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Patton electronic FORESIGHT 6300 User's Manual

1. B 6511 ElLink 9 E1 Link Select Tugs current C a fi o eae tues gai TuG2 hugna Tu turer Q Alarm Status 9 O Near End Line Statistics Current E O History SDH DSO Idle Code Detail OD Medes en RESISTE O Totals 7 0 DSO Configuration TUG3 1 TUG2 1 TU 1 Detail Detail L stc g Me 1 disable w 2 disable w 3 disable w 4 disable 0 O Modify 1 a 5 disable 0 Y B disable 0 Y 7 disable 0 Y 8 disable 0 Y 9 disable D v 10 disable D Y 11 disable 0 Y 12 aisabie 0 v 13 disable 0 w 14 disable 0 Y 15 disable 0 w 16 disable 0 r 17 disable 0 Y 18 disable 0 w 19 disable 0 w 20 disable 0 ERE 21 disable 0 Y 22 disable 0 Y 23 disable 0 Y 24 disable D v 1 25 disable 0 w 26 disable 0 w 27 disable 0 w 28 disable 0 29 disable D Y 30 disable 0 Y 31 disable 0 Y 32 disable 0 Y Selective Modify Enable all Disable all Figure 114 6511RC DSO Details If you only want to enable or disable a few DSO numbers select the status from the drop down menu for each DSO number you want to change then click Selective Modify If you want to activate all DSO numbers click Enable All If you want to deactivate all DSO numbers click Disable All A status emssage will display Click OK Configuring E1 Links 13
2. Modify Test Settings 1 ppp 5 y 11 ppp 5 v 21 ppp 5 Y Modify Chan e PT g 9 Q Near End Line Status 2 ppp s ba 12 ppp s Y 22 ppp s v Current Near End Line Status Total Near End Line Status 3 ppp x 13 ppp Y 23 ppp 5 v Q Far End Line Status 4 5 m a 5 e on e gt O Current Far End Line Status penc na pep Pe Q Total Far End Line Status 5 ppp 5 gt 15 pans v 25 ponts 6 ppp 5 v 16 ppp S v 26 ppp 5 7 ppp v 17 ppp s v 27 ppp s v 8 ppp v 18 ppp s Y 28 ppp s Y 3 ppp v 19 ppp s v 29 ppp s v 10 ppp 20 ppp Y 30 ppp s v submit Figure 87 T1 E1 Channel Assignment In the Modify Channel Assignment section of the T1 E1 Link Configuration window you can change selected DSO channels to carry in band management information over Frame Relay or PPP links You can use the buttons at the top of the window to modify all 30 timeslots at once Or you can use the 30 drop down menus to modify selected timeslots individually Click Submit to apply your changes for individual links View Line Status There are two types of line status statistics that you may view in the T1 E1 Link Configuration window Near End Line Status and Far End Line Status Near End Line Status Click on Current Near End Line Status to view statistics for current near end per formance Click on Total Near End Line Status to view statistics totals for n
3. 9 SHMP Tools B IDSL Report 0 87 Network Database IP Routing i Operator Action Alarm Summary View PPP Configuration System Log HB amp a T1E1 Port Configuration E T1E1 Reports Re Discover Card C Shift R Ping Ctr P ber of Aaims Figure 91 3196RC Configuration Menu Display iDSL Map Layer See Viewing the iDSL Map Layer on page 125 e Display T1E1 Map Layer See Viewing the T1 E1 Map Layer on page 124 Card Overview Shows information for Box Status Card Info and Alarm Info Alarm Parameter Configuration See Configuring Alarms through a Card in the Chassis on page 48 e Card Front Panel GUI See Viewing the Front Panel on page 107 Card System Clocking See Configuring Card System Clocking on page 54 Card System Configuration See Configuring the Card System on page 107 Introduction 106 FS6300 NMS User Manual 7 Configuring the 3196RC Card Ethernet Overview See Configuring Ethernet Settings on page 109 Events and Alerts See Viewing Events and Alerts on page 62 e iDSL Port Configuration See Configuring iDSL Ports on page 110 iDSL Report See Viewing iDSL Reports on page 113 IP Routing See Configuring IP Routing on page 114 Operator Action See Managing Operator Actions on page 60 PPP Configuration See Configuring PPP on page 116 e System Log See Vi
4. MM 16 RE 16 Common User Tasks cesactoneteniei tenete imet ei ener o E ERI ter ente 16 Dunsmeu die NM Sever EUR DUX co tenete TT T 17 Bringing up die NMS Client trom Windows XD eere eere e IURE 17 CO T Cici TT 17 R T TTT a T 18 Configuring yout password before connecting tothe T 18 Conecte paso litis ERE eats 18 Toues 0 a toe E uut ae tained E te iets es uo eur Mercer diet hee teu 19 A cec e Le OP eM T 21 O 21 TR bo ee een Td E 22 Crescas a backup file of thedatabaseu eer a nee E EE ARR E E E A ERR 22 Scheduling a policy to backup the database rete aee dee de ERE UE oa 22 2 Discovering Your QS DS TTT D SQOGOUCHPCODOCHOCODOGHOCEDOCORCHOOODOGEEGEUCEHECHGOGOEGHEGECUGEECUROQUHGHEGEHOGEOGODORHEGHECHHEGHOCOREGEECHECOHECHUOOOCOHEGEG 24 lig EE 25 IEIZ oHG Se Dc n e A es eer ea Re A A E reer ere eer 25 I R E T Container Berore Total DECOY nda cu eer se ERI e 25 O 26 MA A ccrte er E E A E p Viene and Dele Conan ii 28 Defining Containers Dues Multiple Carl Cont ion e 29 Contouring Tarual cora a eee eee eU EUR x eae eee 31 Starting the Discovery PfOGeSS eerte pico 32 VAE Ee D E RT C LEE 32 Configure Discovery ofS pee Leo esce eie E UE REA eee 33 SE E AT mec doc cep dec d eT M TTE 34 Cantina Discovery of SNMP E ceo TREND NEUE Sea E dI 35 Addins a Devic o iy ETIN URL 36 Stopping Rearing a Discovery Progese cocco eet eed e EERE 37 Re Discovenug Already Discovered TR 38 FS6300 NMS User Manual Table of Contents Re
