT amp T or Northern Telecom switch provisioned with NFAS The service provider supplies guidelin
49. by commas are jumped to each other This cable does not support terminal timing RS 449 RS 366 cable to generic serial host The RS 449 RS 366 cable for connection to generic serial hosts connects the MAX to the RS 449 ports of a wide variety of equipment that uses RS 366 dialing A female to male DB 37 gender changer is included when you order the cable Figure B 17 and Table B 25 show the RS 449 RS 366 cable pinouts Figure B 17 RS 449 RS 366 cable to generic serial host E 19 SGND 50 3D rel 13 DSC SGND oe e nee DLO 13 p 9 179 eet e 17TT PNDI2 5 S28 RX SEL 43 6 T 3796 cra it o AST DLo22 19 eS on ACR 10 cl 35 SGND 40 RD e e DPR9 T et Sa 8 39 RD e e Cj 13 DCD CTS _ eS 24NB8 press aI 23 NB4 25 RT e e 7 SGND e 12 DTR SR 6 or 22 NB2 t e e 11 DSR lt 36 DCD CTS DSC e e e ST 21NBT NB8 17 9 5 PND e e 2 5 20 RX SEL Ned 17 Ta 4 e i Depicts io NB2 15 269 8RT e 32 TT NB1 14 9e 2 DPR ee ns FGND 1 ej 31 TT 6 RD Lt TU os de 5sT SD 22 9 2 SD e e SGND 20 Le FGND Male DB 44 Female DB 25 Female DB 37 MAX 6000 Installation and Basic Configuration Guide B 31 Cables and Connectors Serial host interface specifications Table B 25 Pinouts for RS 449 RS 366 cable to generic serial host Model number MBHD 449 366 Part n
50. dB Pulse density and consecutive zeros In accordance with requirements of enforcement AT amp T Pub 62411 Line loopback LLB set inband 10000 repeating binary pattern code Line loopback LLB reset inband 100 repeating binary pattern code During loss of power or any other time a MAX TI PRI model resets a relay closure connects WAN port 1 to WAN port 3 This feature protects the T1 PRI model s drop and insert port WAN 3 from power interruptions and unit failures MAX 6000 Installation and Basic Configuration Guide B 5 Cables and Connectors T1 PRI interface specifications T1 PRI cable specifications The maximum cable distance between the T1 PRI WAN interface equipment and the MAX must not exceed 655 feet 200 m fora MAX without CSUs Measure the line length and record it when you install the MAX You must specify this length when you configure the Line N profile parameters For detailed information about parameters see the MAX Reference Use only cables specifically constructed for transmission of T1 PRI signals The cables must meet standard T1 attenuation and transmission requirements The following specifications are recommended e 100 ohms e Two twisted pairs Category 3 or better The WAN interface cables and plugs described in the following sections are available for the MAX unit s WAN interfaces T1 PRI crossover cable RJ 48C RJ 48C Install the RJ 48C RJ 48C crossover cable when the WA
51. default terminal type the Term Type parameter Whether users can type a hostname at the prompt to initiate a Telnet connection to the host If you set the Def Telnet parameter to Yes the terminal server interprets any string that does not begin with a command keyword as a Telnet hostname Whether a connection terminates when the user terminates an Rlogin or Telnet connection the Clear Call parameter Whether binary ASCII or transparent mode is the Telnet session default the Telnet Mode parameter A global default for local character echoing the Local Echo parameter Whether the terminal server buffers characters before sending them to the host or sends them as soon as they are received the Buffer Chars parameter When using Rlogin to connect to a UNIX host you can set the User Name 1 attribute in the RADIUS user profile The MAX uses the attribute s value as the login identification instead of requiring the user to type a username Users can override the User Name value by entering the Rlogin command as follows replacing a1t username with the alternative username ascend rlogin 1 alt username MAX 6000 Installation and Basic Configuration Guide Basic Configuration Tasks Establishing dial in calls through terminal server connections Starting PPP sessions from the command line To configure the terminal server for the user to start a PPP session from the command line sometimes referred to as PPP mode you ne
52. has been established Connection The remote device did not answer the call e The fourth line contains a message qualifier such as a name or telephone number that qualifies the message displayed WAN and Ethernet status windows By default the fifth and sixth status windows show statistics about each active WAN link and the Ethernet interface For example 40 300 WAN Stat 140 400 Ether Stat gt Rx Pkt 184318 gt Rx Pkt 3486092 Tx Pkt 159232 Tx Pkt 10056 C ROS Ov Col 3530 To display the WAN Stat window if it is not already displayed by default tab to any status window then use the arrow keys to access the Ethernet gt WAN Stat window 3 26 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using status windows To display the Ether Stat window if it is not already displayed by default tab to any status window then use the arrow keys to access the Ethernet gt Ether Stat window The WAN Stat window shows the current count of received frames transmitted frames and frames with errors for each active WAN link and for the entire WAN When this window is active you can scroll down to see the statistics for each link The first line of each per link count shows the name IP address or MAC address of the remote device The Ether Stat window shows the current count of received frames transmitted frames and frames with errors at the Ethernet in
53. indicator and displays a 1 character channel status indicator for each channel For example LA indicates Link Active the line is physically connected Other link status indicators are the following n means the channel is nailed indicates a current connection means the channels is idle but in service s means the channel is an active D channel ISDN only The third line has column headers for channels 11 24 The fourth line shows a 1 character channel status indicator for channels 11 24 Modem Stat window The Main Status Menu window contains an entry for each modem card When you select an entry for a modem card the Modem Stat modem status menu appears in the window On the MAX 6000 modem cards can be placed in slots 3 through 8 The slots might contain a mix of MAX 6000 Installation and Basic Configuration Guide 3 23 MAX User Interfaces Using status windows K56 Modem and V 90 S56 III slot cards There may also be a mix of modem density since K56 Modem slot cards may have 8 or 16 modems and V 90 S56 III slot cards can have 18 24 or 30 modems To display the Modem Stat window for a modem module tab to a status window then use the arrow keys to access the Modem Stat window In the Modem Stat menu each modem corresponds to a character in the row or rows of characters beneath the modem numbers For an 18 modem V 90 S56 III slot card in slot 3 the status menu looks like the following
54. it handles calls to digital modems Data CSD the MAX is a data device and you can substitute voice service for data service only if end to end data integrity is guaranteed Voice service is required if digital modems are installed Number of Circuit Switched 1 Except when it handles calls to digital modems Voice CSV the MAX is a data device and you can substitute voice service for data service only if end to end data integrity is guaranteed Voice service is required if digital modems are installed Number of Call Appear 1 Not relevant for proper operation of the MAX ances Ringing Idle Call Appear Idle The default for Terminal Type A ances Autohold is Y N No The default for Terminal Type A Onetouch is Y N No The default for Terminal Type A A 4 MAX 6000 Installation and Basic Configuration Guide Provisioning the Switch Provisioning the switch for ISDN BRI access Table A 3 provides provisioning information for Northern Telecom switches Table A 3 Northern Telecom provisioning information Element Value Comments Signaling Functional Protocol Version Control lor2 1 is NTI custom PVC 2 is National ISDN 1 NI 1 which requires a TID to be assigned as a suffix to the SPID TEI assignment Dynamic Release Key No Not relevant for proper operation of the MAX Ringing Indicator No Not relevant for proper operation of the MAX Electronic Key Telephone Off System EKTS
55. key the thick double lines move to 00 200 the next screen to the right If you continue pressing the Tab key you successively activate each window from left to right and down until you reach the last window in the lower right hand corner Back Tab or Ctrl O moves you in the opposite direction Opening menus and profiles The MAX unit s Main Edit Menu contains a list of menus each of which can contain profiles and submenus In the menu that is currently open the cursor character gt points to one item in the menu For example in the following Main Edit Menu the cursor points to an Ethernet menu item 3 6 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using configuration menus Main Edit Menu 00 000 System 10 000 Net E1 20 000 Net E1 30 000 Empty 40 000 Empty 50 000 K56 Modem 16 60 000 Empty 70 000 Empty 80 000 Empty 290 000 Ethernet A0 000 Ether Data C0 000 Ether Data D0 000 Ether Data To scroll through the menus which do not always fit on the visible part of the display move the cursor down by pressing the Down arrow key or Ctrl N next or move it up by pressing the Up arrow key or Ctrl P previous The symbol or v indicate that the display is not complete You can access additional items by scrolling up or down To open a menu move the cursor to the menu s name and press the Right arrow key or Enter For example press the Down arrow key until the cursor p
56. leased line See nailed channels Index 4 MAX 6000 Installation and Basic Configuration Guide Index LEDs See indicator lights 2 10 Length parameter 6 13 6 15 line status window verifying physical connections 6 16 6 23 line status displaying 3 23 Link Compression parameter 5 7 Link Type parameter 6 8 6 9 Load DO command 3 11 local terminal server command 3 14 local character echoing 5 10 Local Echo parameter 5 10 Log Facility parameter 4 13 log facility See Syslog reporting Log Host parameter 4 13 log messages 3 21 3 26 Log Port parameter 4 13 log fatal error history 3 21 login banner terminal server changing default 5 10 Login Timeout parameter 5 10 loopback test 3 12 LQM Max parameter 5 2 5 7 LQM Min parameter 5 2 5 7 LQM parameter 5 2 5 7 Main Edit Menu 3 3 Main Edit Menu for the E1 3 3 main memory purpose and usage 3 20 Main Status Menu 3 22 management terminal server commands for 3 14 Max ATMP Tunnels parameter 5 5 Max Call Duration parameter 5 4 5 7 Max Ch Count parameter 5 7 Max Leases parameter 5 8 MAX package base unit 1 2 2 3 redundant base unit 1 2 See also expansion cards slot cards MD5Key parameter 5 4 mdialout diagnostic command 3 19 MDM Modulation parameter 5 9 MDM Trn Level parameter 5 9 memory purpose and management 3 20 menu numbers 3 3 menu mode terminal server 5 9 5 11 Menu Save DO command 3 11 menus default status
57. network to establish a WAN connection or the reverse on the basis of the destination hardware address in each packet The bridge forwards packets to another network segment if the address does not reside on the local segment Bridging does not distinguish between protocol types and consequently does not require protocol specific network configuration Table 7 7 shows where to find related information in the MAX documentation sets Table 7 7 Finding information about using the MAX as link level bridge For information about See Combinet authentication Security Supplement Establishing and configuring Combinet bridged connections Network Configuration Guide and Security Supple ment Establishing and configuring packet bridged connections Network Configuration Guide Monitoring bridged connections Administration Guide Managing MAX units TAOS software includes many features designed to assist in managing and maintaining the MAX Table 7 8 shows where to find information about MAX management features in the MAX documentation set Table 7 8 Finding information about MAX management For information about See Configuration management sav ing and restoring configuration profiles Administration Guide and Release Notes Diagnostic commands Installation and Basic Configuration Guide and MAX Reference Installation Installation and Basic Configuration Guide
58. number called a hunt group You can request that your service provider supply you with a hunt group Supporting E1 PRI WAN switched services The MAX EI PRI interface supports the following WAN switched services e 56 Kbps and 64 Kbps data services e GloBanD PRI Network services and GVPN in ITU T or CCITT countries multiples of 64 Kbps When ordering a data service make sure it is available end to end Otherwise the data carried by the call will be corrupted or the carrier will reject the call For example a GloBanD 512 Kbps call made at a PRI interface is rejected when the called end is BRI because GloBanD does not support BRI Provisioning the switch for ISDN BRI access When ordering ISDN BRI service make sure you understand the settings for BRI specific provisioning parameters and the information the carrier gives you about the BRI line MAX 6000 Installation and Basic Configuration Guide A 3 Provisioning the Switch Provisioning the switch for ISDN BRI access Parameters on the MAX Table A 2 and Table A 3 supply provisioning information for the ISDN BRI interface These requirements vary by switch type Table A 2 provides information for AT amp T 5ESS switches operating in Point to Point PTP Multi Point MP or National ISDN 1 NI 1 mode Table A 2 AT amp T SESS provisioning information Element Value Comments Terminal Type A Number of Circuit Switched 2 Except when
59. port and cable 1 Power 2 Control Out Ground 5 3 Control In Control In 4 4 Serial Tx Data Serial Rx Data 3 5 Serial Rx Data Serial Tx Data 2 m 6 Ground Control Out 1 Mm Male RJ 12 front view Table B 3 lists the specifications you need to adapt the palmtop port for use as a control monitor or MIF interface through a VT100 terminal Table B 3 Control monitor and MIF palmtop port and cabling pinouts Model number HHT VT100 Part number 2510 0088 001 Signal MAX MAX RJ 12 pin number VT100 female DE 9 pin number Power 5 V 1 not connected Control Out 2 1 Control In 3 4 Serial Transmit Data 4 2 Serial Receive Data 5 3 Ground 6 5 MAX 6000 Installation and Basic Configuration Guide B 3 Cables and Connectors Ethernet interface specifications Ethernet interface specifications The base MAX has an Ethernet interface that supports the physical specifications of IEEE 802 3 and IEEE 802 14 with Ethernet 2 Ethernet DIX framing The unit provides a single Ethernet interface that autosenses the Ethernet type to which it is connected It supports the following types of Ethernet interfaces e 10BaseT Unshielded Twisted Pair Twisted pair Ethernet and IEEE 802 3 10BaseT with an RJ 45 connector e 100BaseT 100 Mbps Baseband Modulation on Twisted Pair The Ethernet address used to iden
60. present it is either 1 digit or 2 digits Ifitis 1 digit it must be a 0 1 or 2 A different digit is normally used for each of the two SPIDs for the ISDN line If itis 2 digits it must be one of the following 2 digit pairs 00 01 or 02 A different pair is normally used for each of the two SPIDs for the ISDN line e ttisa2 digit code from 00 to 62 If you have a choice use 00 for this code For example if the ISDN provider assigns the telephone numbers 769 6001 and 769 6002 to the ISDN BRI line 01 and 02 are the SPID suffixes and 00 is the 2 digit code for both SPIDs the SPIDs are 51076960010100 and 51076960020200 A 6 MAX 6000 Installation and Basic Configuration Guide Provisioning the Switch Provisioning the switch for ISDN BRI access For DMS 100 Custom service from a Northern Telecom DMS 100 switch SPIDs are normally in this format aaannnnnnnss aaais 3 digit area code and nnnnnn is the 7 digit telephone number of the ISDN line e ssis an optional SPID suffix If present it is either 1 digit or 2 digits If it is 1 digit it must be one of these values 0 1 or 2 A different digit is normally used for each of the two SPIDs for the ISDN line If it is two digits it must be one of the following 2 digit pairs 00 01 or 02 A different pair is normally used for each of the two SPIDs for the ISDN line For example if the ISDN provider assigns the telephone numbers 769 6001 and 769 6002 to the I
61. protocols such as DASS2 VN3 and I TR6 in many countries MAX 6000 Installation and Basic Configuration Guide 6 19 Configuring WAN lines Table 6 4 El line configuration information continued Parameter Usage Net1 E1 gt Line Config gt Factory profile gt Line N gt Switch Type e DASS 2 U K only e ISLX DPNSS switch type e ISDX DPNSS switch type e Mercury DPNSS switch type e Australian Australia only e French VN3 ISDN PRI e German 1TR6 e CAS New Zealand Net1 E1 gt Line Config gt Factory profile gt Line N Framing Mode For each line select G 703 the default or 2DS Get this infor mation from your service provider If you select G 703 the MAX provides CRC 4 checking If you select 2DS it does not Net1 E1 gt Line Config gt Factory profile gt For each line for which you do not want to accept the default channel usage of switched select a different usage Following Line N gt Ch N are the selections e Switched the default A switched channel supports temporary connections that last for the duration of a call It can be robbed bit or a B channel depending on the line s signal mode e Nailed A clear channel 64 Kbps circuit rented for exclusive 24 hour 7 day use e Unused unavailable for use V 90 S56 III Modem gt Specify the unique digits of the telephone number to be used for Mod Config gt Ans N analog call
62. rnnt B 5 T1 PRI cable specifications eene ener en ea Ea B 6 T1 PRI crossover cable RJ 48C RJ 48C B 6 T1 PRI straight through cable RJ 48C RI 48C sss B 7 T1 PRI straight through cable RJ 48C DA 15 see B 8 crossover cable RJ 48C DA eese enne nennen B 9 T1 PRI straight through cable RJ 48C Bantam eee B 10 RJ 48C Loopback plug eese nennen nene nennen B 11 TI PRI WAN POTIS 2 irit Pre re ER DOO PE Pt ER prre eR B 11 WAN switched services available to the MAX sese B 11 E PRI interface specifications tein re breed dn B 12 E1 PRI cable specifications niinen eerie e e E Easo a erret iai B 12 E1 PRI crossover cable RJ 48C RJ 48C B 12 E1 PRI straight through cable RJ 48C RI 48C see B 13 E1 PRI straight through cable RJ 48C DA 15 esee B 14 E1 PRI crossover cable RJ 48C DA eese ene B 15 E1 PRI straight through cable RJ 48C Bantam eee B 16 EI PRI WAN ports noel ae cep i EA Ais B 17 ISDN BRI interface specifications rennen nennen ee trennen ene B 17 Net BRI module interfaces nennen terere nenne B 17 Host BRI module expansion card interface
63. the Sec Num parameter to specify the primary and the secondary add on number respectively Also set the Pri SPID parameter and Sec SPID parameter to specify the Service Profile Identifier SPID associated with the Primary and Secondary number respectively For example Pri Num 555 1212 Pri SPID 01555121200 Sec Num 555 1213 Sec SPID 01555121300 If you are using point to point mode set the Prim Num parameter to specify the primary add on number Do not specify SPIDs Press the Left Arrow key or Escape key to close the Line 1 profile A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept Press 2 to save your changes Then proceed to configure the other Line N profiles Press the Left Arrow or Escape key to exit the Line Config profile menu A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept Press 2 to save your changes Press the Left Arrow or Escape key to exit to the Main Edit Menu You are now ready to test the BRI WAN connection Proceed to Testing the WAN connection on page 6 24 for the test procedure MAX 6000 Installation and Basic Configuration Guide 6 9 Quickstart Configuring WAN lines T1 PRI line configuration You can configure T1 lines to use ISDN PRI D channel signaling or inband signaling Ask your carrier which signaling types are available ISDN signaling might be more expensive than inba
64. the infor mation from your service provider Net1 T1 gt Line Config gt Factory profile gt Line N Length The Length value is used in DSX Short haul mode Enter the cable length from the CSU or other network interface to the MAX If the CSU is activated you do not need to set Length For more see Connecting the MAX to a T1 line on page 2 6 and Spec ifying the other required parameters on page 6 14 Net1 T1 gt Line Config gt Factory profile gt Line N Buildout If the CSU is activated enter the amount of attenuation the MAX should apply to the line s network interface to match the cable length from the MAX to the next repeater Get this infor mation from your service provider Net1 T1 gt Line Config gt Factory profile gt Line N gt ChN For each line for which you do not want to accept the default channel usage of switched select a different usage Following are the selections e Switched the default A switched channel supports temporary connections that last for the duration of a call It can be robbed bit or a B channel depending on the line s signal mode e Nailed A clear channel 64 Kbps circuit rented for exclusive 24 hour 7 day use e D channel the channel used for ISDN D channel signaling This is assigned automatically to channel number 24 on lines when ISDN signaling is in use e Unused unavailable for use e D amp I drop and insert The channel drops
65. the unit is monitoring the RLSD i Initializing Modem is reinitializing after being reset q Open request Modem is reinitializing after being reset and an open request is waiting to be processed when reinitialization is completed Q Open request Modem is reinitializing after being reset and an open for virtual request for virtual connection is waiting to be processed connection when reinitialization is completed d Dialing First part of the dial string has been sent The unit is pausing for the modem to read and process the first part before sending the second part Virtual Virtual connection session is active on modem No call connection is yet active o Out of service User has disabled the modem from the MAX in interface configuration interface The modem is unavailable for calls Out of service User has disabled the modem from the MAX configuration interface The modem is unavailable for calls and a B channel is set to OutOfService Session and system status windows The built in Ethernet port is assigned slot 9 and the system itself is assigned slot 0 By default the third and fourth status windows show active routing sessions on Ethernet and as many as 32 log messages related to the system MAX 6000 Installation and Basic Configuration Guide 3 25 MAX User Interfaces Using status windows The following example shows the session and system status windows 90 100 Sessions 00 200 15 10 34
66. to a modem you can issue AT commands to it as if connected locally to the modem s asynchronous port 3 16 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using command line interface CLI tools Before issuing AT commands to dial out you must have digital modems installed on the MAX and you must enable the Ethernet gt Mod Config gt TServ Options gt Modem Dialout parameter Table 3 11 Dialing out through digital modems from the terminal server Terminal server Function command open Sets up a virtual connection to a modem resume Restarts a virtual connection that has been broken by pressing Ctrl C three times and returns the user to the terminal server interface close Terminates a virtual connection For more information see Establishing dial out calls through terminal server connections on page 5 12 Managing X 25 connections The commands summarized in Table 3 12 provide ways to manage X 25 connections Table 3 12 X 25 management from the terminal server Terminal server Function command pad Accesses the X 25 Packet Assembler Disassembler PAD The pad and x28 commands are identical in function and usage x28 t3pos Accesses the X 25 Transaction Processing Protocol for Point of Service T3POS Managing tunneling The commands summarized in Table 3 13 provide ways to manage tunneling Any MAX supporting Point to Po
67. use but only one profile per line can be active at a time In the Quickstart configuration you configure the Factory profile which is active by default Table 6 2 BRI line configuration information Parameter Usage Net BRI gt Line Config For each line specifies the central network switch that provides gt Factory profile gt ISDN service to the MAX Select from the following domestic Switch Type types e AT amp T the default e NI I National ISDN 1 NTI Northern Telecommunications Inc Select from the following international types e U K Also known as Euro ISDN United Kingdom ISDN 2 Hong Kong HKT Switchline BRI Singapore ST BRI Euro ISDN countries Austria Belgium Denmark Finland Italy Netherlands Portugal Spain Sweden e SWISS Switzerland Swiss Net 2 e GERMA Germany ITR6 version DBP Telecom e MP GERMAN Germany ITR6 multipoint e FRANC France FT Numeris e DUTCH Netherlands ITR6 version PTT Netherlands BRI e BELGI Belgium Pre Euro ISDN Belgacom Aline e JAPAN Japan NTT INS 64 MAX 6000 Installation and Basic Configuration Guide 6 7 Quickstart Configuring WAN lines Table 6 2 BRI line configuration information continued Parameter Usage Net BRI gt Line Config AUSTR Australia and New Zealand gt Factory profile gt 3 Same as U K NET 3 is also known as Euro ISDN Switch Type M e NET3 PTP A variat
68. 0 300 Security Enter Password 1 Press gt to accept Type the password assigned to the profile and press Enter The default password for the Full Access login is Ascend When you enter the correct password the MAX displays a message informing you that the password was accepted and that the MAX is using the new security level Message 119 Password accepted Using new security level If the password you enter is incorrect the MAX prompts you again for the password Note The first task you should perform after logging in as the superuser is to assign a new password to the Full Access profile See Changing the password in the Full Access Security profile on page 4 6 Establishing a system name and other system characteristics To configure the system name and other basic system parameters proceed as follows 1 Open the Sys Config profile System Sys Config The Sys Config profile appears 00 100 Sys Config Name Location Contact 4 12 MAX 6000 Series Hardware Installation Guide Preparing to Configure the MAX Setting MAX system options Date 00 00 00 Time 00 00 00 Term Rate 9600v Set the Name parameter to a system name of 16 or fewer characters The Name parameter is case sensitive Set the Location parameter and the Contact parameter Location specifies the physical location of the MAX Contact specifies a person or department to which errors can be reported Both parameters are SNMP
69. 00 interface appears Regardless of whether you establish the session through Telnet or the control port the VT100 interface consists of the Main Edit Menu and its submenus and eight status windows The factory default security settings on the MAX permit unlimited access to the VT 100 interface You need to alter the default settings to secure the unit s configuration as described in Securing the MAX from unauthorized configuration changes on page 4 3 Main Edit Menu To configure the MAX you use the Main Edit Menu which is located on the left side of the screen The items listed in the Main Edit Menu differ depending on the system configuration and model The items labeled Empty represent expansion slots that do not contain cards The following example shows the Main Edit Menu for the E1 version of the MAX Main Edit Menu 00 000 System gt 10 000 Net E1l 20 000 Net E1 30 000 Empty 40 000 Empty 50 000 K56 Modem 16 60 000 Empty 70 000 Empty 80 000 Empty 90 000 Ethernet A0 000 Ether Data C0 000 Ether Data D0 000 Ether Data Understanding menu numbers The menus in the VT10O interface are numbered to correspond to slots in a MAX 6000 A slot can be an actual expansion slot or a virtual slot on the unit s motherboard Virtual slots include the System slot two T1 or 1 slots the Ethernet slot the Ether Data slots and the Serial WAN slot MAX 6000 Installation and Basic Configuration Guide
70. 01 For example if the ISDN provider assigns the telephone numbers 510 769 6001 and 510 769 6002 to the ISDN BRI line and the IDs and TIDs for both SPIDs are all 01 the SPIDs are 51076960010101 and 51076960020101 SPIDs for a 5ESS Switch For National ISDN 1 NI 1 service from an 5ESS switch SPIDs are normally in the following format OlnnnnnnnOtt e nnnnnnnisa 7 digit telephone number not including the area code of the ISDN BRI line e ttisa2 digit Terminal ID code TID from 00 to 62 If you have a choice use 00 for this code For example if the ISDN provider assigns the telephone numbers 769 6001 and 769 6002 to the ISDN BRI line and 00 is the TID for both numbers the SPIDs are 017696001000 and 017696002000 For AT amp T Custom Multipoint service from a 5ESS switch SPIDs are normally in this format O1nnnnnnnO nnnnnnn is a 7 digit telephone number not including the area code of the ISDN BRI line For example if the ISDN provider assigns the telephone numbers 769 6001 and 769 6002 to the ISDN BRI line the SPIDs are 0176960010 and 0176960020 There are no SPIDs for AT amp T Custom Point to Point service SPIDs for a Northern Telecom DMS 100 Switch For National ISDN 1 NI 1 service from a Northern Telecom DMS 100 switch SPIDs are normally in this format aaannnnnnnsstt e 1 the 3 digit area code and nnnnnn is the 7 digit telephone number for the ISDN BRI line e ss is an optional SPID suffix If