5. Figure 41 Card Menu gt Card System Clocking The System Clocking window displays Configuring Card System Clocking 54 FS6300 NMS User Manual 3 Configuring Alarms and Clocking 2 Click on View System Clocking in the menu tree on the left side of the screen From this window you can view and verify the configuration settings for the card s entire clocking system including whether any fail ures have occurred and if any clock related alarms are active O system Clocking K y m Clocking E O Modify System Clocking Module Clocking Mode System Clocking Status Clock Reference Module Clocking Source Primary Reference an 0 0 Fallback Reference an D 0 Clocking Status Clock Source Unknown 0 Fallback Indication Clock Status No Alarm Failures Clock Source State No failures Internal 200 External 300 Master Clock Secondary Clock Refresh Figure 42 View System Clocking 3 To change any of the card s clocking paramters click on Modify System Clocking in the menu tree on the left side of the screen O system Clocking O View System Clocking Modif em Clocking System Clocking Configuration Clock Reference Slave 3 Main Reference Fallback Reference Clock Source ImasterClk 3 Fallback Indication InActive Clock Status No Alarm No failures Clock Fallback disable Clock Auto Recover jenable
6. ForeSight 6300 Network Management System User Manual Sales Office 1 301 975 1000 Technical Support 1 301 975 1007 E mail support patton com WWW www patton com Part Number O7MFS6300 GS Rev B Revised February 29 2012 Patton Electronics Company Inc 7622 Rickenbacker Drive Gaithersburg MD 20879 USA Tel 1 301 975 1000 Fax 1 301 869 9293 Support 1 301 975 1007 Web www patton com E mail support patton com Trademark Statement The term ForeSight is a trademark of Patton Electronics Company All other trade marks presented in this document are the property of their respective owners Copyright 2012 Patton Electronics Company All rights reserved The information in this document is subject to change without notice Patton Elec tronics assumes no liability for errors that may appear in this document Warranty Information The software described in this document is furnished under a license and may be used or copied only in accordance with the terms of such license For information about the license go to www patton com Patton Electronics warrants all NMS components to be free from defects and will at our option repair or replace the product should it fail within one year from the first date of the shipment This warranty is limited to defects in workmanship or materials and does not cover customer damage abuse or unauthorized modification If the product fails to perfor
7. submit Figure 106 T1 E1 Channel Assignment In the Modify Channel Assignment section of the T1 E1 Link Configuration window you can change selected DSO channels to carry in band management information over Frame Relay or PPP links You can use the buttons at the top of the window to modify all 30 timeslots at once Or you can use the 30 drop down menus to modify selected timeslots individually Click Submit to apply your changes for individual links View Line Status There are two types of line status statistics that you may view in the T1 E1 Link Configuration window Near End Line Status and Far End Line Status Near End Line Status Click on Current Near End Line Status to view statistics for current near end per formance Click on Total Near End Line Status to view statistics totals for near end performance e Far End Line Status Click on Current Far End Line Status to view statistics for current far end perfor mance Click on Total Far End Line Status to view statistics totals for far end performance Note Refer to the 3196RC Adminsitrator s Reference Guide for detailed information about line status statistics Configuring the T1 E1 Ports 123 FS6300 NMS User Manual 7 Configuring the 3196RC Card Viewing T1 E1 Reports Click on T1E1 Reports to view and print different reports about the activity line interface settings and test settings of T1 E1 links on the 3196RC card Click the Print b
8. 131 View Line Statistics ti 131 Configure DSO Settings Um 131 Edit Tet en a dba 132 Configuring IP TTT 133 Adding Route ub iccirco pin HE EH E E EEA EEE 134 Modifying ROUTES nd tee eei dui de pug ODE 134 RTT 1 EE 135 Copnenrine SOP latentaces quac eus lora iia 135 Configuring SDH Paths isso di 136 Connorin SDE ia eb onse dette aia 137 Aoc unti Aana Stee RM 137 FS6300 NMS User Manual Table of Contents Vienano OS Sra ITEM 137 Viewing IET E 138 9 Confignring ChassiS M 139 Ie oido 140 Chassis Configuration Menuda 140 viemos the Chath 0 O E D 141 Viewing the Card Layer Mapa Ria 142 10 Contacting Patton for assistance sscsssssssssssssesscesssssssssssssnssesssessssesssssssssscssssessossacsescassssnssessossossassossasees 143 Introducido 144 Contact informatio Mm 144 Patton support headquarters in the SA conecte Petre pee deis caido ente IE FOL aana 144 Alternate Patton support for Europe Middle East and Africa EMEA seen 144 Warranty Service and Returned Merchandise Authorizations RMAs esee entente 144 WMattanty Coverages eeteeie ie tert atu a o e e an de EL Mobs dbs D ORI 144 itol waaay SERVE eoi cen reet pee re ee TR EORR REGERE E te E REN ERR RARE RAT ie e eR Merida 145 PU tor T S eara actas 145 Return for eredit policy io otra f rete ao eee e RETE eet eu e tu nie ade 145 jim ME 145 Shippine InstFuCHols A ia 145 List of Figures CON AV KRW nm mR BR