71. 1 PRI interface specifications The MAX unit s E1 PRI interface has cabling and port specifications E1 PRI cable specifications The WAN interface cables and plugs described in this section are available for the MAX unit s WAN interfaces Use only the cable specifically constructed for transmission E1 PRI crossover cable RJ 48C RJ 48C Install the RJ 48C RJ 48C crossover cable when the WAN interface transmits on pins 5 and 4 and receives on pins 2 and 1 Figure B 6 and Table B 12 show the pinouts Figure B 6 RJ 48C RJ 48C crossover cable 5 Transmit Transmit 1 4 Transmit Transmit 2 2 Receive Receive 4 1 Receive Receive 5 Male RJ 48C Male RJ 48C front view front view MAX 6000 Installation and Basic Configuration Guide Cables and Connectors E1 PRI interface specifications Table B 12 RJ 48C RJ 48C crossover cable specifications Model number RJ 48C X Part number 2510 0059 0323 001 Pair Signal Male RJ 48C Male RJ 48C MAX MAX remote 1 Receive 2 5 1 4 2 Transmit 5 2 4 1 E1 PRI straight through cable RJ 48C RJ 48C Before installing the RJ 48C RJ 48C straight through cable verify that the WAN interface transmits on pins 2 and 1 and receives on pins 5 and 4 Figure B 7 and Table B 13 on page B 14 show the pinouts Figure B 7 RJ 48C RJ 48C straight through cable specifications 5 Transmit 4 Transmit 2 Receive 1 Receive Male RJ 4
72. 2 Press Enter Meaning Represents text that appears on your computer s screen or that could appear on your computer s screen Represents characters that you enter exactly as shown unless the char acters are also in italics see Italics below If you could enter the characters but are not specifically instructed to they do not appear in boldface Represent variable information Do not enter the words themselves in the command Enter the information they represent In ordinary text italics are used for titles of publications for some terms that would otherwise be in quotation marks and to show emphasis Square brackets indicate an optional argument you might add to a command To include such an argument type only the information inside the brackets Do not type the brackets unless they appear in bold type Separates command choices that are mutually exclusive Points to the next level in the path to a parameter or menu item The item that follows the angle bracket is one of the options that appears when you select the item that precedes the angle bracket Represents a combination keystroke To enter a combination key stroke press the first key and hold it down while you press one or more other keys Release all the keys at the same time For example Ctrl H means hold down the Control key and press the H key Means press the Enter or Return key or its equivalent on your com puter xvi MAX 6000 Installati
73. 20 WAN Alias parameter 5 3 troubleshooting WAN connections Diagnostic mode CLI 3 18 3 21 establishing 5 1 5 5 TS Enabled parameter 5 9 resources in MAX manuals 7 2 TS Idle parameter 5 4 5 7 WAN links displaying active 3 26 tsave diagnostic command 3 21 WAN switches supported A 3 TSIdleMode parameter 5 4 5 7 windows status 3 21 3 28 wink start A 2 U WINS Windows Internet Name Service 5 3 update diagnostic command 3 21 X uptime displaying 3 27 Use Answer as Default parameter 5 6 X 21 cabling specifications B 35 user interface See VT100 interface X 25 session management commands 3 17 User Name 1 attribute 5 10 X 75 encapsulation 5 7 X 75 parameter 5 6 V x28 terminal server command 3 17 V 110 card 1 5 Z V 120 encapsulation 5 7 V 120 parameter 5 6 Zone Name parameter 5 4 V 120 terminal adapter connections 3 15 V 35 cabling specifications B 20 V 90 S56 III modem card described 1 5 V42 MNP parameter 5 9 VJ Comp parameter 5 2 5 7 VT100 interface MAX 6000 Installation and Basic Configuration Guide Index 9
74. 30 000 Modem Stat 123456789 For a 24 modem V 90 S56 III slot card in slot 4 the status menu looks like the following 40 000 Modem Stat 123456789012 For 30 modem V 90 S56 III slot card in slot 5 the status menu looks like the following 50 000 Modem Stat 123456789012345 For a K56 8 modem card in slot 6 the status menu looks like the following 60 000 Modem Stat 12345678 For a K56 16 modem card in slot 6 the status menu looks like the following X0 000 Modem Stat 1234567890123456 The first line shows the window name The second line lists the modems by number and the third and fourth lines contain a status indicator for each modem Table 3 18 describes the status indicators 3 24 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using status windows Table 3 18 Modem status characters Indicator Mnemonic Description Nothing Modem is nonexistent f Failed Modem failed the Power On Self Test POST The modem is unavailable for use Not used Modem is not in use a Waiting to go Modem has been instructed to dial or answer a call and active the unit is waiting for the Received Line Signal Detector RLSD to go active A Active RLSD is already active and the unit is waiting for result codes to be decoded This state is entered only if RLSD precedes the codes Call is connected and
75. 4 6 20 Pool N Count parameter 6 16 Pool N Start parameter 6 16 Pool parameter 5 3 POP Point of Presence A 1 A 5 port and slot numbering MAX 6000 3 4 ports configuration and monitoring resources 7 1 See also pinouts POST Power on Self Test 2 11 power cable 2 10 power interface 1 3 powering on 2 10 source requirements C 1 powering on 2 10 PPP Point to Point Protocol encapsulation definition in Connection profile 5 2 terminal server dial in connections 5 8 ppp terminal server command 3 16 PPP Delay parameter 5 11 PPP Direct parameter 5 11 PPP mode terminal server 5 11 PPP parameter 5 6 5 11 PPPinfo parameter 5 11 ppptp terminal server command 3 17 PPTP Point to Point Tunneling Protocol management commands 3 17 PPTP Point to Point tunneling Protocol resources in MAX documentation 7 4 Preempt parameter 5 4 5 7 Preference parameter 5 3 Pri DNS parameter 6 3 6 5 Pri Num parameter 6 8 6 9 Index 6 MAX 6000 Installation and Basic Configuration Guide Index Q Pri SPID parameter 6 8 6 9 LAN address in queries 5 3 Priority parameter 5 4 packet handling options 6 3 6 4 Private parameter 5 3 versions 1 and 2 enabling disabling 6 4 profiles RIP parameter 5 3 5 7 6 3 6 4 activating 3 10 rlogin terminal server command 3 16 5 10 Answer Rob Ctl parameter 6 12 6 14 defined 3 5 robbed bit call control 6 12 purpose and usage 5 6 5 8 Route IP parameter 5 7 COMnS HON Route IPX parameter 5 7 defined
76. 5 2 V 35 SD V 35 ST TT 16 L2 QL 3 V 35 RD V 35 RT 17 1 2 GL 4 V 35 ST TT V35 RI 18 L 2 G 9 V 35 RT LX GL 6 V 35 DSR V 35 DCD CTS 19 gi RS 366 NB1 21 12 C 8 V 35 S GI 9 RS 366 DPR RS 366 NB2 22 5 GI 15 CG 10 RS 366 ACR RS 366 NB4 23 5S LS 11 RS 366 RS 366 NB8 24 5 GI SGND 25 12 C 12 RS 366 PND CS 13 RS 366 DLO Male DB 25 MAX 6000 Installation and Basic Configuration Guide B 25 Cables and Connectors Serial host interface specifications Table B 22 Pinouts for V 35 RS 366 cable to CLI Pair Signal MAX male DB 44 Host V 35 RS 366 MAX MAX male DB 25 1 V 35 FGND 1 1 V 35 DTR 8 8 2 V 35 SD 26 2 V 35 SD 27 14 3 V 35 RD 2 3 V 35 RD 3 15 4 V 35 ST 4 4 V 35 ST 3 16 5 V 35 RT 14 5 V 35 RT 15 17 6 V 35 DSR 6 6 V 35 36 19 DCD CTS 7 V 35 RTS 7 7 V 35 RI 43 18 8 V 35 TT 16 4 V 35 TT 17 16 9 RS 366 DPR 9 9 RS 366 ACR 10 10 10 RS 366 CRQ 11 11 RS 366 PND 12 12 11 RS 366 DLO 13 13 SGND 25 25 12 RS 366 NBI 21 21 RS 366 NB2 22 22 B 26 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 22 Pinouts for V 35 RS 366 cable to CLI continued Pair Signal MAX male DB 44 Host V 35 RS 366 MAX MAX male DB 25 13
77. 5678901234 40 100 Sessions 00 200 15 10 34 0 Active gt M31 Line Ch Ethernet up 40 300 WAN Stat 40 400 Ether Stat gt Rx Pkt 184318 gt Rx Pkt 3486092 Tx Pkt 159232 Tx Pkt 10056 Col 3530 00 100 Sys Option Main Status Menu gt Security Prof 1 gt 00 000 System e Software 8 0 0 10 000 Net T1 S N 7253600 V 20 000 Empty V Activating and navigating status windows To make a status window active press the Tab key until that window is highlighted by a thick border The Tab key moves the thick border from left to right top to bottom and then back to the Main Edit Menu window To scroll through the selections in the Main Status Menu tab to that window then use the Up Arrow key or the Down Arrow key to scroll within the window You can also use Ctrl P and Ctrl N To access a submenu use the Right Arrow key and to return to the original menu use the Left Arrow key You can also use Enter and Escape Some of the status windows contain more information than can be displayed at once in the window A lowercase v in the lower right corner of a window indicates that more information is available You can scroll through additional information if you make the window active Default status window displays You can set the Status parameter in the System profile to specify which status windows are displayed when the MAX powers up For descriptions of all of the codes and information that ca
78. 8C front view Receive 1 Receive 2 Transmit 4 Transmit 5 Male RJ 48C front view MAX 6000 Installation and Basic Configuration Guide B 13 Cables and Connectors E1 PHI interface specifications Table B 13 RJ 48C RJ 48C straight through cable specifications Model number RJ 48C S Part number 2510 0064 001 Pair Signal Male RJ 48C Male RJ 48C MAX MAX remote 1 Receive 1 1 2 2 2 Transmit 4 4 E1 PRI straight through cable RJ 48C DA 15 Before installing the RJ 48C DA 15 straight through cable verify that the WAN interface transmits on pins 3 and 11 and receives on pins 1 and 9 Figure B 8 and Table B 14 show the pinouts Figure B 8 RJ 48C DA 15 straight through cable Male DA 15 front view Transmit A 3 Receive e Oeoeeeoo f EEJ Transmit 9 11 Receive Receive 1 Receive 2 Transmit 4 Transmit 5 E Male RJ 48C front view Table B 14 48 15 straight through cable specifications Model number DA15 X Part number 2510 0082 001 Pair 4 Signal Male RJ 48C Male DA 15 MAX MAX remote 1 Receive 1 3 2 11 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors E1 PRI interface specifications Table B 14 RJ 48C DA 15 straight through cable specifications continued Model number DA15 X Part number 2510 0082 001 Pai
79. 9 Configuring the E1 PRI lines eese eene enne 6 21 Checking the line s status etie ettet stt d ede I eut et ette 6 23 Testing the WAN connection eite rerit etre Cae rep oett ia ii depen 6 24 Chapter 7 Next SIO DS e 7 1 Configuring MAX functionality oo cece en nen 7 1 Lanes slots and ports aee Ree rete Ide oe HI e EE 7 1 WAN connections nehmen tege Pu e EROR pP UHR 7 2 SECUI oup e REO RD tede 7 3 Configuring the MAX for Internet services esssesssseeeeeeeeeen rennen 7 4 Configuring the MAX as IPX router oo eee eee cseeeseccesneceeceseeeeeseeeeeeeeseseneeeeeeas 7 5 Configuring the MAX for Frame Relay essere nemen 7 5 Configuring the MAX as a link level bridge sese 7 6 Managing MAX Units cer tecpite i tror peter CR ee EEEE RO LE MR Per pbi eder 7 6 viii MAX 6000 Installation and Basic Configuration Guide Contents Appendix A Provisioning the Switch seccccctesessasscccdecesacevvedeassssnedeanctensdessnanensden A 1 Provisioning the switch for access ce ceescescecsseeenceeercesseceececeseecsaeeeaeeeeeseneceseeceseeeneecsees A 1 Provisioning the switch for access eeeeeeeeeeerennen ener nennen A 2 Provisioning the switch for EI PRIaccess esee A 3 What you need from your E1 PRI service provider
80. ARM Figure 1 2 Redundant MAX base unit ac PCMCIA WE CONTROL LAN UTP DRAM 1 2 MAX 6000 Installation and Basic Configuration Guide Getting Acquainted with the MAX Checking the MAX base unit Figure 1 3 MAX 6000 base unit dc with power source Interfaces on the MAX base unit The MAX 6000 has a number of interfaces on the base unit and others are available on expansion cards Figure 1 1 on page 1 2 and Figure 1 2 on page 1 2 show the physical interfaces on the MAX base unit Power The MAX accepts ac or dc power depending on the model you purchased Figure 1 1 on page 1 2 and Figure 1 2 on page 1 2 show ac power sockets Figure 1 3 on page 1 3 shows the dc power socket For further details see Appendix C Safety Related Electrical Physical and Environmental Information Control The control port connects to a VT100 terminal or a modem to provide the menu driven user interface to the MAX The interface runs at 9600 bps 8 bits per character no parity no flow control 1 stop bit and direct connect You can set the bits per second rate through the user interface For details about cables that connect to this port see User interface specifications on page B 1 LAN UTP The LAN UTP port connects the MAX to an unshielded twisted pair UTP 10 100 BaseT LAN For details about cables that connect to this port see Ethernet in
81. Address and name resolution Network Configuration Guide Authentication services Installation and Basic Configuration Guide Network Configuration Guide and Security Supplement Answer profiles and Connection profiles Installation and Basic Configuration Guide and Net work Configuration Guide Diagnostic commands for trou bleshooting Administration Guide Dynamic IP address assignment Installation and Basic Configuration Guide and Net work Configuration Guide 7 2 MAX 6000 Installation and Basic Configuration Guide Next Steps Configuring MAX functionality Table 7 2 Finding information about WAN connections continued For information about See Line and call management Administration Guide Monitoring lines links and ports Installation and Basic Configuration Guide and MAX Reference Security Once a WAN connection s link encapsulation has been negotiated the MAX authenticates the call typically by use of a password Other security measures include prevention of unauthorized access to the MAX configuration and use of external servers to off load storage of user authentication records Table 7 3 lists some of the MAX security features and shows where to find related information in the MAX documentation sets Table 7 3 Finding information about WAN security For information about See AppleTalk Remote Access ARA authentication
82. Basic Configuration Guide Quickstart Configuring WAN lines Figure 6 3 illustrates incoming call routing using inband signaling The example shows two hunt groups one for digital calls and one for analog calls Each hunt group contains 12 channels Analog callers using the telephone number 555 1111 to call in are routed to the digital modems in slot 7 Digital callers using the telephone number 555 2222 are routed to the Ethernet module in slot 9 Figure 6 3 Incoming call routing using inband signaling and hunt groups Net T1 module CH 1 SLOT 7 CH 2 SLOT 7 Hunt group b 555 1111 Digital modem card E slot 7 CH 12 SLOT 7 CH 13 SLOT 9 Hunt group 9 555 2222 Ethernet module 23 SLOT 9 slot 9 CH 24 SLOT 9 555 1111 555 2222 Gathering configuration information for your T1 interface Before you start to configure your T1 slots gather the information you need for configuring a T1 slot and optionally for setting up dynamic IP addressing The necessary parameters for the Quickstart configuration are listed in Table 6 3 You can leave all other parameters at their default values Each T1 slot supports two T1 lines You can configure one or more Line Config profile for each T1 slot but only one profile per slot can be active at time In the Quickstart configuration you configure the default Factory profile which is active by default Table 6 3 T1 line configurat
83. C MAX MAX remote 1 Receive 1 1 2 2 2 Transmit 4 4 T1 PRI straight through cable RJ 48C DA 15 Before installing the RJ 48C DA 15 straight through cable verify that the WAN interface transmits on pins 3 and 11 and receives on pins 1 and 9 Figure B 3 and Table B 7 show the pinouts Figure B 3 RJ 48C DA 15 straight through cable lt y Transmit A 3 Receive Male DA 15 front view Transmit 11 Receive Receive 1 Receive 2 Transmit 4 Transmit 5 Male RJ 48C front view B 8 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors T1 PRI interface specifications Table B 7 RJ 48C DA 15 straight through cable specifications Model number DA15 X Part number 2510 0082 001 Pair Signal Male RJ 48C Male DA 15 MAX MAX remote 1 Receive 1 3 2 11 2 Transmit 5 1 4 9 T1 PRI crossover cable RJ 48C DA Before installing the RJ 48C DA crossover cable verify that the WAN interface receives on pins 1 and 9 and transmits on pins 3 and 11 Figure B 4 and Table B 8 show the pinouts Figure B 4 RJ 48C DA crossover cable Receive 1 Receive 2 Transmit 4 E Transmit 5 oOeoeeeoo Male DA 15 oeoeeee front view Male RJ 48C Receive 11 Transmit front view MAX 6000 Installation and Basic Configuration Guide B 9 Cables and Conn
84. Element Value Input voltage 100 Vac through 240 Vac universal input Input power 450 W maximum Fuse 6 3 A 250 V Type T 5 x 20 mm Frequency 50 60 Hz MAX 6000 Installation and Basic Configuration Guide C 1 Safety Related Electrical Physical and Environmental Information Battery specifications Table C 1 Electrical specifications for MAX 6000 ac version continued Element Value Current 5 A maximum Ground wire size 18 American wire gauge AWG 0 75 mm cross sec tional area Table C 2 describes the power requirements for the dc version of the MAX 6000 Table C 2 Electrical specifications for MAX 6000 dc version Element Value Input voltage 48 Vdc through 40 to 60 Vdc dual input feed for source redundancy Input power 450 W maximum Fuse 15 A slow blow 250 V two fuses one per input not user accessible Current 8 3 A typical at 48 Vdc Ground wire 16 American wire gauge AWG 1 0 mm cross sec 5176 tional area Battery specifications A MAX contains an internal battery The battery s normal operating life exceeds 5 years Table C 3 summarizes the specifications of the MAX 6000 unit s internal battery Table C 3 MAX 6000 battery specifications Element Value Battery type Lithium Manganese Dioxide Coin Cell DL2450 or equivalent charging current Maximum reverse 15 MA
85. FAULT DATA ALARM Table 2 2 lists and describes each power supply indicator light on the front panel of the Redundant MAX Table 2 2 indicator lights for the power supply on the Redundant MAX Light Description Power On when the Redundant MAX power supply is on AFail On only if one or more of the voltages from side A of the power supply 12 5 3 3 12 or 5 has failed BFail On only if one or more of the voltages from side B of the power supply 12 5 3 3 12 or 5 has failed Fan On when the fans are functioning properly if 12 Vdc from either side A or B is operational This indicator light goes off in the event of a fan failure MAX 6000 Installation and Basic Configuration Guide 2 9 Setting Up and Testing the MAX Hardware Starting the MAX MAX back panel Figure 2 10 shows the MAX back panel indicator lights which display the status of the Ethernet interface Figure 2 10 Ethernet interface indicator lights on MAX back panel ACT COLO 100BT LNK Table 2 3 describes the Ethernet interface indicator lights Table 2 3 Ethernet interface indicator lights on back panel Light Description ACT Activity On when the MAX is detecting activity network traffic on its Ethernet interface COL Collisions On when the MAX detects packet collisions on the Ethernet FDX On when
86. For a dial in user this command begins a Telnet session Terminal server functions The following subsections summarize the functions of the terminal server For a list of terminal server commands and basic syntax enter help at the terminal server prompt Managing MAX units The commands summarized in Table 3 7 provide tools for managing MAX units Table 3 7 Managing MAX units from the terminal server Terminal server command Function test Tests two open channels by having the MAX place a call to itself on one channel and receive it on the other channel remote Starts a remote management session with a MAX over an MP connection The remote device s VT100 interface replaces that of the local MAX set When used with arguments provides a set of commands for displaying current settings setting terminal type for Telnet and Rlogin connections enabling dynamic password service for ACE or SafeWord servers and managing Frame Relay connections To display arguments and syntax enter set show When used with arguments provides a set of commands for displaying status information about MAX functions including ARP ICMP IP UDP IGMP MROUTING OSPF TCP DNS IPX ISDN Frame Relay address pools modems calls X 25 PAD system uptime V 110 calls active users and DNIS To display arguments and syntax type show MAX 6000 Installation and Basic Configuration Guide MAX Us
87. IP address to 4 2 Securing MAX from unauthorized configuration changes 4 3 Setting MAX system options llle eee eee eee 4 12 Before you begin to configure your MAX for network operations you need to set up your hardware on the network and be prepared to use the MAX configuration interface In addition you need to perform basic configuration tasks to secure the MAX from unauthorized configuration changes and establish system parameters Depending on whether you use the control port or Telnet for configuration you might also want to assign an IP address to the MAX You cannot use Telnet until you first set the IP address Preparing the MAX and network In preparing to configure your MAX make sure of the following e You have installed the MAX as described in Chapter 2 Setting Up and Testing the MAX Hardware e You understand how to use a MAX configuration interface as described in Chapter 3 MAX User Interfaces e You have available One or more active installed and provisioned ISDN lines accessible from the MAX The type of line BRI PRI or EI depends on the MAX model you are configuring These lines must provide switched data service on at least two channels active Ethernet LAN with appropriate cables and connectors Aremote unit a MAX or other compatible equipment that you can Ping or connect to by Telnet
88. Lucent Technologies Bell Labs Innovations MAX 6000 Installation and Basic Configuration Guide Part Number 7820 0677 001 For software version 8 0 1 March 2000 Copyright 2000 Lucent Technologies All rights reserved This material is protected by the copyright laws of the United States and other countries It may not be reproduced distributed or altered in any fashion by any entity either internal or external to Lucent Technologies except in accordance with applicable agreements contracts or licensing without the express written consent of Lucent Technologies For permission to reproduce or distribute please email your request to techpubs ascend com Notice Every effort was made to ensure that the information in this document was complete and accurate at the time of printing but information is subject to change Safety Compliance and Warranty Information Before handling any Lucent Access Networks hardware product read the Access Networks Safety and Compliance Guide included in your product package See this guide also to determine how products comply with the electromagnetic interference EMI and network compatibility requirements of your country See the warranty card included in your product package for the limited warranty that Lucent Technologies provides for its products Security Statement In rare instances unauthorized individuals make connections to the telecommunications network through the use of ac
89. MP read write community password from write to a secure password See Setting password protection for SNMP access on page 4 10 Restricting the default access To restrict the configuration access to the MAX provided by the Default Security profile proceed as follows 1 With the cursor 2 pointing to System press the Right Arrow key The System menu appears 00 000 System gt 00 100 SysConfig 00 200 Sys Diag 00 300 Security 00 400 Feature Codes 00 500 Destinations 00 600 Dial Plan 00 700 Answer Plan 2 Press the Down Arrow key to move the cursor down until it is pointing to Security 00 000 System 00 100 Sys Config 00 200 Sys Diag 200 300 Security 00 400 Feature Codes 00 500 Destinations 00 600 Dial Plan 00 700 Answer Plan MAX 6000 Series Hardware Installation Guide 4 3 Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes Press the Right Arrow key to display the Security menu 00 300 Security gt 00 301 Default 00 302 00 303 00 304 00 305 00 306 00 307 00 308 00 309 Full Access Press the Right Arrow key again to display the Default Security profile 00 301 Default gt Name Default Edit Edit Edit Edit Passwd Operations Yes Security Yes System Yes Line Yes A Edit Edit Own A1 Ports Yes Port N A Cal Edit Edit Edit Com Own Cur Cal Cal Cal Sys Diag Yes Al
90. N interface transmits on pins 5 and 4 and receives on pins 2 and 1 Figure B 1 and Table B 5 show the pinouts Figure B 1 RJ 48C RJ 48C crossover cable 5 Transmit Transmit 1 4 Transmit Transmit 2 2 Receive Receive 4 1 Receive Receive 5 Male RJ 48C Male RJ 48C front view front view MAX 6000 Installation and Basic Configuration Guide Cables and Connectors T1 PRI interface specifications Table B 5 RJ 48C RJ 48C crossover cable specifications Model number RJ 48C X Part number 2510 0059 0323 001 Pair Signal Male RJ 48C Male RJ 48C MAX MAX remote 1 Receive 2 5 1 4 2 Transmit 5 2 4 1 T1 PRI straight through cable RJ 48C RJ 48C Before installing the RJ 48C RJ 48C straight through cable verify that the WAN interface transmits on pins 2 and 1 and receives on pins 5 and 4 Figure B 2 and Table B 6 show the pinouts Figure B 2 RJ 48C RJ 48C straight through cable specifications 5 Transmit 4 Transmit 2 Receive 1 Receive Male RJ 48C front view Receive 1 Receive 2 Transmit 4 4 Transmit 5 Male RJ 48C front view MAX 6000 Installation and Basic Configuration Guide B 7 Cables and Connectors T1 PRI interface specifications Table B 6 RJ A48C RJ 48C straight through cable specifications Model number RJ 48C S Part number 2510 0064 001 Pair Signal Male RJ 48C Male RJ 48
91. NIX host s Syslog daemon esee 4 13 Chapter 5 Basic Configuration 5 1 Establishing TCP IP connectivity through the Ether Options profile 5 1 Establishing WAN connectivity through Connection profiles sse 5 1 Connection profile functions seen ener emeret entente 5 2 Identifying the remote device or caller 5 2 Defining encapsulation korsie ierik nent nennen tree enne 5 2 Defining routing protocol cesta tere pete tete ce 5 3 Defining the call session teneret e EREE e eR ben 5 4 Defining telco call smise sentirsi enrere re aeri E reese 5 5 Specifying accounting requirements sessi enne enne enne 5 5 Specifying Dynamic Host Configuration Protocol DHCP settings 5 5 Handling incoming calls through the Answer profile ssse 5 6 Determining which calls are answered essere 5 6 Building a connection through the Answer profile esee 5 6 Defining encapsulation 5 pneter tO Re e Eee 5 6 Defining the call session vee dots cpeedessbestesvnsendeeapeneebes 5 7 Specifying DACP settings ote repetere phe e rire ERE hens 5 8 Establishing dial in calls through terminal server co
92. Pinouts for V 35 RS 366 cable to CLI eere B 26 Pinouts for V 35 RS 366 cable to PictureTel sse B 28 Pinouts for RS 449 RS 366 DB 37 cable to B 30 Pinouts for RS 449 RS 366 cable to generic serial B 32 Pinouts for RS 449 cable to generic serial host sese B 34 Pinouts for X 21 cable to generic serial host eesseeees B 35 Cable lengtb requirements eere tete rte obire B 36 35 cable pinouts eet pre pee entr rere A B 37 RS 449 cable PINOS d e en erect her ette pps B 38 Electrical specifications for MAX 6000 ac C 1 Electrical specifications for MAX 6000 dc C 2 MAX 6000 battery specifications sseeeeeeeeeeeneen enne C 2 xiv MAX 6000 Installation and Basic Configuration Guide About This Guide This guide explains how to install and test the MAX 6000 series hardware referred to hereafter as the MAX It also explains how to navigate the user interface and set basic Ethernet and line configuration parameters When you finish with the instructions in this guide you will be ready to configure the MAX A Warning Before installing the MAX be sure to read the safety instructions in the Access Networks Safety and Compliance G
93. SDN BRI line and 00 and 01 are the SPID suffixes the SPIDs are 510555121200 and 510555121201 MAX 6000 Installation and Basic Configuration Guide A 7 Cables and Connectors B User interface specifications 00 e B 1 Ethernet interface specifications 0 cece cece eee eh B 4 TI PRI interface specifications 0 0 0 cee eee eee B 4 E1 PRI interface specifications 0 0 0 eee eee eee eee B 12 ISDN BRI interface 8 5 B 17 Serial host interface B 18 Serial WAN cabling specifications B 37 IDSE specifications a toute ee ee tidal atte d b epe oh B 39 The MAX supports a variety of interfaces Each interfaces has its own specifications and cabling requirements User interface specifications The MAX supports control monitor palmtop controller and Machine Interface Format MIF interfaces each of which has its own cabling pinout specifications Control port and cabling pinouts for the control monitor and MIF The control port uses a standard DE 9 female connector that conforms to the RS 232 standard for serial interfaces Table B 1 applies to all MAX models that use the RS 232 pinouts The table specifies the pins of the DE 9 connector jacks and their corresponding functions and direction into I or out of O the MAX Tab
94. WAN Options menu appears 90 00 Mod Config WAN options Dial Plan N A Ans 1 Ans 2 Ans 3 Ans 4 1 1 start 0 0 0 0 1 1 count 0 Pool 2 start 0 0 0 0 Pool 2 count 0 Pool only No Pool Summary No 6 22 MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines 9 Set the Ans N parameters by entering the unique digits of the telephone numbers dialed by callers who use digital devices For example set Ans 14 2222 This setting tells the MAX to route all calls coming in from telephone number 555 2222 the hunt group for digital callers to the MAX Ethernet module Setting up dynamic IP addressing If you are going to dynamically assign addresses to incoming callers set the following parameters e Poolfl Start Specify the first IP address in the pool e Poolfl Count Specify the number of IP addresses in the pool Exiting and saving your changes When you have finished setting the Ans N parameters 1 Press the Left Arrow or Escape key to exit 2 Inthe confirmation menu press 2 to save and exit You have now set all the parameters necessary for your E1 line configuration Checking the line s status After the E1 PRI provider has established service check the status of the line by observing the MAX unit s front panel indicator lights and or viewing the line status window Indicator lights Observe the MAX unit s front panel indicator lights as illustrat
95. X MAX 1 FGND 1 1 2 SD 26 4 SD 27 22 3 RD 2 6 RD 3 24 4 ST 4 5 ST 5 23 5 RT 14 8 RT 15 26 6 DSR 6 11 DCD CTS 36 9 13 7 RTS 7 7 RI 43 15 8 DTR 8 12 SGND 25 19 20 37 9 TT 16 17 TT 17 35 10 DPR 9 2 ACR 10 3 11 CRQ 11 4 PND 12 5 12 DLO 13 22 SGND 25 7 13 NBI 21 14 NB2 22 15 B 28 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 23 Pinouts for V 35 RS 366 cable to PictureTel continued Model number MBHD 449PT Part number 2510 0093 001 Pair Signal MAX male DB 44 Host female DB 37 RS 366 female DB 25 MAX MAX 14 NB4 23 16 NB8 24 17 15 DSC 36 13 16 RX SEL 28 44 Pin positions separated by commas are jumped to each other RS 366 cabling Lucent Technologies supplies a variety of RS 366 cables which you can use to connect the MAX to Video Telecom and to a wide variety of serial hosts RS 449 RS 366 DB 37 cable to Video Telecom The RS 449 RS 366 DB 37 cable connects the MAX to the RS 449 port of a Video Telecom codec with support for RS 366 dialing Figure B 16 and Table B 24 show the RS 449 RS 366 DB 37 cable pinouts Figure B 16 RS 449 RS 366 DB 37 cable to Video Telecom codec eS 2 et Se 43 RI 28RXSEL 4 ST 4 ST 40 RD 1 a ca 25 SGND et 25 RD 24 RS 366 NBS 1 23 RS 366 NB4 38 RT 22 RS 366 NB2
96. X connect your MAX unit through the E1 port to the E1 PRI network interface TA equipment supplied by your Post Telephone and Telegraph PTT See Figure 2 7 Figure 2 7 Location of the LAN UTP and El ports on a MAX 6000 model PCMCIA CONTROL LAN UTP DRAM H SERIAL ALARM LAN UTP port Four E1 ports The maximum distance between the E1 PRI WAN interface equipment and the MAX should not introduce attenuation of more than 6 dB when measured at half the maximum data rate 1024 Kbps Also the cable must have a root F characteristic The screen shield of the transmit and receive coaxial cable must be earthed at one end of the line only Links jumpers inside the MAX chassis earth the coaxial screens The default position of the grounding links on the network line interface when used with a coaxial cable adapter is on the transmit side Tx for 1680 Kbps network operations Before you power on the MAX familiarize yourself with the indicator lights See Interpreting the MAX indicator lights on page 2 8 MAX 6000 Installation and Basic Configuration Guide 2 7 Setting Up and Testing the MAX Hardware Interpreting the MAX indicator lights Interpreting the MAX indicator lights Before you start up the MAX you need to understand the indicator lights on the number front and back panels of the MAX MAX front panel Figure 2 8 shows the location of indicator lig
97. acters To close the edit field and accept the new text press Enter Saving your changes When you exit a profile after changing any of its settings a message asks if you want to save the changes EXIT gt O0 ESC Don t exit l Exit and discard 2 Exit and accept You can save the profile values by choosing the Exit and Accept option and pressing Enter or by pressing the 2 key Creating and saving a profile Some profiles such as the line configuration profiles offer a menu of configurable subprofiles You can configure as many subprofiles as you need in your environment and activate the one you want to use To create name and save a profile proceed as follows in this example 1 Opena Net T1 gt Line Config gt Line Config profile 2 an unconfigured subprofile 3 Set the Name parameter to specify a unique descriptive name MAX 6000 Installation and Basic Configuration Guide 3 9 MAX User Interfaces Using configuration menus Continue setting the relevant parameters for your environment When you are done press the Back Arrow key to exit the menu The following message appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept Select the number for the action you want to take Activating a profile Some profiles such as the line configuration profiles must be loaded or activated before they take effect To activate a profile you must have Full Access priv
98. apter ac sss 2 3 Figure 2 2 Redundant MAX base unit s switch and cord adapter 2 3 Figure 2 3 MAX base unit s power cord adapter dc sees 2 4 Figure 2 4 Inserting an expansion card into a MAX 10 2 5 Figure 2 5 Tightening slot card thumbscrews eeeeeeeeeeeenenneeeenen 2 5 Figure 2 6 MAX 6000 El or T1 unit s LAN UTP 2 6 Figure 2 7 Location of the LAN UTP and ports on a MAX 6000 model 2 7 Figure 2 8 Location of the MAX indicator 2 8 Figure 2 9 Location of the indicator lights for the power supply on the Redundant MAX 2 9 Figure 2 10 Ethernet interface indicator lights MAX back 2 10 Figure 3 1 Slot and port numbering in the MAX 6000 esser 3 4 Figure 4 1 ISDN setup with MAX placing and receiving calls on LAN and WAN 4 2 Figure 6 1 ISDN Setup iicet rece ere e ED ER Potente eR 6 2 Figure 6 2 Incoming call routing using ISDN TI PRI signaling ssss 6 10 Figure 6 3 Incoming call routing using inband signaling and hunt groups 6 11 Figure 6 4 Incoming call routing using ISDN EI PRI signaling 6 18 Figure 6 5 Incoming call routing using R2 signaling eee 6 18 Figure 7 1 Con
99. art Configuring WAN lines Routing incoming calls No configuration is required to route ISDN calls The signaling information in the D channel defines whether the call goes to a digital modem or to an Ethernet bridge or router R2 signaling does not distinguish between analog or digital calls To route incoming calls that are using R2 signaling you must perform the following steps 1 To specify the signaling mode open the Net T1 gt Line Config gt Factory profile gt Line 1 profile for the line From the Main Edit Menu select the slot that contains the digital modem cards For example 70 000 V 90 S56 III Modem The slot s menu appears 70 000 V 90 S56 III Modem 70 100 Mod Config Select Mod Config The Mod Config menu appears 70 100 Mod Config Module Name Ans 1 Ans 2 Ans 3 Ans 4 Set the Ans N parameters by entering the unique digits of the telephone numbers dialed by callers who use analog devices For example Ans 14 1111 This setting tells the MAX to route all calls coming in from telephone number 555 1111 the hunt group for analog callers to the digital modems Press the Left Arrow or Escape key to exit the current Mod Config profile In the confirmation menu press 2 to save and exit Press the Left Arrow or Escape key to return to the Main Edit Menu so that you can configure routing for incoming digital calls From the Main Edit Menu select Ethernet Mod Config WAN Options The
100. ation and Basic Configuration Guide 3 19 MAX User Interfaces Using command line interface CLI tools Managing memory content MAX memory includes e Main memory stored on a Synchronous dynamic RAM SDRAM module 32 MB in standard configuration Used for TAOS code execution and current configuration storage e Flash memory stored on a Non volatile RAM module 8 MB in standard configuration Used for storing the TAOS executable compressed and a copy of the current configuration A subportion of NVRAM contains the unit s IP address and passwords Note Your MAX can also be configured to use memory on an optional PCMCIA card Additional memory management commands and options are available for managing PCMCIA cards For more information see the Administration Guide The commands summarized in Table 3 16 provide tools for managing the MAX unit s memory content Table 3 16 Commands for managing the MAX unit s memory Diagnostic command Function nvramclear Clears the content of flash memory except for the subportion containing the unit s IP address and passwords When you clear NVRAM the MAX resets and initializes itself with the configuration stored in flash memory which is commonly a copy of the current configuration To set the unit to its factory default configuration use 1cear to clear flash memory then use nvramclear fclear Clears the subportion of flash memory that c
101. ation and Basic Configuration Guide B 21 Cables and Connectors Serial host interface specifications V 35 cable to generic serial host The V 35 cable for connection to generic serial hosts connects the MAX to the V 35 ports of a wide variety of equipment A female to male V 35 gender changer is included when you order the cable Figure B 12 and Table B 20 show the V 35 cable pinouts Figure B 12 V 35 cable to generic serial host RT 15 RT 14 0 44 RX SEL RX SEL 28 2 e 27 43 RI SD 27 50 26 SGND 25 RTS7 DSR 6 5 ST 5 ST 4 RD 3 3 5 RD 2 19 o 4747 FGND 1 7 of ig TT Male DB 44 Female V 35 Table B 20 Pinouts for V 35 cable to generic serial host Pair Signal MAX male DB 44 Host female V 35 MAX MAX 1 FGND 1 A 2 SD 26 P SD 27 3 RD 2 R RD 3 T 4 ST 4 Y ST 5 AA 5 RT 14 V RT 15 X 6 DSR 6 E DCD 36 D F B 22 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 20 Pinouts for V 35 cable to generic serial host continued Pair Signal MAX male DB 44 Host female V 35 MAX MAX 7 RTS 7 C RI 43 8 DTR 8 H SGND 25 B 9 TT 16 U TT 17 W 10 RX SEL 28 44 Pin positions separated by commas are jumped to each other
102. atus Menu a hierarchical menu that contains an entry for each line or installed card in the MAX The structure of the Main Status Menu exactly follows the Main Edit Menu the top level configuration menu When the window that displays the Main Status Menu is active the menu works like the Main Edit Menu Use the arrow keys to scroll to a particular status menu Then press the Enter key to open that menu and the Escape key to close it MAX 6000 Installation and Basic Configuration Guide 3 27 MAX User Interfaces Specialized interfaces for MAX configuration and network management Specifying which status windows appear You can specify which status windows the VT 100 interface displays The total number of status windows is always limited to eight but you can set these parameters to focus on a selected area of functionality For details about the windows you can choose to display and the information in each one see the MAX Reference To specify which status window appears on the VT100 interface proceed as follows 1 From the Main Edit Menu select System gt Sys Config 2 Press the Down Arrow key to scroll to the Status parameter s in the status window s you want to customize For example the MAX displays the line status window for the T1 or 1 line in Slot 1 as window 1 by default Continue with step 3 and step 4 to reconfigure the MAX to use status window 3 for example to display the line status window for the T1 or E1 l
103. ave a matching Connection profile When a call matches a Connection profile the MAX uses the Connection profile settings for the encapsulation and session options instead of those in the Answer profile If a Names Passwords profile in Ethernet gt Names Passwords exists the MAX can use Answer profile settings to build a call in cases where the incoming call fulfills the name and password requirements The following sections summarize the functionality that the Answer profile parameters define Chapter 6 Quickstart describes a basic Answer profile configuration For detailed information about configuring the MAX for your network see the Network Configuration Guide for your unit For information about specific parameter settings see the MAX Reference Determining which calls are answered To determine which calls are answered the MAX looks for a matching Connection profile either on the MAX or on an external authentication server running authentication programs such as RADIUS or TACACS The Profile Reqd parameter specifies whether the MAX requires a profile for incoming calls or the MAX builds a temporary profile Parameters that control how calls are authenticated determining characteristics such as Calling Line Identification CLID Dialed Number Information Service DNIS and external servers RADIUS or TACACS include Use Answer as Default Id Auth and Select CLID The Assign Adrs parameter controls dynamic address assignment
104. cable included with your MAX to establish a serial connection to a terminal or a workstation with VT100 terminal emulation you do not need to have already assigned an IP address to the MAX to access the VT100O interface To use a Telnet connection to access the VT100 interface from a workstation or PC you must have already assigned an IP address to the MAX Note To assign an IP address use a console cable connection to the VT100 interface described in Using a console connection to access the VT100 interface on page 3 2 and follow the instructions in Assigning an IP address to the MAX on page 4 2 MAX 6000 Installation and Basic Configuration Guide 3 1 MAX User Interfaces Accessing the VT100 interface Preparing a terminal PC or workstation for use as a MAX console To use the MAX VT100 interface you need a VT100 terminal or a PC or workstation with terminal emulation software that you can use as a console Configure the terminal emulation software as follows 9600 bps 8 data bits no parity 1 stop bit no flow control and direct connect Using a console connection to access the VT100 interface This section describes how to access the VT100O interface through the control port 1 Usethe console null modem cable supplied to attach the terminal or workstation to the the MAX control port 2 Connect other interfaces as required See instructions in Chapter 2 Setting Up and Testing the MAX Hardware 3
105. cal Physical and Environmental Information 1 Electrical specifications 5 rer rrr ROOF RR Re RP t Er SEDE C 1 Battery Speciation Uno cde Che OW TREE RES ERE C 2 PhysicalkispecifiCatiOns s ese ae HR ERR FREE RI TM REPE ERR HERREN SEE C 3 Alarm relay operating specifications essen enne nnne nennen enne C 3 Environmental requirements eessesseeseeeeeeeeeeeene enne enne E nennen nnne neret C 3 Index iunt cono Dd DEDE RIS Index 1 MAX 6000 Installation and Basic Configuration Guide Figures Figure 1 1 MAX base unit reeniri eene enne e enne 1 2 Figure 1 2 Redundant MAX base unit enne nene nnne rennes 1 2 Figure 1 3 MAX 6000 base unit dc with power source esee 1 3 Figure 1 4 Host 6 card eee eee Ree ene PUR E eei 1 4 Figure 1 5 ISDN BRI network interface or terminal interface card ssssse 1 5 Figure 1 6 Multiband inverse multiplexing two port card 1 5 Figure 1 7 V 90 556 digital modem card seeseeeeeeeeeeeen 1 5 Figure 1 8 V IIO card iere aegre ab ee a IS 1 5 Figure 1 0 PIAFS caid eth dee Eae ete ei ett ees 1 6 Figure 1 10 IDSE card odore e PE e eh ER 1 6 Figure 1 11 DRAM card eee eter eet pet erp ep ai 1 7 Figure 1 12 PCMCIA card oet ge et eu a pe de he 1 7 Figure 2 1 MAX base unit s switch and cord ad
106. ce CLI 3 13 Using status windows sco ereen ekersen i i 3 21 Specialized interfaces for MAX configuration and network management 3 28 The MAX user interface is a menu driven interface accessed through a VT100 terminal or VT100 emulation software running on a PC or workstation The VT100 interface provides access to a variety of configuration and command menus and status windows and includes two command line interfaces In addition you can obtain supplemental interfaces for MAX management from Lucent Technologies or other sources After you have completed the MAX setup described in Chapter 2 Setting Up and Testing the MAX Hardware you can explore the user interface to learn how to navigate through the configuration menus and status windows This chapter describes how to access and use the VT100 interface and CLIs For more detailed information on how to use the tools introduced in this chapter see the Administration Guide The last section of this chapter introduces a variety of specialized user interfaces available from Lucent Technologies or third parties Accessing the VT100 interface To access the VT100 interface you can either use a console cable connected directly to the MAX as directed in Connecting the MAX to a terminal on page 2 2 or use a Telnet connection from a workstation running terminal emulation software or a VT100 compatible terminal If you use the console
107. cess features Trademarks 4ESS SESS A Network of Expertise AnyMedia AqueView AUDIX B STDX 8000 B STDX 9000 Beyond Compare CaseView Cajun CajunDocs CAJUNVIEW Callmaster Call Visor CBX 500 CellPipe ChoiceNet ClearReach ComOS cvMAX DACScan Dacsmate Datakit DEFINITY Definity One DSL MAX DSL Terminator DSLPipe DSLTNT Elemedia Elemedia Enhanced EMMI End to End Solutions EPAC ESS EVEREST Gigabit scaled campus networking Globalview GRE GX 250 GX 550 HyperPATH Inferno InfernoSpaces Intragy IntragyAccess IntragyCentral Intuity IP Navigator IPWorX LineReach LinkReach MAX MAXENT MAX TNT Multiband Multiband PLUS Multiband RPM MultiDSL MultiVoice MultiVPN Navis NavisAccess NavisConnect NavisCore NavisRadius NavisXtend NetCare NetLight NetPartner OneVision Open Systems Innovations OpenTrunk P550 PacketStar PathStar Pinnacle Pipeline PMVision PortMaster SecureConnect Selectools Series56 SmoothConnect Stinger SYSTIMAX True Access WaveLAN WaveMANAGER WaveMODEM WebXtend and Where Network Solutions Never End are trademarks of Lucent Technologies Advantage Pak Advantage Services AnyMedia Beyond Compare End to End Solutions Inter NetWorking MAXENT and NetWork Knowledge Solutions are service marks of Lucent Technologies Other trademarks service marks and trade names mentioned in this publication belong to their respective owners Copyrights for Third Party Software Includ
108. changing 3 22 navigating 3 9 status 3 21 terminal server connections 3 15 Message Log display 3 26 messages status log 3 21 Metric parameter 5 3 5 7 MIF control port pinouts B 1 MIF palmtop pinouts B 3 Min Ch Count parameter 5 7 Mod Config profile 3 8 Modem Dialout parameter 5 12 modem sessions displaying active 3 26 modem status characters 3 25 modemdiag diagnostic command 3 19 Modemdrvstate diagnostic command 3 19 modems analog 3 15 5 8 AT commands 3 16 3 17 5 12 availability determining 3 19 dial out enabling 5 12 expansion cards 1 5 immediate and nonimmediate dial out 5 12 5 13 ISDN 5 8 session status 3 25 status monitoring 3 23 3 25 troubleshooting commands 3 19 MP parameter 5 6 MP parameter 5 6 MRU parameter 5 2 5 7 MTU parameter 5 7 Multiband inverse multiplexing card 1 5 Multicast Client parameter 5 3 Multicast Grp Leave Delay parameter 5 3 Multicast Rate Limit parameter 5 3 multipoint mode 6 8 6 9 N nailed channel specifying 6 8 6 9 Name parameter 4 13 NAS Port Type parameter 5 5 NAT Network Address Translator client IP address assignment 5 5 Navis management applications 3 29 Net End parameter 5 4 Net Start parameter 5 4 MAX 6000 Installation and Basic Configuration Guide Index 5 Index O Net BRI module See BRI Basic Rate Interface expansion cards network interface card Netware T O parameter 5 4 NFAS ID Num parameter 6 11 6 14 NFAS signaling 6 11 No C
109. d receives 994 packets the test is successful To perform the test proceed as follows 1 From the Main Edit Menu select System gt Sys Diag gt Term Serv The Terminal Server screen appears Ascend Pipeline Terminal Server ascend 2 Enter the Test command test phone number where phone number is the telephone number of the MAX line 6 24 MAX 6000 Installation and Basic Configuration Guide Quickstart Testing the WAN connection If System gt Sys Config gt Use Trunk Groups is set to Yes you must add the trunk group number when dialing with the test command Note The most frequent cause for failing to connect is an incorrect telephone number If the test is unsuccessful verify that you have entered all the line parameters correctly and that your line is correctly provisioned as explained in Appendix A Provisioning the Switch If you cannot correct the problem contact your carrier 4 Enter the Quit command to exit the terminal server interface 5 Pressthe Left Arrow or the Escape key to return to the Main Edit Menu MAX 6000 Installation and Basic Configuration Guide 6 25 Next Steps 7 Configuring MAX functionality 0 0 0 eee eens 7 1 Managing MAX units 7 6 What you need to do next to configure the MAX 6000 for your environment depends on how you intend to use your MAX This chapter is an overview of the configuration and management features available for cust
110. de 5 9 Basic Configuration Tasks Establishing dial in calls through terminal server connections No access the default which does not require a login and password to enter the terminal server CLI Enabling dial in users to connect to hosts through the terminal server command line terminal mode To configure the terminal server for dial in users to connect to hosts through the terminal server command line you need to assign values defining the following Whether the user s screen includes status messages while the connection is being established and whether the screen is cleared when the connection has been established the Silent and Clr Scrn parameters Login banner and prompts if you do not want to accept the defaults The defaults are Pipeline Terminal Server Login Password Use the Login Prompt and Passwd Prompt parameters to change the defaults A password to use for establishing the terminal server session when the Security parameter is set to require one the Password parameter The command line prompt if you do not want to accept the default The default is ascends Use the Prompt parameter to change the default How long to wait for a user to log in before timing out the Login Timeout parameter Using Rlogin and Telnet from the command line To configure the terminal server for the user to use Rlogin and Telnet commands at the command line you need to assign values defining the following A
111. dule slot 9 R2 signaling Net E1 module CH 1 CH2 555 1111 555 1111 Figure 6 5 illustrates incoming call routing using R2 signaling The example shows two hunt groups one for digital calls and one for analog calls Analog callers use the telephone number 555 1111 to call in and are routed to the digital modems in slot 7 Digital callers use the telephone number 555 2222 and are routed to the MAX Ethernet module in slot 9 Figure 6 5 Incoming call routing using R2 signaling o 9 Digital modem card slot 7 o e Ethernet module slot 9 Net E1 module CH 1 CH2 555 1111 555 2222 6 18 MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines To set up call routing as shown in Figure 6 5 you would set the Ans N parameter in the modem profiles to 555 1111 and set the Ans N parameter in the Ethernet gt Mod Config gt WAN Options to 555 2222 Gathering configuration information for your E1 interface Before you start to configure your 1 slots gather the information you need for configuring a E1 slot and optionally for setting up dynamic IP addressing The necessary parameters for the Quickstart configuration are listed in Table 6 4 You can leave all other parameters in the Line profile at their default values Each 1 slot supports two E1 lines You can configure one or more Line Config profile for each E1
112. e channels are unavailable If there is no link to a T1 line question marks flash in the upper right hand corner of the Main Edit Menu and status windows The flashing question marks disappear after you have configured the lines You are now ready to test the WAN connection as described in Testing the WAN connection on page 6 24 E1 PRI line configuration ISDN signaling You can configure E1 lines to use ISDN PRI signaling or R2 signaling Ask your carrier which signaling types are available ISDN signaling might be more expensive than R2 signaling or unavailable in some locations When you have determined which signaling type is appropriate for your WAN gather the necessary information then proceed with the configuration Incoming ISDN calls contain information about whether the call is an analog call from a modem or a digital data call The MAX automatically routes analog calls to the digital modem card and digital calls to the Ethernet module In the example illustrated in Figure 6 4 analog callers are routed through one telephone number 555 1111 to the digital modems in slot 7 Digital callers using the same telephone number 555 1111 are routed to the Ethernet module in slot 9 MAX 6000 Installation and Basic Configuration Guide 6 17 Quickstart Configuring WAN lines Figure 6 4 Incoming call routing using ISDN E1 PRI signaling Digital modem card slot 7 Ethernet mo
113. e first configuration tasks involve preparing the MAX to send and receive calls To establish LAN and WAN connectivity you must configure parameters contained in the Ether Options Connection and Answer profiles on your MAX This chapter summarizes the purpose of each of these profiles and how to configure the MAX to send and receive calls For many sites you need to configure additional software features For a summary of additional configuration possibilities and where to find information on how to accomplish the tasks see Chapter 7 Next Steps Establishing TCP IP connectivity through the Ether Options profile To configure the MAX unit s IP address and LAN protocols you set parameters in the Ethernet Mod Config Ether Options profile These parameters establish IP and IPX routing behavior for the MAX including Routing Information Protocol RIP control and secondary IP addresses dual IP Instructions for setting the IP address are in Assigning an IP address to the MAX on page 4 2 Establishing WAN connectivity through Connection profiles Connection profiles are used to establish connections to remote devices over a WAN They are accessed through Ethernet Connections any Connection profile Separate profiles are needed for each device that connects directly to the MAX The MAX can store as many as 31 Connection profiles You can store additional profiles on external storage devices such as RADIUS servers MAX
114. e switched data service on at least two channels e An active Ethernet LAN with appropriate cables and connectors e A remote unit a MAX or other compatible equipment that you can connect to by Telnet or Ping over a dial up PPP encapsulated link across the WAN e Alocal host or workstation on the same subnet as the MAX that can Telnet to or Ping the MAX MAX 6000 Installation and Basic Configuration Guide 6 1 Quickstart Configuring the Ethernet interface Figure 6 1 illustrates the network setup required for the Quickstart Figure 6 1 ISDN setup PC on same subnet Remote device Ethernet T1orE1 line MAX 6000 Configuring the Ethernet interface To prepare the Ethernet interface of your MAX model you need to assign values to parameters in the Ethernet Mod Config profile You set parameters in the Mod Config profile to do the following e Assign an IP address and subnet mask required Enable the Routing Interface Protocol RIP to update the routing table optional e Specify a local domain name for Domain Name System DNS address resolution and configure DNS both optional e Specify a default route to a local IP router to off load routing tasks optional After creating the Mod Config profile you can test the LAN connection to the interface by using Telnet or Ping to read the MAX from a workstation running on the same subnet as the MAX Gathering configuration information f