9. Modify G Refresh Figure 83 PPP Link Configuration 4 Edit the desired options PPP Protocol The desired kind of PPP protocol ppp ipcp 1 point to point protocol ppp bcp 2 bridge control protocol Authentication Technique The login technique to use for authentication none 0 No authentication will be used pap 3 password authentication protocol will be used chap 4 challenge handshake authentication protocol will be used chapORpap 5 chap will be negotiated first if that fails pap will be attempted Configuring PPP 95 FS6300 NMS User Manual 6 Configuring the 3096RC Card Authentication Side The side of the link which will be authenticating local 1 local server will be authenticating Remote needs to log into local server remote 2 remote server will be authentication Local needs to log into remote server Authentication Username and Password The username and password that will be sent to the remote side if the remote machine is authenticating MRU The setting for Maximum Receive Unit MRU used for the PPP negotiation IP Address The IP address that will be used for the PPP link IP Mask The IP mask that will be used for the PPP link IP Compression Set whether Van Jacobson vj tcp 2 header compression is used or not none 1 IP Force Next Hop The IP address of the interface which should be the next hop for the packets f
10. Select one or more options below Y AutoDiscovery Re Discuver Already Discovered Discover Local Network Sot Discovery Interval Discovery Interval 16 the wait between discovering devices in seconda and takes values greater than or equal to zero If the value assigned is less than zero 6300 NMS replaces this wm 10 seconds Discovery Interval in seconds N Cant Ha maia E ooo Click on the button to configure the Initial Parameters aiai parameters Click on the button to configure the Rodiscowory process C Rouiscovery Figure 22 Re Discover Already Discovered 3 Click Apply This change will take place the next time the NMS goes through the re discovery process See Scheduling Rediscovery on page 39 Re Discovering Cards Manually You should re discover cards after changing a card s configuration or if you have added a new chassis or devices to the network To manually re discover cards 1 Right click on the device icon You can do this in the Geographical Area Network Node Chassis or Card sections of Network Maps 2 Select Re Discover Cards from the pull down menu A window displays with information about the card s including IP address netmask and SNMP Agent port 3 Click Re Discover A message displays at the bottom of the box This action will take a few minutes Please watch the status message Status Re discovering zz Patton Re Discover Card s BBE Card Details Cards 19
11. Chapter contents shee aU a epee le edito a POUGRE Coneuration Nen coegi USC U ES me UR EUR EE EE HT DAE T E oie taa ET the Card Tai Modir System Pare rele cete ten PR RETE e nU RAPINIS Mies System A ccelo ocn tud rte UM LU LU rdiet esce G Vania ON Ea Mies ME and HTI P TT A a Modi Edene T ge CMT T MEE Kr E sri jur M C Contigoups 1P RONIE ehem e Le eee e ee M DE eret AL DELI M reir Pb RESI E DI LI D E ee A AlGich tn SENG Waker OC eere erede Mes Meere dude Meter He Configunas PPP uice eiii Modify PPR Link Connon ione ie eet eU EDEN Mody sel ld o cc ee erectos E E E AE RE e Mtem Contigunas the TIEI FOIS uH its Qc mI NI QUU e a Cen E Modify Line lmterfice S ebtingo tete e ee te te EATUR Ee Rodi Ws Sedo E re tec m C Hp Mr TD eter Ncc ee hannel Asena MEn ee e eA ees ee hus e il RAE View Line SETS A nei I E EM E Viewing RR cec tete eS Re ID EUER EE ema ees hr Juri MICHEL T C EE 67 FS6300 NMS User Manual 5 Configuring the 2616RC Card Introduction The Patton Model 2616RC is a digital cross connect with 16 T1 E1 ports There are several ways to reach the configuration menu for the 2616RC card Click on Network Maps in the main menu tree then click on Chassis Right click on the 2616RC icon Navigate to Network Database Managed Objects Cards in the main menu tree then right click on the IP address of the card in the table in the main window The best way to reach the configuration menu for
12. Sending a request for a line loopback e dsx1SendResetCode 4 Sending a loopback termination request Error Injection Force an output error to see if the other end detects it Yellow Alarm Severity Critical Major Minor Info Ignore Red Alarm Severity Critical Major Minor Info Ignore 3 Click Submit to commit your changes Configuring the T1 E1 Ports 122 FS6300 NMS User Manual 7 Configuring the 3196RC Card Modify Channel Assignments WB T1E1Link Details View Configuration O Line Interface Settings Set All Channels To View Line Interface Settings Modify Line Interface Settings L Es f2 EEE f Frame Balay O Test Settings View Test Settings Modify Channel Assignment Modify Test Settings 1 ppp 5 y 11 ppp 5 v 21 ppp 5 Y Modify Chan e PT g 9 Q Near End Line Status 2 ppp s ba 12 ppp s Y 22 ppp s v Current Near End Line Status Total Near End Line Status 3 ppp x 13 ppp Y 23 ppp 5 v Q Far End Line Status 4 5 m a 5 e on e gt O Current Far End Line Status penc na pep Pe Q Total Far End Line Status 5 ppp 5 gt 15 pans v 25 ponts 6 ppp 5 v 16 ppp S v 26 ppp 5 7 ppp v 17 ppp s v 27 ppp s v 8 ppp v 18 ppp s Y 28 ppp s Y 3 ppp v 19 ppp s v 29 ppp s v 10 ppp 20 ppp Y 30 ppp s v