115. ectors T1 PRI interface specifications Table B 8 RJ 48C DA crossover cable specifications Model number DA15 S Part number 2510 0065 001 Pair Signal Male Male DA 15P MAX RJ 48C remote MAX 1 Receive 1 1 2 9 2 Transmit 5 3 4 11 T1 PRI straight through cable RJ 48C Bantam The WAN side of the RJ 48C Bantam straight through cable connects to dual bantam jacks Figure B 5 and Table B 9 show the pinouts Figure B 5 RJ 48C Bantam straight through cable Receive 1 Receive 2 Transmit 4 Transmit 5 N D Ring 1 Receive pw Tip1 Receive N Ring 2 Transmit A Tip2 Transmit Male Dual 310 P Male RJ 48C front view Table B 9 RJ 48C Bantam straight through cable specifications Model number DBNT RJ45 Part number 2510 0066 001 Pair Signal Male RJ 48c Male Dual 310 P MAX MAX remote 1 Receive Tip 1 2 Ring 1 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors T1 PRI interface specifications Table B 9 RJ 48C Bantam straight through cable specifications continued Model number DBNT RJ45 Part number 2510 0066 001 Pair Signal Male RJ 48c Male Dual 310 P MAX MAX remote 2 Transmit 5 Tip 2 4 Ring 2 T1 RJ 48C Loopback plug The RJ 48C Loopback plug loops the transmit signal back to the MAX Table B 10 RJ 48C Loopback plug specifications
116. ed in Interpreting the MAX indicator lights on page 2 8 Is the Power light on and are the Fault and Alarm lights off e f Yes Continue on to Testing the WAN connection on page 6 24 e f No The attempt to connect to the T1 PRI line was unsuccessful If the Alarm light is on check your cabling Also verify with your T1 PRI line provider that you have the correct Framing Mode value Line status window You can also use the line status windows to verify that the lines are physically connected and in service but idle To display the Line Status window use Tab and the arrow keys to access the Net E1 gt Line 1 Stat window For information about navigating the status windows see Using status windows on page 3 21 MAX 6000 Installation and Basic Configuration Guide 6 23 Quickstart Testing the WAN connection By default the status of Line 1 in slot 1 10 000 Net E1 is shown in the top left status window For example 10 100 1234567890 L1 LA 12345678901234 nnnnnnnnnnnnnrn The window displays four lines of characters The first line shows the menu number and column numbers for channels 1 10 The second line which identifies the line L1 or L2 displays a 2 character link status indicator and a 1 character channel status indicator for each channel LA indicates Link Active the line is physically connected A dash means the channel is idle but in service Before you configu
117. ed in Lucent Access Networks Software Products C Standard Template Library software copyright 1994 Hewlett Packard Company and copyright 1997 Silicon Graphics Permission to use copy modify distribute and sell this software and its documentation for any purpose is hereby granted without fee provided that the above copyright notice appear in all copies and that both that copyright notice and this permission notice appear in supporting documentation Neither Hewlett Packard nor Silicon Graphics makes any representations about the suitability of this software for any purpose It is provided as is without express or implied warranty Berkeley Software Distribution BSD UNIX software copyright 1982 1986 1988 1993 The Regents of California All rights reserved Redistribution and use in source and binary forms with or without modification are permitted provided that the following conditions are met 1 Redistributions of source code must retain the above copyright notice this list of conditions and the following disclaimer 2 Redistributions in binary form must reproduce the above copyright notice this list of conditions and the following disclaimer in the documentation and or other materials provided with the distribution 3 All advertising materials mentioning features or use of this software must display the following acknowledgement This product includes software developed by the University of California Berkeley and its contributo
118. ed the lines MAX Power On Self Test PASSED Press any key Press Ctrl n to move cursor to the next menu item Press return to select it Press Tab to move to another window thick border indicates active window 6 Press any key The following screen appears reminding you that you need to configure the lines before you can place calls to or from the MAX unit Edit Line Config before dialing Press any key MAX 6000 Installation and Basic Configuration Guide Setting Up and Testing the MAX Hardware Starting the MAX 7 Pressany key again to display the MAX Main Edit Menu Main Edit Menu e System Net T1 et T1 V 90 S56 III Modem Empty V 90 S56 III Modem V 90 S56 III Modem K56 Modem 16 Empty Ethernet Ether Data Serial WAN Ether Data Ether Data CO Or C CX A C3 C3 Or C9 CX O OX XI CX OO O CX CX CX CY Oo ud 5 0 1o005U0thtNp PGO For an overview of how to use the MAX user interface go to Chapter 3 MAX User Interfaces To begin to configure your MAX unit got to Chapter 4 Preparing to Configure the MAX 2 12 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces 3 Accessing the VT100 interface sss sasos eee ene 3 1 Using configuration menus 0 0 0 ce eee teenies 3 3 Using command line interfa
119. ed to assign values defining the following e Whether PPP is enabled the PPP parameter e long the terminal server waits before transitioning to packet mode processing the PPP Delay parameter e Whether PPP negotiation starts immediately after a user enters the PPP command or waits to receive a PPP packet from an application the PPP Direct parameter e A message to use to inform users they are using PPP the PPPinfo parameter Starting SLIP sessions from the command line To configure the terminal server for the user to start a Serial Line Internet Protocol SLIP session from the comand line sometimes called SLIP mode you need to assign values defining the following e Whether SLIP is enabled the SLIP parameter e Whether the terminal server can respond to BOOTP requests within a SLIP session the SLIP BOOTP parameter e The SLIP information that must be reported in the SLIP session startup message the SLIP Info IP Netmask Msg and IP Gateway Adrs Msg parameters Connecting dial in users directly to hosts immediate mode To configure the terminal server for dial in users to connect directly to hosts immediate mode through Telnet Rlogin raw TCP or X 25 you need to assign values defining the following the following e The connection service to use for the host connection You can use Telnet Rlogin raw TCP or X 25 established through setting the Immed Service parameter You can also use the Telnet Ho
120. eed as follows 1 From the Mod Config menu select DNS The DNS menu appears The values shown are examples only Ethernet Mod Config DNS Domain Name abc com Sec Domain Name Pri DNS 10 65 212 10 Sec DNS 12 20 7 23 51 Allow As Client DNS Yes Pri WINS 0 0 0 Sec WINS 0 0 0 List Attempt No List Size 6 Client Pri DNS 0 0 0 0 Client Sec DNS 0 0 0 0 Enable Local DNS No Loc DNSTab Auto Update No Loc DNS Name 1 N A Loc DNS Name 2 N Av 2 Set the Domain Name parameter to specify the local domain name 3 Set the Pri DNS and Sec DNS parameters to specify the IP addresses of a primary and a secondary DNS server respectively 4 Press the Left Arrow key twice to exit the DNS and Mod Config profiles A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept 5 Press 2 to save your changes Setting up the default route optional If no routes exist for the destination address of a packet the MAX forwards the packet to the destination specified in the default route You can set the Default Route parameter to specify a local IP router such as a Cisco router or a UNIX host running the route daemon to off load routing tasks to other devices If the MAX does not have a default route it drops packets for which it has no route To configure the default route proceed as follows 1 From the Ethernet menu select Static Rtes A list of IP Route profiles
121. els for nailed connections the Group parameter The connection type and bandwidth of connection allowed by the profile the Call Type Data Svc FT1 Caller and Force 56 parameters Billing telephone number the Bill parameter Whether the connection can be used to dial out through one of the MAX unit s digital modems the Dialout OK parameter Specifying accounting requirements The Accounting subprofile specifies characteristics of the method used to record call related accounting including an accounting server the Acct Host and Acct Type parameters and port the Acct Port parameter and configuration of RADIUS or TACACS the Acct ID Base Acct Key and Acct Timeout parameters Specifying Dynamic Host Configuration Protocol DHCP settings The DHCP subprofile defines whether the MAX processes DHCP packets and acts as a DHCP server the Reply Enabled parameter and how the unit assigns IP addresses to Network Address Translator NAT clients MAX 6000 Installation and Basic Configuration Guide 5 5 Basic Configuration Tasks Handling incoming calls through the Answer profile Handling incoming calls through the Answer profile The MAX has one Answer profile Ethernet gt Answer The Answer profile controls how the unit answers incoming calls from the WAN If a call does not comply with specifications set in the Answer profile the MAX drops it Often administrators configure the MAX to reject calls that do not h
122. er Interfaces Using command line interface CLI tools Table 3 7 Managing MAX units from the terminal server continued Terminal server Function command dnstab When used with arguments a collection of commands for editing and displaying the MAX unit s Domain Name System DNS table To display arguments and syntax enter dnstab kill Disconnects a user s Telnet connection Monitoring and managing IP and IPX routing The commands summarized in Table 3 8 provide ways to monitor and manage IP and IPX routing connections For detailed information refer to the Administration Guide Table 3 8 Monitoring and managing IP and IPX routing from the terminal server Terminal server Function command iproute When used with arguments provides a set of commands for adding a static route to the MAX unit s routing table removing a route from the routing table and displaying the routing table To display arguments and syntax enter iproute ping Verifies that the transmission path between a MAX and another station is open ipxping Verifies the network layer transmission path from the MAX to Novell NetWare stations traceroute When used with arguments traces the route of an IP packet to help to identify slow routers or diagnose IP routing problems To display arguments and syntax enter traceroute Initiating host to host connections The commands summarized in Table 3 9 p
123. es e proper mapping of pinouts from the MAX to the application equipment e Proper voltage levels In the cable wiring tables that follow the MAX is the Data Circuit terminating Equipment DCE device while the host equipment is the Data Terminal Equipment DTE device The serial host interface cabling tables use the abbreviations listed in Table B 18 Note that the MAX supplies the Send Timing and Receive Timing clocks to the host Table B 18 Serial host interface cabling abbreviations Abbreviation Explanation FGND Chassis Ground SGND Receive Common Ground SD Send Data SD Send Data RD Receive Data RD Receive Data ST Send Timing MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 18 Serial host interface cabling abbreviations continued Abbreviation Explanation ST Send Timing RT Receive Timing RT Receive Timing TT Terminal Timing TT Terminal Timing DSR Data Set Ready DCD CD Data Carrier Detect RTS Request to Send RI Ring Indicate DTR Data Terminal Ready DPR RS 366 Call Digit or Tone ACR Abandon Call Retry CRQ Call Request PND Present Next Digit DLO Data Line Occupied NBI RS 366 Call Digit or Tone NB2 RS 366 Call Digit or Tone NB4 RS 366 Call Digit or Tone NB8 RS 366 Call Digit
124. es for NFAS ID assignments and D channel assignments Note that the MAX must have D channel signaling functionality and at least two WAN ports to use NFAS e The MAX can receive multichannel calls using Combinet or MP encapsulation only if all channels of the call share a common telephone number called a hunt group You can request that your service provider supply you with a hunt group A 2 MAX 6000 Installation and Basic Configuration Guide Provisioning the Switch Provisioning the switch for E1 PRI access Provisioning the switch for E1 PRI access When ordering E1 PRI service make sure you order one that the MAX E1 PRI supports Also make sure to request certain information about your WAN interface What you need from your E1 PRI service provider You need the following information from your E1 PRI service provider e The telephone numbers assigned to your E1 PRI interface on a channel by channel basis e Number of nailed up channels also called private WAN if any e Number of unused channels if any e f your installation requires DPNSS the Switch type or emulation e f your installation requires DASS 2 and DPNSS end X Y end the Switch layers 2 and 3 configuration e f your installation requires DASS 2 and DPNSS X 30 and V 110 the Rate adaption protocol Note The MAX can receive multichannel calls using Combinet or MP encapsulation only if all channels of the call share a common telephone
125. g B 40 MAX 6000 Installation and Basic Configuration Guide Safety Related Electrical Physical and C Environmental Information Electrical specifications oes c necc soss urone 1 Battery specifications ji cise bes RU EN hee TEE e a C 2 Physical specifications i 05 0 k eee ee Seek Se ee Rer were eni we ea C 3 Alarm relay operating specifications llle C 3 Environmental requirements 8 C 3 The MAX has been tested and found to comply with the governing rules described in this section These rules also call for specific actions and procedures to be followed by the user See the Access Networks Safety and Compliance Guide for safety instructions and country specific information A Warning Before installing the MAX be sure to read the safety instructions in the Access Networks Safety and Compliance Guide Electrical specifications There are two types of MAX 6000 units one type operates with dc power and the other operates with ac power Both types of MAX 6000 units store their configuration profiles in battery protected memory so that when you power off the units the profiles remain intact Both types of MAX 6000 units have Class A electromagnetic interference EMI rating Table C 1 describes the power requirements for the ac version of the MAX 6000 Table C 1 Electrical specifications for MAX 6000 ac version
126. ge Services Advantage Services is a comprehensive selection of services Installation services help get your Lucent Wide Area Network WAN off to the right start Ongoing maintenance and support services provide hardware and software solutions to keep your network operating at peak performance For more information call 800 272 3634 Lucent Technologies Other telephone numbers For a menu of Lucent s services call 800 272 3634 Or call 510 769 6001 for an operator Calling Lucent from outside the United States You can contact Lucent by telephone from outside the United States at one of the following numbers Telephone outside the United States 510 769 8027 Austria Germany S witzerland 33 492 96 5672 Benelux 433 492 96 5674 France 33 492 96 5673 Italy 33 492 96 5676 Japan 81 3 5325 7397 Middle East Africa 433 492 96 5679 Scandinavia 33 492 96 5677 Spain Portugal 33 492 96 5675 UK 33 492 96 5671 For the Asia Pacific region you can find additional support resources at http www lucent com ins international apac Obtaining assistance through correspondence Send your technical support questions to one of the following email addresses or correspond by fax BBS or regular mail with Customer Service in Lucent s U S offices in Alameda CA Email from within the U S i support ascend com Email from Europe the Middle East or Africa E M EAsupport ascend com Email f
127. gt 0 Active gt M31 Line 01 Ch 0 Trunk up 51 1 236 To display the Sessions window if it is not already displayed by default tab to any status window then use the arrow keys to access the Ethernet gt Sessions window To display the System Message Log window if it is not already displayed by default tab to any status window then use the arrow keys to access the System gt Message Log window The Sessions window shows the number of active bridging or routing and modem terminal server sessions When this window is active you can scroll down to see the name address or calling line ID CLID of each connected device Each line starts with a 1 character session status indicator For example O means online For terminal server sessions the modem number is identified The system message log provides up to 32 of the most recent system events Use an arrow key to scroll up previous messages or down later messages The Delete key clears all the messages in the log The message log window is organized as follows e The first line shows the menu number and the time the most recently logged event occurred e The second line identifies the log entry number M00 M31 and if applicable the line and channel on which the event occurred e The third line contains the text of the message For example Call Terminated An active call disconnected normally session up An incoming connection
128. he MAX to a T1 line To connect your MAX to a 1 line 1 Connect TI PRI line either directly to a T1 port on the MAX unit see Figure 2 3 or through other network interface equipment Note To connect to the demarcation point where the T1 PRI line s metallic interface connects to other equipment the MAX T1 PRI ports must be configured to use the unit s internal Channel Service Units CSUs Otherwise you must install external CSUs or other network WAN interface equipment between the MAX and the demarcation point See the Network Configuration Guide that came with the unit 2 Inform your TI PRI service provider that your equipment is connected so that they can bring up the line Before you power on the MAX familiarize yourself with the indicator lights See Interpreting the MAX indicator lights on page 2 8 Connecting the MAX to an E1 line The MAX can connect to any Digital Private Network Signaling System DPNSS access point on a Private Branch Exchange PBX or directly to digital services Use a cable that is specifically constructed for transmission of E1 PRI signals CCITT G700 series is recommended The MAX can also connect to G 704 framed leased nonswitching services for 75 ohm lines Use cable 2510 0272 001 with 75 ohm 1 lines 2 6 MAX 6000 Installation and Basic Configuration Guide Setting Up and Testing the MAX Hardware Connecting the MAX to an E1 line Unless you are connecting to your PB
129. he Telnet session has been established access the terminal server CLI System gt Sys Diag Term Serv 5 12 MAX 6000 Installation and Basic Configuration Guide Basic Configuration Tasks Establishing dial out calls through terminal server connections 3 At the terminal server prompt enter the Open command ascend open Without an argument the command sets up a virtual connection to the first available digital modem You can specify a particular modem by including its slot and item number as an argument For example ascend open 7 1 4 Use standard Rockwell AT commands to dial out on the modem For example ATDT 1v1 M Table 5 2 lists the terminal server commands that are available to the user when the session has been established Table 5 2 Terminal server commands for digital modems Task Terminal server command Suspend a virtual connection to a digital Press Ctrl C three times modem and return to the terminal server prompt Resume the virtual connection Enter the Resume command Terminate the virtual connection Enter the Close command MAX 6000 Installation and Basic Configuration Guide 5 13 Quickstart 6 Making required preparations 6 1 Configuring the Ethernet interface llle eee 6 2 Testing the LAN connection 0 0 00 eee I 6 6 Configuring WAN lines tucad tened e I ee 6 7 Testing the WAN connection 0 0
130. he top level Security menu appears 00 300 Security gt 00 301 Default 00 302 0 303 0 304 0 305 0 306 0 307 0 308 00 309 Full Access Later when you reset or power cycle the MAX the new restrictive Default Security profile will be in effect To configure the MAX you will be required to supply the new password that you assigned in step 5 to activate the Full Access Security profile Setting password protection for Telnet access Assigning a Telnet password ensures that all users requesting Telnet sessions with the MAX either locally or across a WAN must enter the password To assign a password proceed as follows 1 If you have just finished configuring the Security profiles press the Left Arrow key to exit the Security profile The System menu appears 00 000 System gt 00 100 Sys Config 00 200 Sys Diag 00 300 Security 00 400 Feature Codes 00 500 Destinations 00 600 Dial Plan 00 700 Answer Plan Press the Left Arrow key to exit from the System menu The Main Edit menu appears MAX 6000 Series Hardware Installation Guide 4 7 Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes 3 Press the Down Arrow key to move the cursor to Ethernet 5 Main Edit Menu 00 000 System 10 000 Net T1 20 000 Net T1 30 000 K56 Modem 16 40 000 K56 Modem 16 50 000 K56 Modem 16 60 000 K56 Modem 16 70 000 K56 Modem 16 80 000 K56 Modem
131. hing WAN connectivity through Connection profiles Defining a routing protocol The Connection profile includes parameters for defining IP IPX AppleTalk and OSPF routing You enable any of these routing protocols by setting a top level Connection profile parameter RouteIP RouteIPX or Route AppleTalk You specify the characteristics of routing behavior in the following subprofiles IP Options IPX Options AppleTalk Options and OSPF Options Table 5 1 summarizes the routing parameter options available in the Connection profile s routing subprofiles Table 5 1 Subprofiles in Ethernet gt Connections gt any Connection profile Routing subprofile Function and related parameters IP Options When Route IP is set to Yes this subprofile defines The IP address and subnet mask of the remote device the LAN Adrs parameter The remote address of the link s remote interface to the WAN the WAN Alias parameter A numbered interface IP address the IF Adrs parameter Whether the LAN address should be disclosed in RIP queries the Private parameter RIP characteristics the RIP Metric and Preference parameters Dynamic IP addressing the Pool parameter Multicasting characteristics the Multicast Client Multicast Rate Limit and Multicast Grp Leave Delay parameters Address resolution service characteristics including Domain Name Service DNS and Windows Internet Name Service WINS The related
132. how long it should block repeated unsuccessful calls the Block Calls After and Blocked Duration parameters e The maximum duration of an incoming session the Max Call Duration parameter 5 4 MAX 6000 Installation and Basic Configuration Guide Basic Configuration Tasks Establishing WAN connectivity through Connection profiles An IP address to which all incoming calls on this link will be directed bypassing internal routing and bridging tables the IP Direct parameter Characteristics related to the MAX unit s role when configured as an Ascend Tunnel Management Protocol ATMP home agent the ATMP Gateway Max ATMP Tunnels and ATMP RIP parameters Characteristics related to the MAX unit s participation in a Frame Relay network the FR Direct FR DLCI and FR Prof parameters Defining telco call preferences The Telco Options subprofile contains parameters defining the telco line related characteristics of the connection including the following Whether incoming outgoing or both types of calls are enabled for the connection the AnsOrig parameter Whether digital analog or both call types can be received the NAS Port Type parameter Callback security management the Callback Exp Callback and Callback Delay parameters The PRI service to use when placing a call the Call by Call parameter and the transit network dialing prefix to use for PRI calling the Transit parameter Assignments of chann
133. hts on the front panel of the MAX and Redundant MAX Figure 2 9 shows the location of the additional set of indicator lights on the Redundant MAX front panel which provides supplemental information for the redundant ac or dc power supply Figure 2 8 Location of the MAX indicator lights POWER p FAULT pg DATA pgg ALARM m Fault Data Alarm Table 2 1 lists the indicator lights on the front panel of the MAX and describes the function each indicator light performs Table 2 1 MAX front panel indicator lights Light Description Power On when the MAX power is on Fault On in one of two cases A hardware self test in progress or a hardware failure At system start up when the MAX performs its Power On Self Test POST the indicator light is on If any type of hardware failure occurs the indicator light flashes If the failure is isolated to an expansion card the MAX might continue to function without the card Data On when calls are active Alarm On indicates a WAN alarm or a trunk out of service for example during line loopback diagnostics WAN alarms include Loss of Sync Red Alarm Yellow Alarm and All Ones or AIS 2 8 MAX 6000 Installation and Basic Configuration Guide Setting Up and Testing the MAX Hardware Interpreting the MAX indicator lights Figure 2 9 Location of the indicator lights for the power supply on the Redundant MAX Power AFail BFail Fan POWER
134. http www lucent com ins for technical information product information and descriptions of available services Visit the FTP site at ftp ftp ascend com for software upgrades release notes and addenda Obtaining technical assistance You can obtain technical assistance by telephone email fax modem or regular mail as well as over the Internet Gathering information you will need If you need to contact Lucent for help with a problem make sure that you have the following information when you call or that you include it in your correspondence e Product name and model e Software and hardware options e Software version e If supplied by your carrier Service Profile Identifiers SPIDs associated with your line e Your local telephone company s switch type and operating mode such as AT amp T 5 55 Custom or Northern Telecom National ISDN 1 e Whether you are routing or bridging with your Lucent product e Type of computer you are using e Description of the problem Calling Lucent from within the United States In the U S you can take advantage of Priority Technical Assistance or an Advantage service contract or you can call to request assistance Priority Technical Assistance If you need to talk to an engineer right away call 900 555 2763 to reach the Priority Call queue The charge of 2 95 per minute does not begin to accrue until you are connected to an engineer Average wait times are less than 3 minutes Advanta
135. ier for B 4 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors T1 PRI interface specifications approval before installation Once you install the MAX you must notify the carrier before disconnecting the unit from the WAN If you disconnect or turn off the unit without prior notification the carrier might temporarily discontinue your T1 PRI service The MAX unit s internal CSUs are compatible with dry loop T1 PRI lines and with span powered or wet loop powered T1 PRI lines Port without internal CSU If you disable the internal CSU on a T1 PRI port you cannot connect directly to the WAN You must connect the port to other equipment that provides the interface to the WAN for example an external CSU Your carrier determines the correct value for the line buildout setting of the CSU and you specify the value during installation For detailed information about the Buildout parameter see the MAX Reference Table B 4 lists CSU specifications Table B 4 CSU specifications Information Value CSU registration 2CZUSA 33823 DE N Critical circuitry power source Dry Loop from local ac power source Line capture frequency 1 544 Mbps 200 bps Line code AMI or B8ZS Line framing D4 or ESF Line input output impedance 100 ohms 5 Received signal level range DSX 1 level to 36 dB Transmitted signal level DSX 1 level into 100 ohms Line buildout 0 0 7 5 15 0 or 22 5
136. ified by the Station parameter which must match the name that the remote device provides during session authentication The call numbers specify the following e The number used when dialing out the Dial parameter e The number that is called by a remote device to establish a connection and which is used in Dial Number Information Service DNIS authentication the Called parameter e The remote device s telephone number which is used in Calling Line Identification CLID authentication the Calling parameter Defining encapsulation The Encaps parameter specifies the encapsulation method to use for exchanging data with a remote network Both sides of the link must use the same method The Encaps Options subprofile is accessed through Ethernet Connections any Connection profile Encaps Options It contains a variety of parameters that further define how Point to Point Protocol PPP encapsulation negotiates data exchange including the following e Authentication protocols names and passwords the Send Auth Bi Dir Auth Send Name Send PW Recv Name and Recv PW parameters e Header compression the IPX Header Compression and VJ Comp parameters e Call backs the CBCP Mode and CBCP Trunk Group parameters e Frame size MRU and MTU parameters e Link quality the LOM Min and Max parameters 5 2 MAX 6000 Installation and Basic Configuration Guide Basic Configuration Tasks Establis
137. ileges granted through the Full Access Security profile To activate the Full Access Security profile 1 At the Main Edit Menu press Ctrl D The DO menu appears Select P Password Press Enter or the Right Arrow key The Security menu appears displaying a list of Security profiles Select Full Access Press Enter or the Right Arrow key A password entry field appears Enter your password within the brackets The default password for Full Access login is Ascend Press Enter or the Right Arrow key If your password is accepted you have Full Access privileges Press Enter The Main Edit Menu reappears To activate a profile that requires activation proceed as follows 1 2 Open the profile that you want to activate Press Ctrl D The profile s DO menu appears Select L Load The Load Profile menu appears Select 1 to load the profile Profile loaded as current profile appears The newly activated profile reappears MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using configuration menus Using the DO menu The DO menu is a context sensitive list of commands that appears when you press Ctrl D from any location in the VT100 interface The commands in the DO menu vary depending on the context in which you invoke it For example if you press Ctrl D in a Connection profile the DO menu looks similar to the following DO 20 ESC 1 Dial P Password S Save E Termserv
138. ine 3 Forthe Status 3 parameter specify the number identifying the status window menu you want to display For example Status 3210 100 Note Every menu and submenu has an identifying number for example 20 100 or 20 200 You can scroll through the Main Status Menu to get the identifying status numbers 4 Saveand close the System profile When the MAX resets the status windows appears with the new selections For more details about slot line and port numbers see the Network Configuration Guide Specialized interfaces for MAX configuration and network management Depending on how you intend to use your MAX you might need additional management tools for monitoring network activities This section summarizes information about some of the commonly used tools for MAX management and refers to other information resources Simple Network Management Protocol SNMP You can use Simple Network Management Protocol SNMP applications to get information from the MAX enhance security set alarms for specified conditions and perform simple configuration tasks TAOS software supports the Ascend Enterprise MIB MIB II and ancillary SNMP features The MAX can send management information to an SNMP manager without being polled For information about using SNMP see the Administration Guide 3 28 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Specialized interfaces for MAX configuration and network manage
139. int Tunneling Protocol PPTP or Layer 2 Tunneling Protocol L2TP does not display a terminal server prompt to dial in users because all dial in calls are immediately transferred to PPTP or L2TP servers Table 3 13 Tunnel management from the terminal server Terminal server Function commands pptp Initiates a PPTP session with a PPTP server 12tp Initiates an L2TP session with an L2TP server MAX 6000 Installation and Basic Configuration Guide 3 17 MAX User Interfaces Using command line interface CLI tools Using the Diagnostic mode CLI The Diagnostic mode CLI includes a variety of tools for diagnosing MAX and network problems In most cases use only the diagnostic commands that the procedures documented in Lucent Technologies guides direct you to use unless instructed otherwise by Technical Support A Caution Under most circumstances diagnostic commands are not required for correct operation of the MAX and in some circumstances might produce undesirable results Contact Technical Support with any questions or concerns This section describes how to access and quit the Diagnostic mode CLI and introduces some of the most commonly used diagnostic commands For more information about using diagnostic commands and for detailed information about interpreting command output see the Administration Guide Accessing and quitting the Diagnostic mode CLI Before you can access the Diagnostic mode CLI you mu
140. ion and Basic Configuration Guide Contents Inserting atr CX PansiON CALA ione deett o eerte ries eee dd 2 4 Connecting to LAN iis eee ene pote IO RE STIS 2 6 Connecting the MAX toa T1 Ime uo ae eee ei eene tt deri Eee E 2 6 Connecting the MAX to an EI line esee ener 2 6 Interpreting the MAX indicator lights 2 8 MAX front panel neben eedem teer el 2 8 MAX back panel cete ce oH EEUU E keaton e R SURG 2 10 Starting the MAX essen ae ea iin Sa et eatem 2 10 Chapter 3 MAX User Interfaces sccssssssssscesseesseesssesssceeseeesseesseenseensnens 3 1 Accessing the 1001 eene en nennen mener 3 1 Preparing a terminal PC or workstation for use as a MAX console 3 2 Using a console connection to access the VT10O interface sese 3 2 Using Telnet to access the VT100 interface sese 3 2 Using configuration menus sssseeseeseeseeeee eene nete eret en nrenn etre tne tnet rennen nennen nenne 3 3 Main Edit Menu oe em Ue Hte uires De ERR 3 3 Understanding menu numbers essere nennen nennen 3 3 System virtual slot 00 00 essere nenne nennen nennen ena 3 4 or E1 slots 10 000 and 20 000 essen nennen 3 4 Expansion slots slots 30 000 through 80 000
141. ion information Parameter Usage Net1 T1 gt Line Config Specify the type of signaling your line uses inband ISDN_ gt Factory profile gt Line NFAS or ISDN Get this information from your service pro N gt Sig Mode vider Net1 T1 gt Line Config If Sig Mode is set to ISDN_NFAS specify an interface identifi gt Factory profile gt Line cation number for the line Each NFAS line must have a differ N gt NFAS ID num ent interface MAX 6000 Installation and Basic Configuration Guide 6 11 Configuring WAN lines Table 6 3 T1 line configuration information continued Parameter Usage Net1 T1 gt Line Config gt Factory profile gt Line N gt Rob Ctl For each line using Inband signaling enter the robbed bit call control mechanism Get this information from your service pro vider The possible settings are e Wink Start e dle Start e nc W 200 e nc W 400 e Loop Start Net1 T1 gt Line Config gt Factory profile gt Line N gt Switch Type For each line using ISDN signaling enter the type of switch that provides the ISDN service In a Net T1 profile specify one of the following values e AT amp T the default e NT1 Northern Telecommunications Inc e Japan e GloBanD Q 931W GloBanD data service Although GloBanD can appear in the list of switch types available under ISDN it is currently not supported on any T1 PRI switches in the U S Howe
142. ion of Euro ISDN signaling used in Germany Note All international switch types except German operate in multipoint mode Net BRI gt Line Config Specify whether the line is operating in point to point or multi gt Factory profile gt point mode Link Type In point to point mode the MAX requires one telephone number and no SPIDS In multipoint mode the MAX requires two tele phone numbers and two SPIDs All international switch types except DBP Telecom and all U S switch types except AT amp T SESS operate in multipoint mode Net BRI gt Line Config For each line specify the usage for each of the two B channels gt Factory profile gt Line N N Line to Line 6 gt BN Usage Select from the following e Switched the default for a channel used as a temporary connection for the duration of a call N B1 or B2 e Nailed for a channel rented for exclusive 24 hour 7 day use Unused for a channel that the MAX does not use Net BRI gt Line Config Enter the primary add on number for the BRI line Enter a tele gt Factory profile gt Line N N 1 to 6 gt Pri Num phone number of 24 or fewer characters The default is null If you configure the line for point to point service this is the only number associated with the line Net BRI gt Line Config gt Factory profile gt Line N N 1 to 6 gt Sec Num Enter the secondary add on number for the BRI line Enter a telephone number of 24 o
143. it RIP updates e Both v2 The MAX transmits and receives RIP v2 updates Ethernet Mod Con Local DNS domain name The Maximum length is 63 characters fig DNS Domain Name Ethernet Mod Con IP address of the primary domain server The default value is fig DNS Pri DNS 0 0 0 0 Ethernet Mod Con IP address of the secondary domain server This server is fig DNS Sec DNS accessed if the primary DNS server is unavailable The default value is 0 0 0 0 MAX 6000 Installation and Basic Configuration Guide 6 3 Quickstart Configuring the Ethernet interface Setting the parameters for the Ethernet interface To configure the Ethernet interface you must assign the MAX an IP address which must include a subnet mask Optionally you can specify how you want the interface to handle RIP update packets You can also enable the MAX to use local DNS service and you can specify a default route for packets with unrecognized destinations Specifying the IP address and subnet mask To set the IP address and subnet mask proceed as follows 1 From the Main Edit Menu select Ethernet gt Mod Config gt Ether Options The following list of parameters appears The settings shown are examples only 90 000 Mod Config Ether options IP Adrs 198 5 248 40 29 2nd Adrs 0 0 0 0 0 RIP Off RIP2 Use Multicast No Ignore Def Rt Yes Proxy Mode Off Filter 0 IPX Frame None IPX Enet N A IPX Pool
144. ive permission 4 12 connecting to MAX 2 6 default password 4 3 MAX connection testing 6 6 setting password 4 6 4 7 required equipment B 4 specifications B 4 status windows 3 26 G event logging 3 26 Exp Callback parameter 5 5 G 703 framed leased services 2 6 expansion cards Group parameter 5 5 Host 6 1 4 IDSL 1 6 ISDN BRI network interface card 1 5 H ISDN terminal interface card 1 5 S n LER oo Handle IPX parameter 5 4 V 110 1 5 Hang Up DO command 3 12 V 90 S56 III digital modem 1 5 hangup terminal server command 3 14 MAX 6000 Installation and Basic Configuration Guide Index 3 Index hash codes 3 21 HDLC High Level Data Link Control calls 1 5 Hello Interval parameter 5 4 help diagnostic command 3 19 help ascend diagnostic command 3 19 Host N Addr parameter 5 11 Host N Text parameter 5 11 Host 6 card 1 4 hunt group A 2 Id Auth parameter 5 6 Idle parameter 5 4 5 7 Idle Pct parameter 5 7 IF Adrs parameter 5 3 Immed Host parameter 5 11 Immed Port parameter 5 11 Immed Service parameter 5 11 immediate mode terminal server 5 9 5 11 inband signaling 6 11 6 14 6 15 A 1 indicator lights MAX back panel 2 10 MAX front panel 2 8 Redundant MAX back panel 2 10 Redundant MAX front panel 2 9 standard front panel 2 8 Initial Screen parameter 5 11 installation CSU enabling disabling 2 6 LAN connection 2 6 powering on 2 10 requirements 2 1 WAN connection 2 6 interfaces 1 3 1 4 alarm 1 4 contr
145. l Port Diag Yes Own Port Diag N A Download Yes Upload Yes Field Service Yes s N A 1 N A 1 N A 1 N A 4 4 MAX 6000 Series Hardware Installation Guide Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes 5 Press the Down Arrow key to move the cursor down until it is pointing to the Operations parameter 00 301 Default Name Default Passwd gt Operations Yes Edit Security Yes Edit System Yes Edit Line Yes Edit All Ports Yes Edit Own Port N A Edit All Calls N A Edit Com Call N A Edit Own Call N A Edit Cur Call N A Sys Diag Yes All Port Diag Yes Own Port Diag N A Download Yes Upload Yes Field Service Yes Press Enter to change the Operations setting from the default value of Yes to No Press the Left Arrow key to exit the Default Security profile The Exit menu appears Exit gt 0 Don t exit 1 Exit and discard 2 Exit and accept 8 Press2 to exit the profile and save the changes The top level Security menu reappears 00 300 Security gt 00 301 Default 00 302 00 303 Full Access MAX 6000 Series Hardware Installation Guide 4 5 Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes Changing the password in the Full Access Security profile To change the password in the Full Access Security profile proceed as follows In the top level Security menu press the Down Arr
146. l software on a PC for the purpose of connecting with another host The MAX terminal server supports standard capabilities such as Telnet the Domain Name System DNS login and password control Call Detail Reporting and authentication services This section describes the terminal server s connectivity functions and introduces the configuration tasks involved in setting up the terminal server to handle dial in calls Terminal server management functions are described in Using command line interface CLI tools on page 3 13 How the terminal server handles calls If asynchronous calls arrive ata MAX from a modem or TA they are sent to the digital modem which passes them on to the terminal server How the terminal server handles the call after that depends on the call s encapsulation PPP encapsulated calls When the terminal server detects PPP packets in a call it responds with a PPP packet and begins Link Control Protocol LCP negotiation It then hands the call off to the MAX router Thereafter the router handles the call as if it were a standard ISDN call between two devices running PPP The parameters used to set up the calls are those defined in the Connection and Answer profiles The user has no interaction with the terminal server interface Non PPP calls If the terminal server software does not detect PPP packets it initiates a login sequence to another network host When the terminal server receives a name and pas
147. le B 1 Control monitor and MIF control port and cabling pinouts DE 9 pin number RS 232 signal name Function VO 1 DCD Data Carrier Detect O 2 RD Serial Receive Data O 3 SD Serial Transmit Data I MAX 6000 Installation and Basic Configuration Guide B 1 Cables and Connectors User interface specifications Table B 1 Control monitor and MIF control port and cabling pinouts continued DE 9 pin number RS 232 signal name Function ro 4 DTR Data Terminal I Ready 5 GND Signal Ground 6 DSR Data Set Ready 7 RTS Request to Send I 8 CTS Clear to Send 0 RI Ring Indicator O Pin 9 is not active A Ring Indication signal is not supplied Pinouts for the palmtop controller Table B 2 specifies the pins and corresponding functions of the palmtop controller jacks In the I O column O Out is from the MAX toward the palmtop Table B 2 Palmtop controller pinouts MAX RJ 12 pin Function T O 1 Power to palmtop 5V 2 Control Out 3 Control In I 4 Serial Transmit Data 5 Serial Receive Data I 6 Ground B 2 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors User interface specifications Palmtop port and cabling pinouts for a control monitor Figure 7 1 illustrates the MIF palmtop port and cabling pinouts for a control monitor Figure 7 1 Control monitor and MIF palmtop
148. line interface CLI tools TAOS includes two CLI based tools both accessed from VT100 menus The CLIs each include a variety of commands that are not included in the menus although a small set of commands appear in menus as well as the CLIs The terminal server has commands for managing the MAX monitoring networks and initiating connections The Diagnostic mode CLI has commands for managing and troubleshooting Using the terminal server CLI The terminal server has commands for initiating sessions testing connections performing remote management monitoring and establishing routes and other functions Terminal server commands and their usage are summarized and described briefly in this section For more information about customizing the terminal server for your use and using it for system management see the Administration Guide For information about configuring specific connection types see the Network Configuration Guide For reference style information about specific commands see the MAX Reference Preparing for terminal server sessions Before using the terminal server make sure that you have done the following e Started a VT100 interface session For instructions refer to Accessing the VT100 interface on page 3 1 e Activated a Full Access Security profile For instructions refer to Activating administrative permissions on page 4 12 e Enabled terminal services by setting the Ethernet gt Mod Config gt TSe
149. ling an expansion card be sure to read any instructions that might be packaged with the card 3 4 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using configuration menus Ethernet slot slot 90 000 Virtual slot 9 is the Ethernet slot menu 90 000 which supports the built in Ethernet card The Ethernet card allows 64 simultaneous Ethernet sessions The Ethernet menu contains submenus and profiles related to the local network routing and bridging and WAN connections You configure the Ethernet interface by means of parameters in Ethernet submenus Ether Data slots virtual slots 0 000 CO 000 and DO 000 The MAX 6000 includes three virtual Ether Data slots A C and D which allow the unit to support three Etherdata cards There are no parameters associated with the Etherdata cards There is no submenu under Ether Data on the Main Edit Menu The Ethernet card and Etherdata card are the same type of card Each Etherdata card allows an additional 32 Ethernet sessions to supplement those supported by the Ethernet card The Ether Data slots appear as A0 000 C0 000 and DO 000 in the unit s Main Edit Menu Serial WAN slot slot B0 000 The serial port is slot B menu BO 000 It is used for the serial WAN connection or a nailed up T1 El connection Profiles Profiles are functional parameter groupings contained in the submenus of the Main Edit Menu All MAX models offer access to Ether Options Answer
150. marized in Table 3 4 are tools for testing and troubleshooting MAX units Table 3 4 DO menu commands for testing and troubleshooting DO menu command Function Beg End BERT DO 7 Starts and stops the Bit Error Rate Test BERT Beg End Rem LB DO 6 Starts and stops a remote loopback Beg End Rem Mgm DO 8 Starts a remote management session Diagnostics DO D Accesses the diagnostic interface which provides access to numerous additional diagnostic commands The diagnostic interface is described in Using the Diagnostic mode CLI page 3 18 Termserv DO E Accesses the terminal server interface which provides access to many management commands The terminal server interface is described in Using the terminal server CLI on page 3 13 Toggle DO T Toggles the palmtop controller Managing calls The DO commands summarized in Table 3 5 are for call management Table 3 5 DO menu commands for call management Command Description Answer DO 3 Answer an incoming call Contract BW DO 5 Decrease bandwidth Dial DO 1 Dial the selected or current profile Extend BW DO 4 Increase bandwidth Hang Up DO 2 Hang up from a call in progress Resynchronize DO R Resynchronize a call in progress MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using command line interface CLI tools Using command
151. ment Syslog host reporting The Syslog reporting facility originally a UNIX based daemon is now available for Microsoft Windows servers and workstations and is supported by TAOS You can use the Syslog facility running on a Syslog host to receive call and system event messages from the MAX Syslog messages are recorded during the establishment of a call during graceful or unexpected disconnection and during various other events Navis network management applications The Lucent Technologies Navis suite of network management applications provides graphical user interfaces for monitoring diagnosing and controlling devices and services on the network Contact your Lucent Technologies representative or visit the Lucent Technologies Web site at http www lucent com ins for information about Navis network management applications RADIUS based products RADIUS software can be used to extend and enhance authentication and accounting services for MAX users For information about the RADIUS support in TAOS see the TAOS RADIUS Guide and Reference and the Network Configuration Guide For information about the Navis RADIUS application contact your Lucent Technologies representative or visit the Lucent Technologies Web site at http www lucent com ins MAX 6000 Installation and Basic Configuration Guide 3 29 Preparing to Configure the MAX 4 Preparing the MAX and network 2 0 cece eee teen nee 4 1 Assigning
152. mples in this section both the arrow key and Control key methods of navigating the interface are used In the procedures in later chapters only the Arrow key method is used You can use the keystrokes listed in Table 3 2 that are most convenient on your keyboard Table 3 2 Navigating the MAX user interface If you want to Do this Make a menu or status window Press the Tab key until the window has thick double active line around it Back Tab or Ctrl O moves you in the opposite direction Select a menu or a text field Press the Down Arrow key or Ctrl N or the Up Arrow key or Ctrl P Open a menu or a text field Press the Right Arrow key or Enter Exit a menu or a text field Press the Left Arrow or Escape key Refresh the screen display Press Ctrl L Access the DO menu Press Ctrl D The DO menu is described in Using the DO menu on page 3 11 The following characters have special meaning when you use the VT 100 interface e The plus character indicates that an input entry is too long to fit onto one line and that the MAX is truncating it for display e Anellipsis means that a submenu displays the details of a menu option The MAX displays the submenu when you select the menu option Activating menus or status windows You can interact with only one window at a time The active window has a thick double line border on the left right and top sides If you press the Tab
153. mpts for it before you can access the interface If you ping the MAX you should get a message that you are receiving a return packet immediately for every packet you are sending to the MAX If you do not get the correct response the cause might be a problem with the LAN entry of the wrong IP address or subnet mask 6 6 MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines Configuring WAN lines After you have configured the Ethernet interface configure the MAX WAN line interfaces Depending on which version of the MAX you have purchased you can configure the T1 or E1 interfaces If you have an ISDN BRI expansion card installed you can configure ISDN BRI lines BRI line configuration Follow the procedures in this section to configure MAX BRI line interfaces You must have an ISDN BRI network interface or terminal interface expansion card to support BRI lines For more information see ISDN BRI network interface and terminal interface cards on page 1 5 Gathering configuration information for your BRI lines Before you start to configure your BRI lines gather the information you need for each of the parameters you will set in the Net BRI gt Line Config gt Factory profile Table 6 2 lists the parameters you use to configure the BRI lines You can leave all other parameters in the Line profile at default values You must configure one or more line profile for each BRI slot you want to
154. n be displayed in each window see the MAX Reference Note Depending on how your MAX has been configured some status windows appear by default and some do not The following subsections explain how to display the Main Status Menu from any status window If the status window described is already displayed on your V T100 interface you can scroll through the submenus to view its contents 3 22 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using status windows Line status window To display a line status tab to the Main Status Menu which is by default the top left status window Slot 1 and Slot 2 contain the built in T1 line or E1 line Press the Down Arrow key to move the cursor to Slot 1 or Slot 2 10 000 Net1 T1 or 20 000 Net T1 on a 1 MAX 6000 For example Main Status Menu 00 000 System 210 000 Net T1 20 000 Net T1 Then press the Right Arrow key to access the Net T1 Line N Stat window For example 10 000 Net1 T1 210 100 Line 1 Stat 10 200 Line 2 Stat 10 300 Line 3 Statv Press the Down Arrow key to move the cursor to the line you want to check then press the Right Arrow key The window displays four lines 110 000 1234567890 L1 LA 12345678901234 Interpret the lines as follows The first line shows the menu number and column numbers for channels 1 10 e The second line identifies the line L1 or L2 displays a 2 character link status
155. nd signaling or unavailable in some locations When you have determined which signaling type is appropriate for your WAN gather the necessary information then proceed with the configuration ISDN signaling With ISDN signaling incoming calls contain information about whether the call is an analog call from a modem or a digital data call The MAX automatically routes analog calls to the digital modem card and digital calls to the Ethernet module In the example illustrated in Figure 6 2 analog callers calling into the telephone number 555 1111 are routed to the digital modems in slot 7 Digital callers using the same telephone number are routed to the Ethernet module in slot 9 Figure 6 2 Incoming call routing using ISDN TI PRI signaling Net T1 module CH 1 CH 2 Digital modem card slot 7 E p 9 Ethernet module CH 23 slot 9 CH 24 555 1111 555 1111 Inband signaling With inband signaling you must configure incoming call routing by assigning channel numbers to slots You have to preallocate the number of T1 channels used for analog calls and for data calls A disadvantage of using inband signaling is that if you have for example allocated 12 channels to analog calls and 12 channels to digital calls only 12 calls of one type can be connected If 12 analog calls are connected any additional analog calls are rejected even if no digital callers are connected 6 10 MAX 6000 Installation and
156. nnections sess 5 8 How the terminal server handles calls seen 5 8 PPP encapsulated calls teet ete ee eter Ue tees 5 8 Non PPP calls pne PP DOR E eere 5 8 Terminal server configuration tasks esesssssseeeeeeeee ener nennen 5 9 Setting up digital modems for call handling eee 5 9 MAX 6000 Installation and Basic Configuration Guide vii Contents Enabling the terminal server and setting up login procedures 5 9 Enabling dial in users to connect to hosts through the terminal server command line terminal mode eene 5 10 Using Rlogin and Telnet from the command line esses 5 10 Starting PPP sessions from the command line see 5 11 Connecting dial in users directly to hosts immediate mode 5 11 Providing dial in users with a menu of hosts menu mode 5 11 Establishing dial out calls through terminal server connections eese 5 12 Using immediate modem dial out seeeseeeeeeeeeee enne 5 12 Using nonimmediate modem dial out s essen 5 12 Chapter 6 Quickstart e 6 1 Making required preparations sees ener en rennen nennen entree 6 1 Configuring the Ethernet interface
157. ocks from the DCE device V 35 cable to WAN You can connect a V 35 cable to the V 35 port of a DCE device Table B 29 describes the V 35 cable pinouts Table B 29 V 35 cable pinouts Pair Signal MAX male DB 44 Host male V 35 MAX MAX 1 FGND 1 A RI 8 J 2 SD 39 P SD 40 3 RD 30 R RD 29 T 4 ST 41 Y ST 42 AA 5 RT 32 V RT 31 X 6 TT 38 U TT 37 W 7 DTR 6 H DSR 11 E 8 DCD 9 F SGND 25 MAX 6000 Installation and Basic Configuration Guide B 37 Cables and Connectors Serial WAN cabling specifications Table B 29 V 35 cable pinouts continued Pair Signal MAX male DB 44 Host male V 35 MAX MAX 9 CTS 7 D RTS 36 C RS 449 cable to WAN You can connect the RS 449 cable to the RS 449 port of a DCE device Table B 30 describes the RS 449 pinouts Table B 30 RS 449 cable pinouts Pair Signal MAX male DB 44 Host female DB 37 MAX MAX 1 FGND 1 1 RI 8 15 2 SD 39 4 SD 40 22 3 RD 30 6 RD 29 24 4 ST 41 5 ST 42 23 5 RT 32 8 RT 31 26 9 TT 38 17 TT 37 35 8 DTR 6 12 DSR 11 11 6 DCD 9 13 SGND 25 19 20 37 7 CTS 7 9 RTS 36 7 Pin positions separated by commas are jumped to each other B 38 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors IDSL specifications IDSL specifications Check with your provider regarding the netwo
158. oints to 40 000 Ethernet then press the Right arrow key The Ethernet menu appears as in the following example 90 000 Ethernet 90 100 Connections 90 200 Names Passwords 90 300 Bridge Adrs 90 400 Static Rtes 90 500 Filters 90 600 Firewalls 90 700 Frame Relay 90 900 Answer 90 A00 SNMP Traps 90 B00 SNMP v3 USM Users 90 C00 IPX Routes 90 DOO IPX SAP Filters 90 E00 Virtual Routers 90 F00 Mod Config MAX 6000 Installation and Basic Configuration Guide 3 7 MAX User Interfaces Using configuration menus The Ethernet menu contains submenus and profiles related to network functions such as bridging routing and WAN connections The last menu item opens the Mod Config profile through which you configure the Ethernet interface itself Not all of the Mod Config profile appears at the same time Following is the initial display 90 F00 Mod Config odule Name Ether options WAN options SNMP options OSPF options OPPF global options Route Pref TServ options Bridging No IPX Routing No AppleTalk No Shared Prof No Telnet Security Global Telnet PW RIP Policy Poison Rvrs RIP Summary No RIP Trigger Yes ICMP Redirects Accept Note With the exception of parameters designated N A not applicable you can edit all parameters in any profile N A means that the parameter does not apply within the context of other existing parameter settings or profiles Setting parameters