13. amp Print U Export to Excel Figure 79 3096RC G SHDSL Reports 92 FS6300 NMS User Manual 6 Configuring the 3096RC Card Configuring IP Routing ou may configure a host and routes for the 3096RC through the FS6300 NMS The IP Overview window shows details for routing destinations and includes information for gateway cost interface protocol and state of each route 1 ES6300 Ip Overview on IP Routing Overview Destination 0 0 0 0 0 0 0 0 19241 58 3 88 l user 2 192 168 3 0 255 255 255 0 0 0 0 0 local 1 Add Refresh X Close Export To Excel Note To Modify Delete an existing IP Route select a row in the IP Route Details table In the window that pops up make the required changes and submit Figure 80 3096RC IP Overview The table in the IP Overview window shows a list of defined routes for the 3096RC and includes the follow ing information for each entry Destination The destination IP address of this route An entry with a value of 0 0 0 0 is considered a default route Mask The mask that is logical ANDed with the destination address before being compared to the value in the Destination field Gateway The IP address where the packets should be forwarded Cost The cost of the route as defined by RIP standards Cost is sometimes considered to be number of hops Interface The index value that uniquely identifies the local interface through which the
14. disabled 2 disable link compression Allow Magic Number Negotiation Determines if magic number negotiation should be done enabled 1 enable magic number negotiation e disabled 2 disable magic number negotiation IP Filters This option is not modifiable through the FS6300 NMS Refer to the card s Administrator s Reference Guide for more information on IP filtering 5 Click Modify to apply your changes Configuring PPP 75 FS6300 NMS User Manual 5 Configuring the 2616RC Card Modify Default Packet Settings You may modify the default PPP settings that each PPP link will take when first initialized See Modify PPP Link Configuration on page 74 for modifying settings for individual links To modify default packet settings for PPP links l Right click on the card in the main window and select PPP Configuration The PPP2616 window dis plays 2 Select Modify Link Configuration O ppp View Default packet settings Modify Default Settings Modify Default packet settings E PPP View Default packet settings Authentication Technique bo v Authentication Side local 1 lt Authentication Password MRU 500 Link Compression disabled 2 M Allow Magic Number Negotiation disabled 2 lt cmon po Modify Refresh Figure 65 PPP Default Packet Settings 3 Edit the desired options Authentication Technique The login technique to use for authentication none 0 No authentica
15. loss 1 id 0 loss 4 notLocked 2 None down operationa poor O 0 yes 1 asm Train loss 1 walid 0 loss 4 notLocked 3 None down operationa poor 0 0 yes 1 asm Deac loss 1 valid O loss 4 notLocked 4 None down operationa poor 0 0 yes 1 asm Deac loss 1 valid loss 4 notLocked 5 None down 0 operationa poor 0 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked B None down 0 operationa poor 0 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 7 None down 0 operationa poor 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 8 None down 0 operationa poor 0 yes asm Deac loss 1 valid loss 4 notLocked 9 None down 0 operationa poor 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 10 None down 0 operationa poor 0 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 11 None down operationa poor D 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 12 None down operationa poor D 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 13 None down 0 operationa poor D 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 14 None down 0 operationa poor O 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked 15 None down 0 operationa poor D 0 yes 1 asm Deac loss 1 walid 0 lloss 4 notLocked 16 None down 0 operationa poor D 0 yes 1 asm Deac loss 1 walid 0 loss 4 notLocked
16. on page 18 Table 1 Troubleshooting messages Why am getting this This pop up message is displayed when you log on to the Application Client for the first time only if this has been enabled by your administrator What do I do Refer to Configuring your password before connecting to the client on page 18 for the procedure Your password has expired Would you like to reuse the old password or configure a New password Your password has expired You can either set a new password or retain the old password Click Reuse to keep the same pass word and for the same expiration period configured before Click Configure to enter a new password Refer to Configuring your password before connecting to the client on page 18 for the pro cedure e If you do not have the permission to set your password contact your system administrator This User account has Expired Please contact the Administrator for further details Your user account has expired The user account is created by your sys tem administrator Contact your system administrator to renew your user account This User account is Disabled Please contact the Administrator for further details Your user account has been dis abled by your system administra tor Also if your consecutive login attempts fail for a certain number of retries number is configured by the administrator the user account is autom
17. Configuring PPP Click on PPP Configuration to view PPP links for the card You may also modify the link configuration and default packet settings for PPP links Modify PPP Link Configuration To configure PPP links for the card l Right click on the card in the main window and select PPP Configuration The PPP2616 window dis plays 2 Click on PPP View and select an entry to edit from the table The FS6300 PPP window displays 3 Select Modify Link Configuration O FPP view Modify Link Configuration Ppp ID Link Configuration PPP protocol ppp ipcp 1 View Link Configuration Modify Link Configuration Authentication Technique none D Y PPP Statistics TEES LCP Statistics Authentication Side local 1 v or lt Q Dat Authentication Username a Authentication Password MRU 1500 IP Address 192 hee hso IP Mask 255 265 ss bss IP Compression none 1 v IP Force Next Hop lo llo llo llo Link Compression disabled 2 Allow Magic Number Negotiation disabled 2 v IP Fitters Modify G Refresh Figure 64 PPP Link Configuration 4 Edit the desired options PPP Protocol The desired kind of PPP protocol ppp ipcp 1 point to point protocol ppp bcp 2 bridge control protocol Authentication Technique The login technique to use for authentication none 0 No authentication will be used pap 3 password
18. Viewing the G SHDSL Map Layer on page 104 e Display T1EI Map Layer See Viewing the T1 E1 Map Layer on page 103 Card Overview Shows information for Box Status Card Info and Alarm Info Alarm Parameter Configuration See Configuring Alarms through a Card in the Chassis on page 48 Card Front Panel GUI See Viewing the Front Panel on page 85 Card System Clocking See Configuring Card System Clocking on page 54 Card System Configuration See Configuring the Card System on page 85 Introduction 84 FS6300 NMS User Manual 6 Configuring the 3096RC Card Ethernet Overview See Configuring Ethernet Settings on page 87 Events and Alerts See Viewing Events and Alerts on page 62 G SHDSL Port Configuration See Configuring G SHDSL Ports on page 88 G SHDSL Report See Viewing G SHDSL Reports on page 92 IP Routing See Configuring IP Routing on page 93 Operator Action See Managing Operator Actions on page 60 PPP Configuration See Configuring PPP on page 95 e System Log See Viewing Modifying System Log Configuration on page 65 TIEI Port Configuration See Configuring the T1 E1 Ports on page 99 e TIEI Reports See Viewing T1 E1 Reports on page 103 e Re Discover Card See Re Discovering Cards Manually on page 38 Ping Displays a status message after pinging the interface Viewing the Front Pan
19. Card Parameters ChassislD Network IP 24 192 168 24 0 Y Q Refresh SNMP Passwords Record Current Configuration 192 168 24 3 lv Enter Data Use SelectionList Geographic Area ID Geographic Area Name Network Node ID Network Node Name Chassis ID Chassis Name System Manager System Location Chassis Type 2U Chassis 2 Update NOTE Please verify all inputs before applying changes Figure 28 Multiple Card Configuration Card Parameters Configuring Multiple Cards 42 FS6300 NMS User Manual 2 Discovering Your Network 3 Select the subnet you would like to update from the Network IP drop down menu The list on the right side of the screen shows the IP addresses of all the devices discovered on that specific subnet Enter the information you would like to update on the subnet for the following fields Geographical Area ID Integer that identies the geographical area Geographical Area Name Descriptive name of the geographical area Network Node ID Integer used to identify the node on the network Network Node Name Descriptive name of the node Chassis ID Integer used to identify the chassis on the network Chassis Name Descriptive label for the chassis System Manager Name of the person managing this subnet on the network System Location Descriptio
20. Introduction PE Patton Object Details Object Properties groupHame default BackUpClassHames idbc BackUpImpl name WebHMSBackUpPolicy2 status Enabled v OK Schedule Close Help Figure 4 Policy Details 4 Table 2 describes the fields for adding a new 6300NMSBackup policy Table 2 FS6300 NMS Backup Policy Properties Property Description groupname Specify the name of the group to which the policy belongs If default is specified the policy does not belong to any group You can execute different policies at the same time by associating them with a common group name name Displays the name of the backup policy This field cannot be edited BackUpClassNames Specify the class name implementing the backup interface Status Specify whether the status of the policy is Enabled or Disabled The policy can be executed only when it is Enabled 5 Click Schedule in the Object Details window The Policy Scheduler window displays Select the radio buttons for Dates or Days depending on what your policy schedule will be based on You can select all dates days and hours or specific selections Click on the box of the day date or hour to make your selec tion Then click OK Policy Scheduler Schedule Policy based on Dates Days Select Days for scheduling policy Select the Scheduling Hours O Select A
21. off 8 off 0 r1984 31 noError 0 14 None idle 0 idle 0 off 9 off 0 r1984 31 noError 0 15 None idle 0 idle 0 off 8 off 0 1984 31 noError 0 18 None idle 0 idle 0 off 8 off 0 1984 31 noError 0 NOTE Click on Port ID to open Configuration Details window Activating Deactivating All Ports Figure 75 3096RC G SHDSL window Click the Activate All Ports button to train all of the G SHDSL ports on the card Click the Deactivate All Ports button to turn off all of the G SHDSL ports on the card Configuring G SHDSL Ports 88 FS6300 NMS User Manual 6 Configuring the 3096RC Card Configuring Individual Ports To configure an individual port click on the port in the table to bring up the Port Configuration window From the port Configuration window you can edit the port s configuration view port information edit CO CPE options and edit the line rate Edit Configuration Click on Edit Configuration in the menu tree of the Port Configuration window Circuit ID Desired State and Test Mode are configurable 1 2 3 4 Enter the Circuit ID in the text field Select idle or dataMode from the Desired State drop down menu Select a loop or off from the Test Mode drop down menu Click Modify to save your changes O GSHDSLPortview General Info And Activation State Info Fifo Info And DataPath Info 9 O CO Options Q View CO Options Q Modify CO Options Line Provisi