159. ol port 1 3 DRAM 1 4 LAN UTP port 1 3 PCMCIA 1 4 power 1 3 serial V 35 DTE 1 4 Interval parameter 5 7 IP Internet Protocol addresses assigning 4 2 4 3 6 2 6 4 numbered interface 5 3 remote device 5 3 IP Adrs parameter 4 2 6 2 6 4 IP Direct parameter 5 5 IP Gateway Adrs Msg parameter 5 11 IP Netmask Msg parameter 5 11 IP routing enabling 5 3 5 7 monitoring 3 15 IP routing table 3 15 iproute terminal server command 3 15 IPX Alias parameter 5 3 IPX Header Compression parameter 5 2 5 7 IPX Net parameter 5 3 IPX RIP parameter 5 3 IPX routing enabling 5 3 5 7 MAX usage as IPX router 7 5 monitoring 3 15 IPX SAP Filter parameter 5 4 5 7 IPX SAP parameter 5 3 ipxping terminal server command 3 15 ISDL ISDN Digital Subscriber Line card descriptive overview 1 6 specifications B 39 ISDN BRI interface specifications B 17 ISDN Digital Subscriber Line ISDL port 1 6 ISDN modem connections 3 15 ISDN signaling 6 10 6 11 6 22 ISDN NFAS signaling 6 14 ISP Internet Service Provider hub resources in MAX manuals 7 4 K Key ID parameter 5 4 kill terminal server command 3 15 L L2TP Layer 2 Tunneling Protocol management commands 3 17 resources in MAX documentation 7 4 LAN Local Area Network MAX Ethernet connecting 2 6 routing profile configuration 3 5 testing connection 6 6 LAN Adrs parameter 5 3 LAN session up message 3 26 LAN UTP port interface 1 3 LCP Link Control Protocol negotiation 5 8
160. omizing the MAX to serve your purpose with suggestions for finding related information in the MAX documentation set For definitions see the TAOS Glossary For background information about MAX technology see Remote Access Networking Services Technology Overview All a MAX unit s product documentation is available on the Access Networks Multilingual Documentation Library included with MAX products and on either CD ROM or paper from the online bookstore http www lucent com ins bookstore Configuring MAX functionality A MAX is a high performance WAN router that concentrates incoming connections onto a corporate backbone or another network The MAX commonly serves as an Internet Service Provider ISP hub providing switched IP connections to the Internet or as a telecommuting hub providing high speed connections between a corporate backbone and remote locations How you configure your MAX depends on its role in your network This section introduces MAX features you need to customize according to the MAX unit s function Lines slots and ports You need to enable and configure the MAX unit s built in lines and ports as well as additional lines and ports provided by expansion cards you have added to the MAX Table 7 1 shows where to find related information in the MAX documentation sets Table 7 1 Finding information about lines slots and ports For information about See Configuration of lines and ports Installation
161. on and Basic Configuration Guide About This Guide Documentation set Convention Meaning Note Introduces important additional information A Warns that a failure to follow the recommended procedure could result Caution in loss of data or damage to equipment A Warns that a failure to take appropriate safety precautions could result Warning in physical injury AN Warns of danger of electric shock Warning Note In a menu item path include a space before and after each gt character Documentation set The MAX 6000 documentation set consists of the following manuals MAX Administration Guide MAX 6000 Installation and Basic Configuration Guide this volume MAX 3000 6000 Network Configuration Guide MAX Reference MAX Security Supplement TAOS RADIUS Guide and Reference TAOS Glossary Remote Access Networking Services Technology Overview The MAX documentation set is available on the Documentation Library CD ROM included with your MAX and on either CD ROM or paper from the online bookstore http www lucent com ins bookstore MAX 6000 Installation and Basic Configuration Guide xvii Getting Acquainted with the MAX 7 Whatisa MAX uns ctu ade ecards e ig ERU Beate feck e 1 1 Checking the MAX base unitis resia a a re 1 2 Locating expansion cards mn 1 4 Locating MAX cables 2e dah eed edad 1 8 Locating other MAX package
162. onnection message 3 26 Non volatile RAM NVRAM module 8 MB 3 20 Northern Telecom provisioning information A 5 nvramclear diagnostic command 3 20 open terminal server command 3 17 5 13 Operations parameter 3 18 4 5 OSPF Open Shortest Path First enabling 5 3 5 4 P Packet Characters parameter 5 9 Packet Flush Length parameter 5 7 Packet Flush Time parameter 5 7 Packet Wait parameter 5 9 pad terminal server command 3 17 palmtop controller pinouts B 2 B 3 palmtop controller port 1 7 Toggle DO command 3 12 parameters enumerated editing 3 8 text based editing 3 8 Passwd parameter 4 6 Password DO command 3 11 4 12 Password parameter 5 7 passwords default 4 12 Full Access Security profile 4 3 SNMP 4 3 4 10 4 11 Telnet access 4 3 4 7 4 10 PBX Private Branch Exchange DPNSS 1 connection 2 6 PCMCIA card 3 20 PCMCIA flash card 1 7 PCMCIA interface 1 4 Peer parameter 5 3 5 4 5 7 PIAFS 16 card 1 6 ping terminal server command 3 15 6 6 pinouts AIM BONDING port B 18 control monitor B 1 control monitor B 3 ISDN BRI port B 17 MIF control port B 1 MIF palmtop B 3 palmtop controller B 2 B 3 RJ 48C RJ 48C B 6 RS 449 B 33 B 38 RS 449 RS 366 B 31 RS 449 RS 366 DB 37 B 29 Serial host port B 18 Serial V 35 DTE port B 37 V 35 B 20 B 22 V 35 RS 366 B 23 B 25 B 27 V 35 V 25 bis B 20 X 21 B 35 point to point mode 6 8 6 9 Pool 1 Count parameter 6 14 6 20 Pool 1 Start parameter 6 1
163. ontains the unit s IP address and passwords fsave Copies the current configuration of the MAX into flash memory frestore Copies the content of flash memory to main memory SDRAM tloadcode Loads a TAOS executable file from a TFTP server to the MAX unit s flash memory The code executes after you reset the MAX The command syntax is tloadcode TFTPserver filenam where TFTPserver is the name or IP address of the TFTP server and filename is the name of the TAOS executable in the standard TFTP directory trestore Restores a configuration file from a TFTP server The command syntax is trestore TFTPserver filenam where TFTPserver is the name or IP address of the TFTP server and filename is the name of the configuration file 3 20 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using status windows Table 3 16 Commands for managing the MAX unit s memory Diagnostic Function command tsave Saves the configuration stored in flash memory to a TFTP server The command syntax is tsave TFTPserver filename where TFTPserver is the name or IP address of the TFTP server and filename is the name of the configuration file Adding optional features to the MAX You can use the update command to enable some MAX options For many optional features you must obtain a set software licenses or hash codes supplied by a Lucent Technologies representati
164. ontrol port console session purpose 3 2 interface 1 3 Cost parameter 5 4 cslip terminal server command 3 16 CSU Channel Service Unit attenuation 6 13 length setting 6 13 specifications and requirements B 4 D Data Filter parameter 5 4 5 7 Data Svc parameter 5 5 Date parameter 4 13 Dead Interval parameter 5 4 Def Telnet parameter 5 10 default password 4 12 Default Route parameter 6 5 Default Security profile 4 3 Detect End of Packet parameter 5 7 DHCP Dynamic Host Configuration Protocol enabling 5 5 diagnostic interface 3 12 Diagnostic mode command line interface 3 18 3 21 Diagnostics DO command 3 12 Dial parameter 5 2 Dial DO command 3 12 Dial Query parameter 5 3 Dialout OK parameter 5 5 digital modem card 1 5 Disc on Auth Timeout parameter 5 7 DNIS Dialed Number Information Service 5 6 DNS Domain Name System configuring local servers 6 5 Connection profile definition 5 3 domain servers primary and secondary 6 3 6 5 local DNS name setting 6 3 6 5 dnstab terminal server command 3 15 Index 2 MAX 6000 Installation and Basic Configuration Guide Index E DO menu expansion cards See expansion cards slot cards commands 3 11 3 12 Extend BW DO command 3 12 exiting VT100 interface 4 11 usage 3 11 Domain Name parameter 6 3 6 5 F DownCost parameter 5 4 DPNSS access point 2 6 fatal errors troubleshooting 3 21 DRAM card 1 6 fatal history diagnostic command 3 21
165. or Tone RX SEL Select Interface Jumper not a signal to or from the host MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications V 35 cabling You can use V 35 cabling to connect the MAX to some Cisco routers to a wide variety of serial hosts and to PictureTel and Compression Labs Inc CLI codecs V 35 V 25 bis cable to Cisco The V 35 V 25 bis cable connects the MAX to the V 35 port of a Cisco router that uses V 25 bis dialing Figure B 11 and Table B 19 show the V 35 V 25 bis cable pinouts Figure B 11 V 35 V 25 bis cable to Cisco RX SEL 28 SD 27 SD 26 SGND 25 917 TT FGND 1 o l 46 TT Male DB 44 Female V 35 Table B 19 Pinouts for V 35 V 25 bis cable to Cisco Pair Signal MAX male DB 44 Host female V 35 MAX MAX 1 FGND 1 A 2 SD 26 P SD 27 S 3 RD 2 R RD 3 T 4 ST 4 Y ST AA B 20 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 19 Pinouts for V 35 V 25 bis cable to Cisco continued Pair Signal MAX male DB 44 Host female V 35 MAX MAX 5 RT 14 V RT 15 X 6 DSR 6 E F DCD 36 7 RTS 7 C RI 43 8 DTR 8 H SGND 25 B 9 TT 16 U TT 17 W 10 RX SEL 28 44 Pin positions separated by commas are jumped to each other MAX 6000 Install
166. or fewer characters 6 Press Enter to exit the text entry mode 7 Press the Left Arrow key to display the Exit menu Exit gt 0 Don t exit 1 Exit and discard 2 Exit and accept 8 2 to exit and save the changed password The Ethernet menu reappears 9 Press Ctrl D to exit the VT100 configuration interface The context sensitive DO command menu appears DO gt O Esc P Password C Close TELNET 10 Press C to close the connection The process of Setting password protection for SNMP access is now complete MAX 6000 Series Hardware Installation Guide 4 11 Preparing to Configure the MAX Setting MAX system options Setting MAX system options MAX system parameters are contained in the System profile System gt Sys Config You must set the system name for the MAX to be recognized by other devices on the network Other system parameters might be useful depending on your site requirements Activating administrative permissions Before you can use the administrative commands and profiles you must log in as a superuser by activating a Security profile that has sufficient permissions for example the Full Access profile Proceed as follows 1 Press Ctrl D The DO menu appears 00 300 Security DO gt O ESC P Password Press P or select P Password In the list of Security profiles that opens select Full Access The MAX prompts you for the Full Access password 0
167. or your Ethernet interface Before you start to configure the Ethernet interface gather the information you need for each of the parameters you will set in the Ethernet Mod Config profile Table 6 1 lists the parameters you use to configure the MAX Ethernet interface for the LAN You can leave all other parameters in the Mod Config profile at their default values Table 6 1 Ethernet configuration information Parameter Specifies Ethernet gt Mod Con IP address and subnet mask of the MAX A slash separates fig Ether Options the address and the mask For example 198 5 248 40 29 indi IP Adrs cates that 29 bits of the IP address are interpreted as network bits 6 2 MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring the Ethernet interface Table 6 1 Ethernet configuration information continued Parameter Specifies Ethernet gt Mod Con How the MAX handles RIP packets on its Ethernet interface fig gt Ether Options gt the default The MAX does not transmit or receive RIP RIP updates e Recv v1 The MAX receives RIP v1 updates but does not transmit RIP updates e Send vi The MAX transmits RIP v1 updates but does not receive RIP updates e Both v1 The MAX transmits and receives RIP v1 updates e Send v2 The MAX transmits RIP v2 updates but does not receive RIP updates e Recv v2 The MAX receives RIP v2 updates but does not transm
168. ormation about any parameter in the following procedures see Table 6 4 on page 6 21 or the MAX Reference Specifying signaling mode and switch type To specify the signaling mode open the Net T1 gt Line Config gt Factory profile gt Line 1 profile for the line Set the Sig Mode parameter to indicate the type of signaling used on the 1 line If you selected ISDN as the signaling mode set the Switch Type parameter to the type of WAN switch used at the line s point of presence POP Setting the remaining Line N parameters After you have set the required parameter or parameters for your signaling mode set the remaining parameters for the line 1 Set the Framing Mode parameter to G 703 2DS Note If you select G 703 the MAX provides CRC 4 checking If you select 2DS it does not 2 Ifyou cannot accept the default channel usage setting of switched for every channel on the line set the Ch N parameter to Switched the default Nailed dedicated or Unused not in service Note To test the line later you must have at least two switched channels Saving the Line 1 profile When you have finished configuring the line save its profile as follows 1 Press the Left Arrow or Escape key to exit the Line 1 profile A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept 2 Press2 to save and exit MAX 6000 Installation and Basic Configuration Guide 6 21 Quickst
169. ort a total of 96 digital modems Installing the MAX without a rack If you are not rack mounting the MAX unit place the unit where you can have full access to the front and back panels Proceed with Connecting the MAX to a terminal on page 2 2 Installing the MAX in a rack If you are installing the MAX in a rack proceed with these steps 1 Remove the system tray from the MAX cover 2 Secure the MAX cover to the rack 3 Putthe system tray back in the MAX cover 4 Connect the MAX to a VT100 terminal or terminal emulator Connecting the MAX to a terminal Use the console null modem cable provided in your package to connect your VT100 terminal or workstation with VT100 terminal emulation software to the control port which is labeled on the back of the unit If you ordered MAX expansion cards separately continue with the next section If your expansion cards are preinstalled skip to Connecting to a LAN on page 2 6 2 2 MAX 6000 Installation and Basic Configuration Guide Setting Up and Testing the MAX Hardware Power switches and cables Power switches and cables Figure 2 1 shows the ac powered MAX base unit s ac power switch and ac power cord adapter Figure 2 2 shows the redundant ac powered MAX base unit s ac power switch and ac power cord adapter Figure 2 3 shows the dc powered MAX base unit s dc power cord adapter Figure 2 1 MAX base unit s switch and cord adapter ac
170. out accessing the terminal server interface e Nonimmediate modem dial out in which users on a workstation connect by Telnet to the MAX terminal server for dial out service To set up the MAX for digital modem dial out define the following e Whether the modem dial out function is enabled the Modem Dialout parameter e Ifyou are using immediate mode whether the immediate modem mode is enabled permitting users to Telnet to the MAX for dial out service without accessing the terminal server interface e Ifyou are using immediate mode the port number for immediate modem dial out which specifies that all Telnet sessions initiated with this port number require modem access e Ifyou are using immediate mode an optional password of as many as 64 characters for modem access Using immediate modem dial out To access a modem directly the user performs the following procedure 1 From a workstation Telnet to a MAX specifying the immediate modem port number on the command line For example telnet max01 5000 Replace max01 with the system name of the MAX and 5000 with the immediate modem port number 2 Use standard Rockwell AT commands to dial out on the modem For example ATDT 1V1 M 3 Press Ctrl C to terminate the connection Using nonimmediate modem dial out To access a modem through the terminal server the user performs the following procedure 1 From a workstation Telnet to a MAX For example telnet max01 2 When t
171. over a dial up PPP encapsulated link across the WAN local host or workstation on the same subnet as the MAX that can Telnet to or Ping the MAX MAX 6000 Series Hardware Installation Guide 4 1 Preparing to Configure the MAX Assigning an IP address to the MAX Figure 4 1 illustrates a typical network setup in which the MAX can be configured to place and receive calls on a LAN and WAN In Chapter 6 Quickstart such a setup is used to test a MAX configuration Figure 4 1 ISDN setup with MAX placing and receiving calls on LAN and WAN LAN PC on same subnet Remote device Ethernet BRI T1 or E1 line MAX 6000 Assigning an IP address to the MAX If you want to use Telnet or other remote management tools to access the MAX for configuration and management you need to assign an IP address to the unit If you are using the control port to configure the MAX you do not need to assign an IP address To assign an IP address you set the IP Adrs parameter in the Ether Options profile which is located in Ethernet gt Mod Config gt Ether Options Proceed as follows From the Main Edit Menu select Ethernet Mod Config Ether Options The following list of parameters appears The settings shown are examples only 90 D00 Mod Config Ether options IP Adrs 10 9 8 7 2nd Adrs 0 0 0 0 0 RIP Off RIP2 Use Multicast No Ignore Def Rt Yes Proxy Mode Off Filter 0 IPX Frame None IPX Enet N
172. ow key to move the cursor down until it is pointing to Full Access 00 300 Security 0 301 Default 0 302 0 30 0 30 0 30 0 30 0 30 00 308 gt 00 309 Full Access YHA OB C Press the Right Arrow key to open the Full Access profile 00 309 Full Access gt Name Full Access Passwd Ascend Operations Yes Edit Security Yes Edit System Yes Edit Line Yes Edit All Ports Yes Edit Own Port N A Edit All Calls N A Edit Com Call N A Edit Own Call N A Edit Cur Call N A Sys Diag Yes All Port Diag Yes Own Port Diag N A Download Yes Upload Yes Field Service Yes Press the Down Arrow key to move the cursor to the Passwd parameter Passwd Ascend Press the Right Arrow key An edit field opens delimited by brackets 00 303 Full Access Name Full Access Passwd Ascend The edit field includes a blinking text cursor Type a new secure password consisting of no more than 20 characters The factory default password is cleared when you type the first character Press Enter to exit the text entry mode Press the Left Arrow key to exit the Full Access profile 4 6 MAX 6000 Series Hardware Installation Guide Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes The Exit menu appears Exit gt 0 Don t exit 1 Exit and discard 2 Exit and accept Press 2 to exit the profile and save the changes T
173. page 2 8 Is the Power light on and are the Fault and Alarm lights off e f Yes Continue on to Testing the WAN connection on page 6 24 e fNo The attempt to connect to the T1 PRI line was unsuccessful If the Alarm light is on check your cabling Also verify with your T1 PRI line provider that you have the correct Framing Mode value Line status window You can also use the line status windows to verify that the lines are physically connected and in service but idle To display the Line Status window use Tab and the arrow keys to access the Net T1 Line 1 Stat window For information about navigating the status windows see Using status windows on page 3 21 By default the status of Line 1 in slot 1 10 000 Net T1 is shown in the top left status window For example 10 100 1234567890 L1 LA 12345678901234 nnnnnnnnnnnnnrn The window displays four lines of characters The first line shows the menu number and column numbers for channels 1 10 The second line which identifies the line L1 or L2 MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines displays a 2 character link status indicator and a 1 character channel status indicator for each channel LA indicates Link Active the line is physically connected A dash means the channel is idle but in service Before you configure the T1 lines the dashes appear as periods indicating th
174. pansion modules If you are missing any items contact your Lucent Technologies distributor 1 8 MAX 6000 Installation and Basic Configuration Guide Setting Up and Testing the MAX Hardware 2 Planning the hardware 1 2 1 Installing the MAX without a rack 2 2 Installing the MAX arack 1 cette teens 2 2 Power switches and cables 02 0 0 0 eee cette nee 2 3 Inserting an expansion card 1 ee eee eens 2 4 Connecting toa LAN RR ER eee E hon aba eae eed Rates aks 2 6 Connecting the MAX toa 2 6 Connecting the MAX toan El line 2 eee 2 6 Interpreting the MAX indicator lights 2 0 0 eee ee eee 2 8 Starting the EXER kee eae ae e a aer PER bead ene e Let 2 10 The MAX package contains hardware and software items you can use to set up your MAX unit You need to evaluate the network connections you require which items you need and where to place your MAX Then you can insert expansion cards and connect the unit to the network A Warning Before installing the MAX be sure to read the safety instructions in the Access Networks Safety and Compliance Guide This hardware installation guide provides information specific to your product in Appendix C Safety Related Electrical Physical and Environmental Information Planning the hardware ins
175. parameters are Client Pri DNS Client Sec DNS Client Assign DNS Client Pri WINS Client Sec WINS and Client Assign WINS IPX Options When IPX Routing is set to Yes this subprofile defines continued Whether the remote caller is a router or a dial in client the Peer parameter How packets are handled across the connection the IPX RIP and IPX SAP parameters Whether the MAX places a call to the number indicated in the Connection profile when a workstation on the local IPX network looks for the nearest IPX server the Dial Query parameter The network number of the remote end router the IPX Net parameter and the network number assigned to a point to point link the IPX Alias parameter MAX 6000 Installation and Basic Configuration Guide 5 3 Basic Configuration Tasks Establishing WAN connectivity through Connection profiles Table 5 1 Subprofiles in Ethernet gt Connections gt any Connection profile continued Routing subprofile Function and related parameters IPX Options e PX server or client bridging configuration the Handle IPX parameter e The amount of time the MAX permits clients to remain logged in to a NetWare server after their IPX connection has been torn down the NetWare T O parameter SAP Home Server Proxy characteristics the SAP HS Proxy and SAP HS Proxy Net N parameters AppleTalk Options When Route AppleTalk is set to Yes this subprofile defines
176. port outgoing voice calls the connected Terminal Equipment TE must use Q 931 en bloc dialing to send all dialed digits to the MAX in one block the ISDN Call Setup message rather than sending 1digit at a time The MAX receives outgoing call requests from attached ISDN TE devices and routes voice calls to the Public Switched Telephone Network PSTN over a T1 line or ISDN PRI line The MAX receives incoming voice calls and uses Dialed Number Identification Service DNIS to route them to TE devices connected to IDSL cards Figure 1 10 IDSL card wre eile The IDSL ports Figure 1 10 are a group of eight DCE ports providing point to point IDSL connections between the MAX and other devices An IDSL port has the same pinouts as a Host BRI port For further information see IDSL specifications on page B 39 The DRAM card is a proprietary Lucent Technologies card Figure 1 11 on page 1 7 Caution The DRAM card attaches directly to the CPU bus Damage might occur if you attempt to remove it while the MAX unit is running 1 6 MAX 6000 Installation and Basic Configuration Guide Getting Acquainted with the MAX Locating expansion cards Figure 1 11 DRAM card staggered rows PCMCIA flash card The PCMCIA flash card Figure 1 12 is a standard card that extends existing flash memory Figure 1 12 PCMCIA card ie 68 pins in two parallel rows PALMTOP interface The palmtop por
177. r Signal Male RJ 48C Male DA 15 MAX MAX remote 2 Transmit 5 1 4 9 E1 PRI crossover cable RJ 48C DA Before installing the RJ 48C DA cable verify that the WAN interface transmits on pins 1 and 9 and receives on pins 3 and 11 Figure B 9 and Table B 15 show the pinouts Figure B 9 RJ 48C DA crossover cable Receive 1 Receive 2 Transmit 4 Transmit 5 oOeoeeeoo Male DA 15 oeoeeee front view Male RJ 48C eceive 11 Transmit TOnt view Recei i Tt i fi jew Table B 15 RJ 48C DA crossover cable specifications Model number DA15 S Part number 2510 0065 001 Pair Signal Male RJ 48C Male DA 15P MAX MAX remote 1 Receive 1 1 2 9 2 Transmit 5 3 4 11 MAX 6000 Installation and Basic Configuration Guide B 15 Cables and Connectors E1 PRI interface specifications E1 PRI straight through cable RJ 48C Bantam The WAN side of the RJ 48C Bantam straight through cable connects to dual bantam jacks Figure B 10 and Table B 16 show the pinouts Figure B 10 RJ 48C Bantam straight through cable Ring 1 Receive Tip1 Receive 2 Ring 2 Transmit Tip2 Transmit W Male Dual 310 P Receive 1 Receive 2 Transmit 4 Transmit 5 Male RJ 48C front view Table B 16 RJ 48C Bantam straight through cable specifications Part number 2510 0066 001 Model number DBNT RJ 48C
178. r ISDN BRI A 3 The switch through which a MAX 6000 provides Wide Area Network WAN connections must be provisioned for your unit and a particular type of access You must obtain information from and provide information to your WAN provider Provisioning the switch for T1 access If you use an inband signaling line the T1 circuit at the point of presence POP must support the translations listed in Table A 1 for compatibility with the MAX Table A 1 access provisioning information Translation Optional or required Two state Dual Tone Multifre Required quency DTMP dialing Outgoing wink start Required Incoming immediate seizure Optional for a switch Does not apply on T1 lines to a PBX Incoming wink start Optional for a switch Required on T1 lines to a PBX Incoming digits suppressed Required except when a PBX is connected to T1 line supplied by the MAX through PRI to T1 conversion Answer supervision Required MAX 6000 Installation and Basic Configuration Guide Provisioning the Switch Provisioning the switch for T1 PRI access Table 1 access provisioning information continued Translation Optional or required Switched data Required No voice digital loss plan is allowed but the drop insert channels to a PBX and the chan nels to digital modems can be voice chan nels Four state A
179. r fewer characters The default is null Net BRI gt Line Config gt Factory profile gt Line N N 1 to 6 gt Pri SPID Enter the primary carrier supplied Service Profile Identifier SPID for the line Net BRI gt Line Config gt Factory profile gt Line N N 1 to 6 gt Sec SPID Enter the carrier supplied secondary Service Profile Identifier SPID for the line 6 8 MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines Configuring BRI lines To configure BRI lines you must set basic operational parameters configure the link type multipoint or point to point mode configure the B channels and specify add on telephone numbers and depending on link type Service Profile Identifiers SPIDs Proceed as follows 1 2 3 4 10 11 12 13 Open Net BRI Line Config Factory profile Set the Switch Type parameter to specify the carrier s switch type Open Line 1 Set the Link Type parameter to specify whether you want multipoint mode or point to point mode Configure the B channels for switched usage and for routing to the local network Each BRI line has two B channels for user data and one D channel for signaling Set the B1 and B2 Usage parameters to specify how to use the B channels Switched the default Nailed or Unused not available for use Set the add on numbers If you are using multipoint mode set the Prim Num parameter and