22. 3096RC icon Navigate to Network Database Managed Objects Cards in the main menu tree then right click on the IP address of the card in the table in the main window The best way to reach the configuration menu for a card is to select the card in the main menu tree then right click on the card s icon in the main window 3096RC Configuration Menu The following options are available in the pull down menu for the 3096RC card i FS6300 Web HMS E a Applications B SE Hetwork Maps 8 Failed Systems B FS6300 Geographical Areas B Geographical Area 1 TUNIS E O Hode_4 KASBAHLGD 6 Geographical Area 3 THREE o MM Gi Chassis _1 6U Display T1E1 Map Layer Eg Geographical Area_4 FOUR i i E 63 Geographical Area 2 TWO a Fault Management ui Performance Y 9 SNMP Tools 8 Network Database A Administration Tools e Chassis 1 6U 192 168 3 0 Alarm Parameter Configuration Card FrontPanel GUI Card System Clocking Card System Configuration Ethernet Overview Events And Alerts GSHDSL Port Configuration GSHDSL Report IP Routing Operator Action PPP Configuration System Log T1E1 Port Configuration T1E1 Reports Alarm Summary View amp o C Figure 71 3096RC Configuration Menu Re Discover Card Ctri Shift R Ping Mumberof Aims LE Display G SHDSL Map Layer
23. Alarm Details window appears Click on the Alarm System Overview to view information about the alarms Fs6300 Alarm Details System O Q Modify Parameters Total Ho Of Alarms Present FS6300 Alarm System Overview Alarm Name Alarm Severity Time Since Alarm Count Generate Bede Board Over Temperature minor 6 D hours O minutes O seconds noAction Q Blade Main Clock Fail major 5 O hours O minutes 0 seconds noAction O Blade Fallback Clock Fail mejor 5 O hours O minutes O seconds noActio D SDH Section LOS Alarm major 5 O hours O minutes 0 seconds noAction 0 SDH Section LOF Alarm major S 0 hours O minutes 0 seconds noAction 0 SDH Section RTIM Alarm major 5 0 hours O minutes 0 seconds noAction 0 SDH Line AIS Alarm major 5 O hours O minutes O seconds noAction 0 SDH Line RDI Alarm major 5 O hours O minutes 0 seconds noAction 0 PATH1 AIS Alarm major 5 0 hours O minutes 0 seconds noAction 0 PATH1 RDI Alarm major 5 O hours O minutes 0 seconds noAction O PATH1 LOP Alarm major 5 0 hours O minutes O seconds noAction 0 PATH1 SLMM Alarm major 5 O hours O minutes O seconds noAction O 1 F B 4 5 B 7 8 Note Please click on the Alarm you want to modify C refresh X Close Clear All Alarms amp Print Figure 33 View Alarm Details Alarm System Overview The Alarm System
24. Channel Assignment Send Code dsx1 SendNoCode 1 Y 9 Q Near End Line Status Current Near End Line Status Error Injection noErrorinjection 0 v Total Near End Line Status Q Far End Line Status Current Far End Line Status Yellow Alarm Severity critical 4 bad Total Far End Line Status Red Alarm Severity critical 4 v Figure 67 T1 E1 Test Settings 1 In the T1 El Port Configuration window for the selected link click on Modify Test Settings 2 Edit the desired options Force Yellow Alarm The standard used to transmit and identify the Yellow Alarm linkYellowAuto Do not force the transmission of a yellow alarm But yellow alarm may be automat ically transmitted linkYellowOn Force the transmission of a yellow alarm even if the received signal is in frame e link YellowDisable Do NOT transmit a yellow alarm even if the received signal is out of frame Loopback Configuration The loopback configuration of the DS1 interface e dsx1 NoLoop 1 Not in the loopback state A device that is not capable of performing a loopback on the interface shall always return this as it s value e dsx1 PayloadLoop 2 The received signal at this interface is looped through the device Typically the received signal is looped back for retransmission after it has passed through the device s framing func tion e dsx1 LineLoop 3 The received signal at this interface does not go through the device minimum p
25. Configuring Alarms through a Card in the Chassis on page 48 Card Front Panel GUI See Viewing the Front Panel on page 69 Card System Clocking See Configuring Card System Clocking on page 54 Card System Configuration See Configuring the Card System on page 69 Introduction 68 FS6300 NMS User Manual 5 Configuring the 2616RC Card Ethernet Overview See Configuring Ethernet Settings on page 71 Events and Alerts See Viewing Events and Alerts on page 62 IP Routing See Configuring IP Routing on page 72 Operator Action See Managing Operator Actions on page 60 PPP Configuration See Configuring PPP on page 74 e System Log See Viewing Modifying System Log Configuration on page 65 e TIEI Port Configuration See Configuring the T1 E1 Ports on page 78 e TIEI Reports See Viewing T1 E1 Reports on page 82 e Re Discover Card See Re Discovering Cards Manually on page 38 Ping Displays a status message after pinging the interface Viewing the Front Panel Click on Card Front Panel GUI to view the front panel of the card in real time FS6300 2616RC T1E1 CONNECTION 1 8 0 4 6 6 ON T TTuTTU W DEST Y ET 3 6165 250W AC POWER SUPPLY 9 10 1 12 13 14 15 16 Figure 58 2616RC Front Panel LEDs Configuring the Card System Click on Card System Configuration to configure system parameters You can also view the system
26. Configuring Ethernet Settings 87 FS6300 NMS User Manual Configuring G SHDSL Ports 6 Configuring the 3096RC Card Click on G SHDSL Port Configuration in the pull down menu to bring up the G SHDSL window The G SHDSL window shows the number of G SHDSL ports available linked ports failed ports training ports ports in test mode and ports downloaded G SHDSL Port Configuration Number of gsDSL Ports Available Number of gsDSL Ports Failed Number of gsDSL Ports in Test Mode Y Activate All Port Q Deactivate All Ports Q Refresh 16 D Number of gsDSL Ports Linked Number of gsDSL Ports Training Number of gsDSL Ports Downloaded 16 Circuit ID Desired State Test Mode Test Pattern Payload Rate Error Code 3 None idle 0 idle 0 off 9 off 0 r1984 31 noError Q 4 None idle 0 dle 0 off 9 Totto 1884 31 noError 0 5 None idle 0 idle 0 off 9 Totto 1884 31 noError 0 6 None idle 0 idle 0 off 3 Jotto 1884 31 noError 0 7 None idle 0 idle D off 3 off a 1884 31 noError 0 8 None idle 0 idle 0 off 3 off 0 1884 31 noError 0 9 None idle 0 idle 0 off 9 off 0 1884 31 noError 0 10 None idle 0 idle 0 off 9 off 0 1984 31 InoError O 41 None idle 0 idle 0 off 9 off 0 r1984 31 noError 0 12 None idle 0 idle 0 off 8 off 0 r1984 31 noError 0 13 None idle 0 idle 0
27. DAC Web Settings enableGraphics 1 Monitor Privilege jreadonly 2 l M Stats Refresh Rate lratesmint300 Front Handle Reset lenable 1 Modify Refresh Figure 93 Modify Card System Parameters 1 Select to enable or disable graphics from the Web Settings drop down menu 2 Selecta privilege option for configuring the card through the NMS from the Monitor Privilege drop down menu 3 Select how often you would like to refresh statistics information from the Stats Refresh Rate drop down menu Select to enable or disable front handle reset from the Front Handle Reset drop down menu 5 Click Modify to save your changes Click Refresh View System Status Click on View System Status in the Card System Configuration window to see an overview of the physical sta tus of the card and the system status View System Status shows information about the handle switches front rear LEDs alarm and clock LEDs and the board temperature View System Status Details Click on View System Status Details in the Card System Configuration window to see information on CPU statistics Message Block statistics Memory statistics Manufacturer details and the Enclosure System temper ature View Ethernet Status Click on View Ethernet Status in the Card System Configuration window to see the LEDs and speeds of the card s Ethernet ports View SNMP and HTTP Parameters Click on View SNMP and HTTP Parameters in the Card
28. Ethernet Overview window to view statistics for the Ethernet ports on the device such as errors and frame stats Configuring Ethernet Settings 130 FS6300 NMS User Manual 8 Configuring the 6511RC Card Configuring E1 Links Click on E1 Link to configure the line interface alarm status DSO settings and test settings Edit Line Interface Settings Click on Line Interface under Current Configuration in the menu tree for the E1 Link window then select the links you want to edit from the TUG3 TUG2 and TU drop down menus Make the desired changes then click Submit View Alarm Status Click on Alarm Status under Current Configuration in the menu tree for the E1 Link window then select the links you want to view alarms for from the TUG3 TUG2 and TU drop down menus View Line Statistics You can view Current Past and Total Line Statistics for a link Navigate to Near End Line Statistics gt Cur rent Near End Line Statistics gt History or Near End Line Statistics gt Totals in the menu tree for the El Link window then select the links you want to view from the TUG3 TUG2 and TU drop down menus Configure DSO Settings Click on DSO Configuration gt Details in the menu tree for the El Link window then select the links you want to configure from the TUG3 TUG2 and TU drop down menus see Figure 114 on page 131
29. Events Actions Save To File Export Events Print e Fault Management Alarms Custom Views Add Remove Modify Fault Management Alarms Edit Delete Pick Up UnPick Clear Search Fault Management Alarms View Delete Details Events Refresh Fault Management Alarms Actions Save To File Export Events Performance Configured Collection View Plot Current Statistic Plot Collected Statistic Refresh Network Database View Details Events Alarms Statistics Refresh Network Database Object Varies depending on object type Administration Tools Policies Policy Add Policy Search Refresh Administration Tools Policies Edit Update Policy Delete Policy Execute Policy Stop Policy Also right clicking on a device in the main window will display a menu of options available for that specific device Logging out of the Application Client To log out perform any of the following procedures From the SetUp F menu at the top of the screen choose Exit Press Alt F4 A Confirmation Message dialog box is displayed Click Yes to quit the client Note Do not use the X button to close the client Always use the Exit option Using the X button may lock the user out of the system Using the NMS Menus 21 FS6300 NMS User Manual 1 Introduction Backing Up the Database The FS6300 NMS provides a tool for backing up the database You may also create a policy to ba