180. r host is equipped with an X 21 interface Figure B 19 and Table B 27 show the pinouts for the host cable Figure B 19 X 21 cable to generic serial host 42 S A B o 41 5 7 TO o 14BB 40 R A S A 6 6 43 39 R B 5 1 9 12 B R A 4 HR B 36 S B 3 1 96 10C B 2 1 0 ol or A Male DB 44 Female DB 15 Table B 27 Pinouts for X 21 cable to generic serial host Model Number MBHD X21 Part number 2510 0098 001 Pair X 21 signal name Equivalent V 35 RS 449 MAX male DB 44 Host female DA 15 MAX signal name MAX MAX 1 G SGND 25 8 2 T A SD 29 2 T B SD 30 9 3 R A RD 40 4 R B RD 39 11 4 S A ST 42 S B ST 41 13 5 DTR 8 3 I A DCD 36 5 6000 Installation and Basic Configuration Guide B 35 Cables and Connectors Serial host interface specifications Table B 27 Pinouts for X 21 cable to generic serial host continued Model Number MBHD X21 Part number 2510 0098 001 Pair X 21 signal name Equivalent V 35 RS 449 MAX male DB 44 Host female DA 15 MAX signal name MAX MAX 6 RX SEL RX SEL 20 28 2 I B SGND 29 7 B A BT 18 7 BiB BT 19 14 8 C B 8 10 Both I B and G connect to SGND pin 25 on DB 44 n Pins 20 and 28 on the DB 44 interface are jumped together FEK Connect pin 25 DB 44 to pin 12
181. rameter to specify the robbed bit call control mechanism e Ifyou selected ISDN as the signaling mode set the Switch Type parameter to specify the type of WAN switch used at the line s point of presence Specifying the other required parameters In addition to setting signaling mode you must perform the following steps for the profile MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines 1 Set the Framing Mode parameter to D4 or ESF to specify the type of framing the line uses 2 Set the Encoding parameter to None identical to AMI but without density enforcement AMI or B8ZS to specify the encoding used on this line 3 Set the FDL parameter to N A appropriate for Framing Mode D4 None AT amp T ANSI or Sprint to specify the Facility Data Link FDL used on the line 4 Set the Length parameter as appropriate for your site If you are using the internal CSU keep it at the default value 5 Setthe Buildout parameter to specify proper line attenuation Obtain this information from your service provider The default is OdB 6 Ifyou cannot accept the default channel usage of switched for every channel on the line set the Ch N parameter to Switched the default Nailed dedicated or Unused not in service Note To test the line later you must have at least two switched channels If you plan to use a channel for drop and insert D amp I you can enter it as Switched for the Quickstart
182. re the E1 lines the dashes appear as periods indicating the channels are unavailable If there is no link to an E1 line question marks flash in the upper right hand corner of the Main Edit Menu and status windows The flashing question marks disappear after you have configured the lines You are now ready to test the EI WAN connection as described in Testing the WAN connection on page 6 24 Testing the WAN connection When you have successfully configured the MAX as described in the previous sections you are ready to test the WAN connection You test the line by placing and answering a test call from the MAX to itself over the WAN interface To test whether a line is functioning normally use the terminal server Test command The command causes the MAX to place a call to itself over the WAN and to send a number of packets over the connection This procedure tests the MAX unit s ability to initiate and receive calls and demonstrates whether the connection over the digital access line is functional In doing so the command verifies whether the line is active and the telephone numbers are correct The Test command uses one channel to dial out and another channel to answer Consequently you must set the line for bidirectional calling and have two channels available for the test Note The Test command is a basic test of connectivity Receiving fewer packets than are sent is normal For example if the command sends 1000 packets an
183. readable and must be 80 or fewer characters Set the Date parameter and the Time parameter Specify the date in the format month day year for example 01 24 00 The default is 00 00 00 Specify the time in the format hour minutes seconds for example 13 24 24 The default is 00 00 00 If you are using Simple Network Time Protocol SNTP the MAX can maintain its date and time by accessing the SNTP server Set the Term Rate parameter Term Rate specifies the data transfer rate of the control port For example Term Rate 9600 Press the Left Arrow key to exit the Sys Config profile A confirmation menu appears EXIT gt O ESC Don t exit l Exit and discard 2 Exit and accept Press 2 to save your changes You have completed the process of establishing a system name and other system characteristics Establishing Syslog logging If you plan to use Syslog to collect call and system event messages from the MAX proceed as follows to configure the MAX to send messages to a syslog daemon 1 2 3 4 Open the Ethernet gt Mod Config gt Log profile Set the Syslog parameter to Yes Set the Log Host parameter to the IP address of the host running the syslog daemon Set the Log Port parameter to the port at which the syslog daemon listens for Syslog messages from the MAX The default is 514 Specify the Log Facility value to be attached to each Syslog message The syslog daemon can receive messages from several devices and i
184. revent accumulation of static electricity but low enough to prevent condensation An operating relative humidity of up to 90 is acceptable You can operate the MAX at altitudes of 0 to 14800 feet 0 to 4500 m If your network includes a Net BRI expansion card make sure that the Network Termination Type 1 NT1 device is no more than 3280 feet 1000 m from its termination In Belgium you must install at least 10 meters of cable between the Net BRI card and the NTI or significant errors can result MAX 6000 Installation and Basic Configuration Guide C 3 Index Symbols Index Sym bols Connection profile definition 5 2 PPP and non PPP dial in calls 5 8 diagnostic command 3 19 AuthKey parameter 5 4 ascend diagnostic command 3 19 AuthType parameter 5 4 avm diagnostic command 3 19 Numerics B 12tp terminal server command 3 17 7 Even parameter 5 9 back panel LEDs standard MAX 2 10 Backup parameter 5 4 A BACP parameter 5 7 bandwidth management 3 12 5 7 access control See security battery specifications C 2 accounting methods 5 5 Baud Rate parameter 5 9 Acct Host parameter 5 5 Beg End BERT DO command 3 12 Acct Key parameter 5 5 Beg End Rem LB DO command 3 12 Acct Fort parameter 5 5 Beg End Rem Mgm DO command 3 12 Acct Timeout parameter 5 5 BERT Bit Error Rate Test 3 12 Acct Type parameter 5 5 Bi Dir Auth parameter 5 2 5 7 Acct ID Base parameter 5 5 Bill parameter 5 5 Add Pers parameter 3 7 Bit Error Ra
185. rite commands You must change the read write community string to a more secure password To change the password Proceed as follows 1 90 D00 Mod Config Ether options WAN options gt SNMP options OSPF options OSPF global options Route Pref TServ options Bridging Yes IPX Routing Yes AppleTalk Yes Shared Prof Yes Telnet Security Global elnet PW xxxxx RIP Policy Split Horzn RIP Summary Yes RIP Trigger Yes ICMP Redirects Accept With the Ethernet gt Mod Config menu displayed press the Down Arrow key to move the cursor to SNMP Options 4 10 MAX 6000 Series Hardware Installation Guide Preparing to Configure the MAX Securing the MAX from unauthorized configuration changes 2 Press Enter to display the SNMP Options profile 90 00 Mod Config SNMP options READ Comm public R W Comm Enable Yes R W Comm write Security No RD Mgr1 0 0 0 0 RD Mgr2 0 0 0 0 RD Mgr3 0 0 0 0 RD Mgr4 0 0 0 0 RD Mgr5 0 0 0 0 WR Mgr1 0 0 0 0 WR Mgr2 0 0 0 0 WR Mgr3 0 0 0 0 WR Mgr4 0 0 0 0 WR Mgr5 0 0 0 0 Queue Depth 0 3 Press the Down Arrow key to move the cursor to R W Comm 4 Tochange the password to a secure string press Enter An edit field opens delimited by brackets 90 D00 Mod Config SNMP options READ Comm public R W Comm Enable Yes R W Comm The edit field includes a blinking text cursor 5 Type a string of 31
186. rk interface specifications for the ISDN Digital Subscriber Line IDSL card The card supports loopback testing It includes an RS 449 cable for connection to a DCE device General specifications Following are the general specifications for the IDSL card Voice Channels 2 Transfer rate 128 Kbps symmetric Transmission distance 18 000 feet 5 486 4 m Interfaces per card 8 ports per card as many as two cards per system Physical connectors RJ 45 Connector requirements Must meet JIS C 5973 standards Card dimensions 5 6 inches high x 10 7 inches long 14 2 cm x 27 cm Card weight 2 pounds 0 9 kg Operating humidity 0 90 noncondensing Operating temperature 32 104 F 0 40 C Network interface specifications Specifications for the IDSL network interface are as follows 18 000 feet 5 486 4 m over copper twisted pair AT amp T Point to Point 2B1Q signaling compatible Data only at 128 Kbps symmetric The network interface is compatible with ANSI T1 601 1991 CNET specification technique ST LAA ELR DNP 822 ETSI DTR TM 3002 Recommendation CCITT G961 Most of the commercially available 2B1Q band ISDN BRI terminal adapters bridges and routers MAX 6000 Installation and Basic Configuration Guide B 39 Cables and Connectors IDSL specifications Loopback testing IDSL provides the following types of loopback testing e Line loopback test e Corrupt CRC test e Request corrupt CRC test Monitorin
187. rom the Asia Pacific region apac supportGascend com Fax 510 814 2312 Customer Support BBS by modem 510 814 2302 Write to Lucent at the following address Attn Customer Service Lucent Technologies 1701 Harbor Bay Parkway Alameda CA 94502 3002 USA Chapter 1 Chapter 2 Contents About This Guide ioiiciicicisniiissianiacstsecscantinmrsndeoreassiediansaduetsstenecinuranseds Whatas in this suden XV What you should KNOW vo uiae trier D re ia a HEP HER RE RH EP RE Fu Erde errans xvi Documentation conventions ssie eiee i renean enne enne nnne tenete snnt etes xvi DOCUMENTATION SEE si rece RI Rb Dr OR Dr REPRISE xvii Getting Acquainted with the 1 1 What isa MAX used peer ie PE ER ERR Denn 1 1 Checking the MAX base unit sesssessseeeeeeen eene nennen nennen enne nen 1 2 Interfaces on the MAX base unit innen eene neret en nente tenens 1 3 POWT oes UI e eei QI UD 1 3 Control PDA 1 3 LAN UTP n iii ttti c ER Di p E A ae 1 3 nit onu pua va mtu emt eite 1 4 xum RUD I Bd 1 4 SERIAL V 35 DTE pott eere nere eR e PER RE OU E AER et 1 4 WAN Lto 3 eerte coo cetera let tire dee able cei cipe 1 4 ALARM RECORDER ERU Opt 1 4 Locating expansion Cards ete rt RR RTI SE ERES 1 4 Ho sUO card ERR
188. rom these pools and assigns it to an incoming call if Assign Adrs Yes in the Answer profile the default or if the calling station requests an address assignment Configuring the T1 PRI lines To configure the T1 slot you must set the parameters that specify the lines connection to the Central Office switch For the Quickstart configuration you open the Factory profile to the slot s Line 1 profile and specify signaling mode framing type encoding channel service unit CSU usage cable length line attenuation and channel usage If you are using inband signaling you need to configure incoming call routing If you want to use dynamic IP addressing you need to configure address pool characteristics For more information about any parameter in the following procedures see Table 6 3 on page 6 11 or the MAX Reference Specifying and configuring signaling mode To specify the signaling mode open the Net T1 Line Config Factory profile Line 1 profile for the line Set the Sig Mode parameter to specify the type of signaling to be used on the T1 line ISDN ISDN NFAS or Inband To configure the signaling mode you selected e f you selected ISDN NFAS as the signaling mode set the NFAS ID Num parameter to specify a number from 0 to 31 for each NFAS line You must set this parameter to a unique number The default is 1 for line 1 and 2 for line 2 e Ifyou selected Inband as the signaling mode set the Rob Ctl pa
189. rovide ways to initiate host to host connections that use an analog modem an ISDN modem such as a V 120 terminal adapter or raw TCP For more information about configuring and using the terminal server for host to host connections see Chapter 4 Preparing to Configure the MAX For detailed instructions see the Network Configuration Guide Depending on the commands you select you can configure the terminal server for initiating connections through either a menu interface or the command line e executing the menu command you start the terminal server s menu mode menu style listing of as many as four hosts to use for Telnet and or raw TCP host connections You specify values for parameters in the Ethernet gt Mod Config gt TServ Options profile to configure the terminal server for menu mode Configuring menu mode is described in more detail in Terminal server configuration tasks on page 5 9 MAX 6000 Installation and Basic Configuration Guide 3 15 MAX User Interfaces Using command line interface CLI tools e executing the commands listed in Table 3 9 you start host to host connections using the specified protocol You enable these commands by setting parameters in the Ethernet gt Mod Config gt TServ Options profile Table 3 9 Initiating host to host connections from the terminal server Terminal server Function command slip Starts a Serial Line IP connection cslip Starts a Compre
190. rs 4 Neither the name of the University nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS AS IS AND ANY EXPRESS OR IMPLIED WARRANTIES INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT INDIRECT INCIDENTAL SPECIAL EXEMPLARY OR CONSEQUENTIAL DAMAGES INCLUDING BUT NOT LIMITED TO PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES LOSS OF USE DATA OR PROFITS OR BUSINESS INTERRUPTION HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY WHETHER IN CONTRACT STRICT LIABILITY OR TORT INCLUDING NEGLIGENCE OR OTHERWISE ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE Ordering Information You can order the most up to date product information and computer based training online at http www lucent com ins bookstore Feedback Lucent Technologies appreciates your comments either positive or negative about this manual Please send them to techpubs ascend com Customer Service Customer Service provides a variety of options for obtaining information about Lucent products and services software upgrades and technical assistance Finding information and software on the Internet Visit the Web site at
191. rv Options gt TS Enabled parameter to Yes No is the default Starting terminal server sessions You can start a terminal server session by using one of the following three methods e From the Main Edit Menu select System gt Sys Diag gt Term Serv Then press Enter e Main Edit Menu press Ctrl D to display the DO menu Then select E Termsrv e Atany location in the VT100 interface press the following keys in rapid succession Esc Esc O Escape key left bracket Escape key zero The terminal server session begins by displaying a terminal server banner and prompt such as the following which are the defaults Pipeline Terminal Server ascend You can then type terminal server commands at the prompt You can change the terminal server prompt banner and a variety of other terminal server characteristics by setting the parameters in Ethernet Mod Config TServ Options MAX 6000 Installation and Basic Configuration Guide 3 13 MAX User Interfaces Using command line interface CLI tools Ending terminal server sessions To end a terminal server session and return to the VT100 interface menu enter one of the commands from Table 3 6 Table 3 6 Commands for ending terminal server sessions Command Description quit Closes the terminal server session hangup Closes the terminal server session local Enters local mode which is a direct connection to the local MAX
192. s Ethernet gt Mod Con Specify the unique digits of the telephone number to be used for fig gt WAN Options gt Ans N digital data calls Ethernet gt Mod Con fig gt WAN Options gt Pool 1 Start If you are going to use dynamic IP addressing specify the first IP address in the IP address pool The MAX chooses an address from the pool and assigns it to an incoming call if Assign Adrs Yes in the Answer profile the default or if the calling station requests an address assignment Ethernet gt Mod Con fig gt WAN Options gt Pool 1 Count If you are going to use dynamic IP addressing specify the num ber of IP addresses in the IP address pool The MAX chooses an address from these pools and assigns it to an incoming call if Assign Adrs Yes in the Answer profile the default or if the calling station requests an address assignment MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines Configuring the E1 PRI lines To configure the E1 slot you must set the parameters that specify the lines connection to the switch For the Quickstart configuration you open the Factory profile to the slot s Line 1 profile and specify signaling mode switch type and framing type If you are using R2 signaling you need to configure incoming call routing If you want to use dynamic IP addressing you need to configuration address pool characteristics For more inf
193. s appear 3 28 Specialized interfaces for MAX configuration and network management 3 28 Simple Network Management Protocol SNMP see 3 28 SYSOP Host Teportg eee epe tiet on e dom Ole i terc t eie FERE eeu 3 29 Navis network management applications 3 29 RADIUS based products sene eie le eite eite 3 29 Chapter 4 Preparing to Configure the MAX 4 1 Preparing MAX and network sorsien 4 1 Assigning an IP address to the MAX ou eesceececsseeesseeeeeececeececeneecsaeceneeceeeeeneceeeesaeeeaaeseetees 4 2 Securing MAX from unauthorized configuration changes esee 4 3 Restricting the default access sesssssssesseeeeeee nennen enne enne 4 3 Changing the password in the Full Access Security profile sess 4 6 Setting password protection for Telnet access ssssseeeeeeeeeeee 4 7 Setting password protection for SNMP access 4 10 Setting MAX system Options ssesesseereneeeeenee nennen rennen nein entente nne 4 12 Activating administrative permissions sese enne 4 12 Establishing a system name and other system characteristics sssssss 4 12 Establishing Syslog loggiig eret e bU eec Herten select 4 13 Configuring U
194. s summarized in Table 3 14 provide information about diagnostic commands Table 3 14 Getting information about diagnostic commands Diagnostic Function command Displays list of commonly used diagnostic commands with brief help functional descriptions ascend Displays a list of all diagnostic commands available on your MAX model with brief functional descriptions help ascend Getting information about modem activity The commands summarized in Table 3 15 provide information about modem activity Table 3 15 Obtaining diagnostic information about modem activity Diagnostic Function command avm Displays modem availability including modem state and a recent history of each modem s activity mdialout Displays information about outbound modem calls Often this command is used in conjunction with modemdrvstate modemdiag Toggles enables and disables diagnostic information about call termination the last and highest data rates at which the modem was transmitting the last and highest data rates at which the modem was receiving error correction and data compression protocols attenuation and line quality modemdrvstate Toggles enables and disables diagnostic information in the form of the communication to and from the MAX unit s modem driver including buffer allocation AT command strings used to establish connection and received data format MAX 6000 Install
195. server command 3 14 serial V 35 DTE port 1 4 remote devices Serial WAN cabling specifications B 37 identifying 5 2 session displaying active 3 26 IP address 5 3 set terminal server command 3 14 remote management 3 12 show terminal server command 3 14 Reply Enabled parameter 5 5 5 8 Sig Mode parameter 6 11 6 14 6 19 6 21 resume terminal server command 3 17 5 13 signaling Resynchronize DO command 3 12 inband 6 14 6 15 A 1 RIP Routing Information Protocol ISDN NFAS 6 14 MAX 6000 Installation and Basic Configuration Guide Index 7 Index signaling continued NFAS 6 11 R2 6 18 6 22 Silent parameter 5 10 slip terminal server command 3 16 SLIP BOOTP parameter 5 11 SLIP mode terminal server 5 11 SLIP parameter 5 11 slot and port numbering MAX 6000 3 4 slot cards DRAM 1 6 inserting 2 4 interfaces 1 5 1 6 1 7 PCMCIA flash 1 7 SNMP Simple Network Management Protocol community strings passwords defined 4 10 configuring MAX units 3 28 passwords setting 4 3 4 10 4 11 SNTP Simple Network Time Protocol 4 13 software configuration security settings 4 3 4 11 specifications battery C 2 cable length requirements B 36 E1 PRI WAN ports B 17 environmental requirements C 3 Ethernet interface B 4 IDSL B 39 ISDN BRI interface B 17 RS 366 cabling B 29 serial host interface B 18 serial WAN cabling B 37 T1 PRI interface B 4 V 35 cabling B 20 X 21 cabling B 35 SPID Service Profile Identifier 6 8 6 9 A 5 A 7
196. sessssssseeseseeeeeeneen eere nennen trennen 6 2 Gathering configuration information for your Ethernet interface eee eee 6 2 Setting the parameters for the Ethernet interface sess 6 4 Specifying the IP address and subnet mask sesessee 6 4 Specifying RIP management optional 2 2 6 4 Configuring DNS optional sse eene nennen 6 5 Setting up the default route optional essent 6 5 Testing the LAN connection ettet bereitet ciere E reris 6 6 Configuring WAN lines eset ede e ERR eR UT OLIO R DEED eerie 6 7 BRIHn configuration it e e tete cue Ee een ob 6 7 Gathering configuration information for your BRI lines esses 6 7 Configuring BRI lmes uoto ee t erre 6 9 line configuration 3 rotto eerror HT rie Se telae 6 10 ISDN signaling n ceo Rae eet broderie er IER e 6 10 Inband signaling setenta c epis piter 6 10 Gathering configuration information for your interface 6 11 Configuring the T1 PRI 6 14 Checking the line s status eene eene ene 6 16 EI PRITne configuration re RU HERR eH 6 17 ISDN signaling SoS e USE eh inti E QUU RENE rp 6 17 R2 signaling uinci o RR pedem 6 18 Gathering configuration information for your El interface 6 1
197. sion cards also referred to as expansion modules or slot cards The following figures will help you to identify your expansion cards and their interfaces Caution A MAX unit s expansion cards are not hot swappable and should not be removed while the unit is running Host 6 card The Host 6 card Figure 1 4 also known as the AIM 6 card supports six V 35 host ports A Host 6 card supports 32 active channels You can install a maximum of two Host 6 cards in the MAX Figure 1 4 Host 6 card 1 4 MAX 6000 Installation and Basic Configuration Guide Getting Acquainted with the MAX Locating expansion cards ISDN BRI network interface and terminal interface cards The ISDN BRI network interface card and ISDN terminal interface card each have eight ISDN BRI ports as shown in Figure 1 5 You can install a maximum of two ISDN BRI network interface cards in the MAX Figure 1 5 ISDN BRI network interface or terminal interface card wre MM Multiband inverse multiplexing card The Multiband inverse multiplexing card Figure 1 6 has two or six user selectable RS 449 V 35 or X 21 serial host ports with inverse multiplexing and RS 366 capability V 25bis or control lead signaling Figure 1 6 Multiband inverse multiplexing two port card om F The data circuit terminating equipment DCE interfaces in Figure 1 4 and Figure 1 6 provide
198. slot but only one profile per slot can be active at time In the Quickstart configuration you configure the default Factory profile which is active by default Table 6 4 El line configuration information Parameter Usage Net1 E1 gt Line Config gt Factory profile gt Line N Sig Mode Enter the type of signaling your line uses Get this information from your service provider The options are None A leased line ISDN ISDN signaling using the D channel The 16th channel of the E1 line must be designated as the D channel DPNSS The interface supports DPNSS or DASS 2 signaling Metered Metered R2 signaling protocol used in Brazil and South Africa P7 P7 protocol R2 Standard R2 signaling Versions of the R2 signaling protocol specified for use in the country indicated in the name Chinese Malaysia New Zealand Thailand Israel Kuwait Philippines Argentina Brazil India Czech Mexico and Korean Net1 E1 gt Line Config gt Factory profile gt Line N Switch Type Specify one of the following values Note that Net5 is the standard protocol in use in most of Europe Try Net5 before using a country specific code continued GloBanD Q 931W GloBanD data service NI 1 National IDSN 1 Net 5 Euro ISDN services in Italy France United Kingdom France Spain Germany Belgium the Netherlands Switzerland Sweden Denmark and Singapore This protocol is replacing older
199. ssed SLIP connection ppp Starts a Point to Point Protocol connection Initiating login sessions with remote hosts The commands in Table 3 10 provide ways to initiate login sessions with remote hosts either from the terminal server command line called terminal mode or immediately when a user logs in called immediate mode Configuring terminal mode and immediate mode are described in more detail in Terminal server configuration tasks on page 5 9 and in the Network Configuration Guide In terminal mode the MAX establishes a session between the remote user s PC and the terminal server Users can enter terminal server commands at the command line to initiate host connections In immediate mode the MAX initiates a connection to a specified host for a dial in user The host requires that the user enter login and password information Table 3 10 Initiating login sessions with remote hosts from the terminal server Terminal server Function command rlogin Starts a login session between a remote user s PC and a host using rlogin telnet Starts a login session between a remote user s PC and a host using Telnet tcp Starts a login session between a remote user s PC and a host using TCP Dialing out through digital modems The commands summarized in Table 3 11 provide ways for you as a local user to use the MAX digital modems to dial out from the terminal server interface Once you connect
200. st Auth parameter which bypasses terminal server authentication going directly to a Telnet login prompt hostname or address to which users will be connected the Immed Host and Immed Port parameters Providing dial in users with a menu of hosts menu mode To configure the terminal server for dial in users to connect to hosts through the menu selections you need to assign values defining e As many as four host addresses and names the Host N Addr and Host N Text parameters e Whether the menu screen is the first display seen by interactive users initiating connections the Initial Screen parameter e Whether the user can switch from menu mode to the terminal server command line by pressing the 0 zero key the Toggle Scrn parameter e Whether the user is required to enter a login and password when entering the menu interface the Security parameter MAX 6000 Installation and Basic Configuration Guide 5 11 Basic Configuration Tasks Establishing dial out calls through terminal server connections Establishing dial out calls through terminal server connections The terminal server provides a way for users on the MAX unit s local network connect to issue AT commands to the modem as if they were connected locally to the modem s asynchronous port The dial out can occur in one of two ways e Immediate modem dial out in which users Telnet directly to a port on the MAX for immediate dial out service with
201. st enable the Field Service and Operations parameters in the active Security profile Set the values to Yes For information about Security profiles see Securing the MAX from unauthorized configuration changes on page 4 3 The Field Service parameter enables or disables the ability to perform field service operations such as uploading new system software The Operations parameter enables or disables the ability to change parameter values When Operations is set to No most DO menu commands including those in the Diagnostic mode CLI are disabled To access diagnostic modes use one of the following two methods e At the MAX VT100 interface display the DO menu by pressing Ctrl D Then press D or select D Diagnostics e MAX VT100 interface press the following key sequence in rapid succession Esc Esc Escape key Left Bracket key Escape key Equals key You must press all four keys within one second for the MAX to recognize the escape sequence At any time you can leave the Diagnostic mode CLI by entering quit Using diagnostic commands Enter diagnostic commands at the Diagnostic mode CLI s prompt gt then press Return Use the commands only as directed in procedures described in MAX guides or by Lucent Technologies Technical Support 3 18 MAX 6000 Installation and Basic Configuration Guide MAX User Interfaces Using command line interface CLI tools Listing Diagnostic mode commands The command
202. sword from the caller it authenticates the call by means of a Connection or Names Password profile or an external authentication server 5 8 MAX 6000 Installation and Basic Configuration Guide Basic Configuration Tasks Establishing dial in calls through terminal server connections Depending on how the terminal server has been configured to handle dial in calls it does one of the following e Displays the terminal server command line prompt permitting the caller to use the terminal server commands that have been made available This option is called terminal mode When in terminal mode the user can initiate a PPP CSLIP or SLIP session e the user in to a designated host This option is called immediate mode e Display a menu style listing of as many as four Telnet and or raw TCP host connections This option is called menu mode Terminal server configuration tasks To set up dial in terminal server functions you need to set up the digital modems for call handling enable the terminal server set up login procedures and enable users to use the terminal server to connect to hosts Depending on your configuration users can establish connections through the terminal server command line be connected immediately to a host after logging in or select a host from a menu Setting up digital modems for call handling To set up the MAX unit s digital modems to handle dial in calls specify the following modem characteristics
203. t cards at both ends Be sure to insert the card into guides that are in the same plane 2 4 MAX 6000 Installation and Basic Configuration Guide Setting Up and Testing the MAX Hardware Inserting an expansion card Figure 2 4 Inserting an expansion card into a MAX slot 3 Push the card along the internal guides until it is secure The face plate of the expansion card must touch the back panel of the MAX N Caution Do not force the expansion card into the slot Doing so can damage the card or slot connector 4 Handtighten the screws on either side of the module as shown in Figure 2 5 Now you are ready to set up the hardware Figure 2 5 Tightening slot card thumbscrews MAX 6000 Installation and Basic Configuration Guide 2 5 Setting Up and Testing the MAX Hardware Connecting to a LAN Connecting to a LAN To connect the MAX to a LAN connect your Ethernet LAN cable to the Ethernet port labeled LAN UTP port on the MAX Figure 2 6 shows the location of the Ethernet port on the MAX 6000 T1 model The location is the same on the E1 and BRI models Figure 2 6 6000 or TI unit s LAN UTP port PCMCIA eo 1 2 3 cm n CONTROL LAN UTP DRAM SERIAL ALARM LAN UTP port Four T1 ports Before you power on the MAX familiarize yourself with the indicator lights See Interpreting the MAX indicator lights on page 2 8 Connecting t
204. t connects to a hand held palmtop control terminal although it can also connect to a VT100 terminal The palmtop port provides access to the menu driven user interface of the MAX It runs at 9600 bps configurable through the user interface 8 bits per character no parity no flow control 1 stop bit For details about cables that connect to these ports see Cables and Connectors on page B 1 MAX 6000 Installation and Basic Configuration Guide 1 7 Getting Acquainted with the MAX Locating MAX cables Locating MAX cables The cables that are included in the MAX 6000 unit s package varies depending on the features you ordered and location that it is designed to serve In North America verify that the unit s package contains the following cables e A DB 9 male to DB 9 female connector e A Dongle Assembly Outside North America verify that the unit s package contains the following cables e DB 9 male to DB 9 female connector e DB 9 male to DB 25 female connector DB 25 male to DB 25 male converter For more information see Appendix B Cables and Connectors Locating other MAX package contents The MAX 6000 unit s package includes the following other contents e rack mounting kit e MAX Companion CD ROM e Documentation Library CD ROM e A Warranty Document and Warranty Registration Process Card e A Start Here card If you ordered them you should also have separately packaged ex
205. t groups the messages If the daemon receives messages from devices that specify the same log facility it stores them in the same file Exit and save the changes You have completed the process of establishing Syslog logging Configuring UNIX host s Syslog daemon To configure the syslog daemon on a UNIX host you need to modify the host s etc syslog conf file This file specifies an action that the daemon performs when it receives messages with a particular Log Facility number For example if you set Log Facility MAX 6000 Series Hardware Installation Guide 4 13 Preparing to Configure the MAX Setting MAX system options to Local5 in the MAX and you want the syslog daemon to store messages from the MAX in the var log MAX file add the following line to the etc syslog conf file local5 info tab var log MAX After making changes to the etc syslog conf file you must direct the UNIX host to reread the file 4 14 MAX 6000 Series Hardware Installation Guide Basic Configuration Tasks Establishing TCP IP connectivity through the Ether Options profile 5 1 Establishing WAN connectivity through Connection 5 1 Handling incoming calls through the Answer profile 5 6 Establishing dial in calls through terminal server connections 5 8 Establishing dial out calls through terminal server connections 5 12 For most sites th
206. tallation Before you begin installation of the MAX hardware make sure that you have the items you need What you need before you start Before you install the MAX make sure that you have the following items e A suitable location in which to install the MAX hardware e Antstatic wrist straps and mats if possible MAX 6000 Installation and Basic Configuration Guide 2 1 Setting Up and Testing the MAX Hardware Installing the MAX without a rack e An active T1 or El line set for bidirectional calling if applicable Bidirectional calling allows you to test the MAX hardware by having the MAX dial out on one channel and answer on another channel e One or more active ISDN BRI or PRI lines if applicable e Ethernet interface If MAX connects to an Ethernet LAN you also need the appropriate cables and connectors to set up an Ethernet interface e A host or workstation on the same subnet that can use telnet or ping to reach the MAX e A VT100 terminal or a workstation with a communications program that supports VT100 emulation e Aremote MAX or a compatible unit that you can reach by telnet or ping over a dial up Point to Point Protocol PPP connection e Any expansion modules that were shipped separately e IP address for the MAX e Default gateway for the MAX if your setup requires one Digital modem card support e Series56 cards can be mixed with non Series56 digital modem cards e The MAX can supp
207. te Test BERT 3 12 aadress Tesolution see DN S Domain Name System Block Calls After parameter 5 4 administrative permission activating 4 12 Blocked Duration parameter 5 4 AIM 6 card 1 4 i BN Usage parameter 6 8 6 9 AIM BONDING interface 1 5 BRI Basic Rate Interface expansion cards Alarm interface 1 4 network interface card 1 5 analog modem connections 3 15 5 8 interface specifications B 17 Ans N parameter 6 20 6 22 terminal interface card 1 5 B 18 AnsOrig parameter 5 5 BRI Basic Rate Interface lines Answer DO command 3 12 add on numbers 6 8 6 9 Answer profile usage 0 8 0 3 AL provisioning switch A 3 definition 3 5 SPIDs 6 8 6 9 purpose and usage 5 6 5 8 switch type specification 6 7 6 9 AppleTalk routing enabling 5 3 5 4 BRI line configuration 6 7 ARA parameter 5 6 Bridge parameter 5 7 Area parameter 5 4 Oe bridging resources in MAX manuals 7 6 AreaType parameter 5 4 Buffer Chars parameter 5 10 BOREAS parameteg Buildout parameter 6 13 6 15 AT commands 5 13 p AT amp T 5 55 provisioning 4 ATMP Gateway parameter 5 5 C ATMP RIP parameter 5 5 authentication cables Answer profile definition 5 7 100BaseT B 4 MAX 6000 Installation and Basic Configuration Guide Index 1 Index cables continued 10BaseT B 4 console null modem 2 2 length requirements B 36 power 2 10 See also pinouts call backs 5 2 5 7 Call Filter parameter 5 4 5 7 Call Terminated message 3 26
208. tee REP EP IER petra 1 4 ISDN BRI network interface and terminal interface cards ssuss 1 5 Multiband inverse multiplexing Card sese 1 5 K56 modem card ose eo DERE RE I sete er EUR 1 5 V 90 S56 III modem card Series56 1 5 a open are redes 1 5 PIAES I6 Card RUD LOTO DU dre t REPERTUS 1 6 TD ST Card tsi scious e e boise RR MU P Idae bei 1 6 DRAM Card E PRAE ee RE ERES D Toe aes 1 6 PCMCIA fl sh card iie e Et ted n rete eer E te see hick suena 1 7 ERR ERE PUT 1 7 Locating MAX Cables eec to RE EUR E RUE Up eth 1 8 Locating other MAX package contents essent eerie 1 8 Setting Up and Testing the MAX Hardware 2 1 Planning the hardware installation cecesscescecsseeesseeeeceseeeseeceseecsaeeeaeeeeeeecssceeeeceseeeaeeaees 2 1 What you need before you start eene nnne enne nne tenen nennen 2 1 Digital modem card support essssssessseseeee eene nennen enne tenente nnne neret 2 2 Installing MAX without a rack 2 2 Installing the MAX An Tack eer er retten eterne 2 2 Connecting MAX to a terminal eese ener nennen 2 2 Powerswitches and cables ette eee RH HE PUT FO t PUER vs 2 3 MAX 6000 Installat
209. terface Sys Option and Main Status Menu windows By default the bottom two status windows are the Sys Option window which contains management information about the MAX and the Main Status Menu window For example 00 100 Sys Option Main Status Menu gt Security Prof 1 gt 00 000 System f Software 8 0 0 10 000 Net T1 S N 5210003 V 20 000 Empty V To display the System Options window if it is not already displayed by default tab to any status window then use the arrow keys to access the System Sys Option window The Sys Options window shows which Security profile is active which TAOS version is running and the unit s serial number S N Additionally it can list a variety of hardware or software options It also displays a system uptime value which is updated every few seconds to show the number of days hours minutes and seconds the MAX has been operating For example Up 12 17 18 26 When the Sys Options window is active you can use the arrow keys to scroll down and display the list of system options Appearing for example are the software load name various installed software options such as Frame Relay and BONDING and the AuthServer and AcctServer options which specify the IP addresses of the RADIUS authentication server and the RADIUS accounting server Alternatively the AuthServer option can display the Terminal Access Control Server TACACS The last status window contains the Main St
210. terface specifications on page B 4 MAX 6000 Installation and Basic Configuration Guide 1 3 Getting Acquainted with the MAX Locating expansion cards PCMCIA DRAM The Personal Computer Memory Card International Association PCMCIA interface accepts a plug in PCMCIA card For an illustration see Figure 1 12 on page 1 7 The DRAM interface accepts a plug in dynamic RAM DRAM card For an illustration see Figure 1 11 on page 1 7 SERIAL V 35 DTE port WAN 1 to 4 ALARM The SERIAL interface is a V 35 data terminal equipment DTE port that provides a point to point connection between the MAX and another device In the MAX manuals this port is called the serial WAN port For details about cables that connect to the serial V 35 DTE port see Serial WAN cabling specifications on page B 37 The WAN ports are a group of four T1 or four E1 ports providing point to point T1 E1 connections between the MAX and other devices In the MAX manuals these ports are called Net T1 and Net E1 ports For details about cables that connect to the WAN ports see T1 PRI interface specifications on page 4 and E1 PRI interface specifications on page B 12 The ALARM interface is a two connector terminal block that provides warning of alarm conditions For further information about the alarm relay see Alarm relay operating specifications on page C 3 Locating expansion cards The MAX accommodates up to six expan
211. the Ethernet is operating in full duplex mode 100BT On when the Ethernet interface is using 10BaseT LINK Link integrity On when the Ethernet interface is functional Once you are familiar with the MAX indicator lights you are ready to start up the MAX Starting the MAX To start the MAX perform the following steps 1 Ifyou are using a PC configure the terminal emulation function in your communications software as follows 9600 bps 8 data bits no parity 1 stop bit no flow control and direct connect 2 sure that you can see the lights on the front panel of the MAX while you view the VT100 3 Connect one end of the ac power cable to a power source and the other end to the MAX MAX 6000 Installation and Basic Configuration Guide Setting Up and Testing the MAX Hardware Starting the MAX The Power on Self Test POST begins and finishes within 1 to 4 minutes depending on the slot cards installed 4 While the POST is running watch the lights If the Power light is on and the Fault light shuts off the MAX is operating properly You can continue with the next step If the Power light is off or the Fault light stays on remove the power cable and do not continue the installation Contact your Lucent Technologies distributor 5 Watch the VT100 display during the POST When the POST is successful the following screen appears The flashing question marks disappear after you have configur
212. the Left Arrow key twice to exit the Line 1 profile A confirmation menu appears EXIT gt O ESC Don t exit 1 Exit and discard 2 Exit and accept 2 Press2 to save and exit MAX 6000 Installation and Basic Configuration Guide 6 15 Quickstart Configuring WAN lines Setting up dynamic IP addressing If you want to assign IP addresses dynamically to incoming calls you need to establish an IP address pool It is possible to configure more than one pool but in the Quickstart configuration you configure only one Proceed as follows 1 At the Main Edit Menu select Ethernet gt Mod Config gt WAN Options The WAN Options menu appears 2 Set the Pool 1 Start parameter to specify the first IP address in the pool 3 Set the Pool 1 Count parameter to specify the number of IP addresses in the pool 4 Press the Left Arrow key twice to exit the Ethernet gt Mod Config profile In the confirmation menu press 2 to save and exit 5 Press Escape or the Left Arrow key until you return to the Main Edit Menu You have now set all the parameters necessary for your T1 line configuration Checking the line s status After the T1 PRI provider has established service check the status of the line by observing the MAX unit s front panel indicator lights and or viewing the line status window Indicator lights Observe the MAX unit s front panel indicator lights as illustrated in Interpreting the MAX indicator lights on
213. through to the third T1 line which typically supports a PBX e NFAS Prime the primary D channel for two NFAS lines e NFAS Second the secondary D channel for two NFAS lines This channel is inactive unless the user activates it or unless a failure of the primary D channel causes it to go online This setting is optional Net1 T1 gt Line Config Factory profile Line N gt ChN For switched channels specify the unique digits of a telephone number to use to reach a specific channel channel N requested by a calling unit Net1 T1 gt Line Config gt Factory profile gt Line N gt Ch Slot For switched channels specify the slot to use for calls to and from channel N MAX 6000 Installation and Basic Configuration Guide 6 13 Quickstart Configuring WAN lines Table 6 3 T1 line configuration information continued Parameter Usage Ethernet gt Mod Config If you are going to use dynamic IP addressing specify the first WAN Options Pool IP address in the IP address pool The MAX chooses an address 1 Start from the pool and assigns it to an incoming call if Assign Adrs Yes in the Answer profile the default or if the calling station requests an address assignment Ethernet gt Mod Config If you are going to use dynamic IP addressing specify the num gt WAN Options gt Pool ber of IP addresses in the IP address pool The MAX chooses an Count address f
214. tify the Ethernet interface resides in the MAX unit s motherboard To install the Ethernet interface you must have the cables described in either of the following two sections 10BaseT cables To install a 10BaseT interface you need a twisted pair Ethernet cable and a dual twisted pair cable terminated with RJ 45 modular jacks Use an EIA TIA 568 or IEEE 802 3 10BaseT cable 100BaseT cables To install a 100BaseT interface you need a twisted pair Ethernet cable and a dual twisted pair cable terminated with RJ 45 modular jacks Use one of the following cables 100Base T2 100Base T4 not very popular 100Base TX or 100Base FX T1 PRI interface specifications Specifications for the MAX unit s TI PRI interface include Channel Service Unit CSU requirements specifications for the cables and plugs available for the unit s WAN interfaces the pins to be used on the WAN ports and the WAN switched services that are available to the MAX T1 PRI CSU requirements CSU requirements depend on whether or not you enable the internal CSU on each T1 PRI port on the MAX To enable the internal CSU set the Net T1 gt Line Config gt Line Config profile gt Line N Front End parameter to CSU To disable the internal CSU set Front End to DSX Port with internal CSU If you enable the internal CSU on a T1 PRI port you can connect the port directly to the metallic interface of the WAN To avoid harming the WAN you must contact your carr
215. tion in the MAX documentation sets Table 7 5 Finding information about IPX routing For information about See Lucent Technologies extensions Network Configuration Guide to standard IPX Configuring and enabling IPX Network Configuration Guide routing IPX filters Network Configuration Guide and Security Supple ment Monitoring and testing IPX activ Administration Guide and MAX Reference ity Configuring the MAX for Frame Relay To use the MAX as a Frame Relay concentrator or switch you establish a nailed connection from a MAX to a switch and configure the unit to act as one of the following network to network interface NNI switch e A data circuit terminating equipment DCE unit that responds to users e A data terminal equipment DTE unit that requests services from a switch Table 7 6 shows where to find related information in the MAX documentation sets Table 7 6 Finding information about using the MAX as a Frame Relay concentrator For information about See Connection and Answer profile Network Configuration Guide configuration Monitoring circuit information Administration Guide link management information and connections MAX 6000 Installation and Basic Configuration Guide 7 5 Next Steps Managing MAX units Configuring the MAX as a link level bridge You can configure the MAX to act as a link level bridge forwarding packets over the Ethernet
216. trol monitor and MIF palmtop port and cable sss B 3 Figure B 1 RJ 48C RJ 48C crossover cable ssssseseeeeener nee B 6 Figure 2 RJ 48C RJ 48C straight through cable B 7 Figure B 3 RJ 48C DA 15 straight through cable eene B 8 Figure 4 RJ 48C DA crossover cable sesenta B 9 Figure B 5 RJ 48C Bantam straight through cable eee B 10 Figure B 6 RJ 48C RJ 48C crossover cable sss B 12 Figure B 7 RJ 48C RJ 48C straight through cable B 13 Figure B 8 RJ 48C DA 15 straight through cable see B 14 Figure B 9 RJ 48C DA crossover cable enne en B 15 Figure B 10 RJ 48C Bantam straight through cable sees B 16 Figure B 11 V 35 V 25 bis cable to Cisco seen ener B 20 Figure B 12 V 35 cable to generic serial host seeeeeeeenene B 22 Figure B 13 V 35 RS 366 cable to generic serial host seseseeeeenee B 23 MAX 6000 Installation and Basic Configuration Guide xi Figures Figure B 14 V 35 RS 366 cable to CLI codec eee B 25 Figure B 15 V 35 RS 366 cable to 1 B 27 Figure B 16 RS 449 RS 366 DB 37 cable to Video Telecom codec
217. uide This hardware installation guide provides information specific to your product in Appendix C Safety Related Electrical Physical and Environmental Information What is in this guide Following is a chapter by chapter description of the topics in this guide Chapter 1 Getting Acquainted with the MAX describes the main features of the MAX and lists package contents Chapter 2 Setting Up and Testing the MAX Hardware explains how to install the MAX on the network insert expansion cards and test the hardware Chapter 3 MAX User Interfaces tells how to access the MAX menu interface and associated command line interfaces and use them for configuring and monitoring the MAX It also introduces specialized interfaces available from Lucent Technologies or other sources Chapter 4 Preparing to Configure the MAX tells how to prepare for configuration by assigning an IP address setting security parameters and passwords to protect the configuration interface from unauthorized use and setting basic system related options such as name location time and Syslog server Chapter 5 Basic Configuration Tasks describes how you use the True Access Operating System TAOS Ether Options profile Answer profile and Connection profiles to prepare the MAX to receive and send calls over Local Area Networks LANs and Wide Area Networks WANs Chapter 6 Quickstart explains how to configure and test
218. umber 2510 0078 001 Pair Signal MAX male DB 44 Host female DB 37 RS 366 female DB 25 MAX MAX 1 FGND 1 1 2 SD 29 4 SD 30 22 3 RD 40 6 RD 39 24 4 ST 42 5 ST 41 23 5 RT 37 8 RT 38 26 6 DSR 6 11 DCD CTS 36 9 13 7 RTS 7 7 RI 43 15 8 DTR 8 12 SGND 25 19 20 37 9 TT 31 17 TT 32 35 10 DPR 9 2 ACR 10 3 11 CRQ 11 4 PND 12 12 DLO 13 22 SGND 25 13 NB1 21 14 NB2 22 15 MAX 6000 Installation and Basic Configuration Guide Cables and Connectors Serial host interface specifications Table B 25 Pinouts for RS 449 RS 366 cable to generic serial host continued Model number MBHD 449 366 Part number 2510 0078 001 Pair Signal MAX male DB 44 Host female DB 37 RS 366 female DB 25 MAX MAX 14 NB4 23 16 NB8 24 17 15 DSC 36 13 16 RX SEL 20 28 Pin positions separated by commas are jumped to each other RS 449 cable to generic serial host The RS 449 cable for connection to generic serial hosts connects the MAX to the RS 449 ports of a wide variety of equipment A female to male DB 37 gender changer is included when you order the cable Figure B 18 and Table B 26 show the RS 449 cable pinouts Figure B 18 RS 449 cable to generic serial host f cog es SGND 37 fe T 19 SOND RX SEL 28 es 61 43 RI 9e 17 ct 42 ST TT 35 9 e Q6 41 ST 15 SGND 25
219. uthentication Security Supplement Configuring the MAX for Internet services The most common use for MAX units is as Internet Service Provider ISP hubs establishing dial in WAN connections for subscribers and routing their data to other Ethernet routers A MAX must be configured as an IP router for such Internet related services Table 7 4 shows where to find related information in the MAX documentation sets Table 7 4 Finding information about IP routing for Internet services For information about See Address and name resolution Network Configuration Guide Configuring and enabling IP rout ing Installation and Basic Configuration Guide and Net work Configuration Guide IP multicast MBONE Network Configuration Guide Monitoring routing Installation and Basic Configuration Guide Adminis tration Guide and MAX Reference OSPF and RIP routing protocols Network Configuration Guide Virtual private networks VPNs with Ascend Tunneling Manage ment Protocol ATMP Layer 2 Tunneling Protocol L2TP or PPTP Point to Point Tunneling Protocol Network Configuration Guide 7 4 MAX 6000 Installation and Basic Configuration Guide Next Steps Configuring MAX functionality Configuring the MAX as an IPX router You can use the MAX as an IPX router linking remote NetWare LANs with the local NetWare LAN on Ethernet Table 7 5 shows where to find related informa
220. ve You use the update command with the hash code text string to enable the feature You can use update without a text string modifier to display information about interfaces ports and field features that have been enabled Viewing the fatal error history log Each time the MAX reboots it logs a fatal error message to the fatal error history log The fatal error history log also includes Warnings which are generated by events that do not cause the unit to reset Note If your MAX experiences a fatal error reset or Warning contact Lucent Technologies Technical Support immediately The commands summarized in Table 3 17 enable you to use the fatal error history log Table 3 17 Commands for fatal error history log usage Diagnostic Function command fatal history Displays the contents of the fatal error history log The number of entries is limited by flash memory space clr history Clears the fatal error history log You must always display the log before you clear it Using status windows The right side of the screen in the MAX VT100 interface displays eight status windows The status windows display read only information about what is currently happening in the MAX MAX 6000 Installation and Basic Configuration Guide 3 21 MAX User Interfaces Using status windows The following example shows the eight status windows 10 100 1234567890 LIJDA ise 70 000 Modem Stat 123456789012 1234
221. ver some T1 PRI switches do support MultiRate which is a service like GloBanD that enables data service bandwidths higher than 64 Kbps Contact your T1 PRI service provider for specific information e NI 2 National ISDN 2 e IDSL lIdentical to AT amp T Point to Point except it includes support for Q 931 en bloc dialing Net1 T1 gt Line Config gt Factory profile gt Line N gt Framing Mode For each line enter D4 or ESF Get this information from your service provider Net1 T1 gt Line Config gt Factory profile gt Line N gt Front End Type of interface used on the T1 port Select CSU the default if you are using the MAX unit s internal CSU Select DSX if you plan to connect the port to other equipment that provides the interface to the WAN such as an internal CSU You also select DSX to disable the internal CSU Net1 T1 gt Line Config gt Factory profile gt Line N gt Encoding For each line enter AMI or B8ZS Get this information from your service provider MAX 6000 Installation and Basic Configuration Guide Quickstart Configuring WAN lines Table 6 3 T1 line configuration information continued Parameter Usage Net1 T1 gt Line Config gt Factory profile gt Line N gt FDL For each line using ISDN signaling enter the Facilities Data Link FDL protocol the MAX uses such as AT amp T ANSI or Sprint None the default disables FDL signaling Get
222. vice You must install a cable from the NTI that ends in a 100 ohm termination The maximum distance between the NT1 and its termination is 3280 feet 1000 m You can install the Net BRI card anywhere along the length of the cable Use only cable specifically constructed for ISDN BRI interfaces Note In Belgium install at least 10 meters of cable between the Net BRI card and the NTI Significant data errors can result from use of shorter cables MAX 6000 Installation and Basic Configuration Guide B 17 Cables and Connectors Serial host interface specifications Host BRI module expansion card interface Each ISDN BRI line provided by the Host BRI module MX SL 8BRIT must end in a 100 ohm termination The maximum cable distance between the Host BRI module and its termination is 3280 feet 1000 m You can install the local ISDN BRI device anywhere along the length of the cable Use only cable specifically constructed for ISDN BRI S interfaces Serial host interface specifications Specifications for the serial host ports on the MAX include cabling requirements timing requirements and interface types The MAX unit s serial host ports are compatible with the following electrical standards e RS 449 422 e V35 e X21 The MAX also supports the following dialing answering protocols at any of its serial host ports e V 25 bis RS 366 e X21 Selection of the proper cable between a serial host port and the serial device ensur
223. your MAX unit s Ethernet and ISDN line interfaces Chapter 7 Next Steps summarizes additional configuration tasks you might need to perform and provides references to other MAX documentation with related information Appendix A Provisioning the Switch gives you information that your TI ISDN Primary Rate Interface PRI E1 or ISDN Basic Rate Interface BRI service provider needs to properly provision the Central Office switch Appendix B Cables and Connectors provides specifications for different facets of the MAX and includes cabling requirements MAX 6000 Installation and Basic Configuration Guide XV About This Guide What you should know e Appendix C Safety Related Electrical Physical and Environmental Information shows regulatory notices and warnings e An index Note This guide describes the full set of features for MAX 6000 units running the 8 0 1 version of TAOS Some features might not be available with earlier versions or specialty loads of the software What you should know This guide is for the person who configures and maintains MAX units To configure a unit you need to understand the following e Internet or telecommuting concepts e WAN concepts e LAN concepts if applicable Documentation conventions Following are all the special characters and typographical conventions used in this guide Convention Monospace text Boldface mono Space text Italics Key1 Key

Lucent MAX 6016 (MX60-T1AC

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