30. FS6300 NMS Backup Policy Properties 13 About this guide The Patton ForeSight 6300 NMS User Manual helps you configure basic operations for the FS6300 Network Management System NMS For more detailed information about configuring advanced features see the ForeSight 6300 NMS Administrators Reference Guide Audience This guide is intended for the following users Operators Installers Structure This guide contains the following chapters and appendices e Chapter 1 on page 15 provides basic information on NMS features and functions e Chapter 2 on page 24 provides information on discovering your network Chapter 3 on page 46 provides information on configuring alarms and clocking e Chapter 4 on page 57 provides information on configuring and managing individual devices e Chapter 5 on page 67 provides basic information on configuring the 2616RC card e Chapter 6 on page 83 provides basic information on configuring the 3096RC card e Chapter 7 on page 105 provides basic information on configuring the 3196RC card e Chapter 8 on page 126 provides basic information on configuring the 6511 RC card e Chapter 9 on page 139 provides information on configuring a chassis e Chapter 10 on page 143 provides information on contacting Patton technical support for assistance For best results read the contents of this guide before you install the NMS 14 Chapter 1 Introduction Chapter contents O dd REE E lidad 16 FSGS O
31. I col R ET 144 Alternate Parton support tor Europe Middle East and Africa EMEA tia 144 Warranty Service and Returned Merchandise Authorizations BJVIAS oreet ectet ttes 144 KET COMETS E E TA hides uu tentedue mue di eR 144 Rire mU C ail s EE ener eerste 145 IE T am Lo d Tc m T 145 Berat fancredit palicy emri onena an e a E UO BU RUIN EE 145 Io T o cce core Me a SES e MM MM ence i p 145 ST T e e ee cedo er au A see eae UNIS UE ER MU 145 143 FS6300 NMS User Manual 10 Contacting Patton for assistance Introduction This chapter contains the following information Contact information describes how to contact Patton technical support for assistance Warranty Service and Returned Merchandise Authorizations RMAs contains information about the warranty and obtaining a return merchandise authorization RMA Contact information Patton Electronics offers a wide array of free technical services If you have questions about any of our other products we recommend you begin your search for answers by using our technical knowledge base Here we have gathered together many of the more commonly asked questions and compiled them into a searchable database to help you quickly solve your problems Patton support headquarters in the USA Online support available at www patton com e E mail support e mail sent to support patton com will be answered within 1 business day Telephone support standard telephone supp
32. Options win dow appears It shows the card model IP address and software revision of the card F 6300 Reset Options Pz FS6300 NMS 10 Operator Actions Record Current Configuration O Hard Reset O Set Factory Default Configuration Click Record Current Configuration Button to record recent changes in the card 9 Record Current Configuration Figure 47 Record Current Configuration 3 Select Record Current Configuration from the menu tree in the Reset Options window Click the Record Current Configuration button Reboot the device To reboot a chassis or card l In the main menu tree under Network Maps navigate to the Chassis or Card Slot 2 Right click on the card s icon in the main window and select Operator Action The Reset Options win dow appears It shows the card model IP address and software revision of the card FS6300 Reset Options Operator Actions Q Record Current Configuration t Hard Reset Set Factory Default Configuration WARHING This option will reboot the system If you want to continue click the Hard Reset button e Hard Reset Figure 48 Hard Reset 3 Select Hard Reset from the menu tree in the Reset Options window Managing Operator Actions 60 FS6300 NMS User Manual 4 Configuring and Managing Devices 4 Click the Hard Reset button the original factory settings After resetting these values the sys tem will continue to functi
33. Overview window shows the entire alarm system including the following information for each alarm Alarm Name Alarm Severity Time Since Alarm Count the number of times this alarm has occurred since being cleared Configuring the Alarm Trap Manager 48 FS6300 NMS User Manual 3 Configuring Alarms and Clocking 3 Click on Modify Parameters to configure the alarms FS6300 Alarm Details Pz F36300 NMS O Alarms FS6300 Alarm Parameters Alarm System Overview Alarm Syslog Priority priorityinfo 20 Y Board Temperature Threshold Modify Parameters Current Board Temperature Alarm Trap Manager 1 Alarm Trap Manager 2 Alarm Trap Manager 3 Alarm Trap Manager 4 Modify Refresh Figure 34 Modify Alarm Details Modify Parameters Configure the F 6300 Alarm Parameters through the Modify Parameters window Alarm Syslog Priority Board Temperature Threshold Current Board Temperature Alarm Trap Managers 1 4 Click Modify to commit your configuration to the card You will need to record the configuration to save it to the card s volatile memory See Record the current configuration on page 60 Return to the Alarm Systems Overview screen Before the most severe active alarm is propagated to the icons in the NMS you must first do Steps 6 7 Click on the Clear All Alarms button You should receive a Configuration Result window indicat
34. P INN E a Hage eed S Sa E 59 Container EDS mele BNI acoso co ttu A ia 39 Record Current Conn guration e saeni sapt ra EER wana se AA E E DN A A nna WERN GA 60 48 49 50 Jl 52 53 54 39 56 57 58 29 60 61 62 63 64 65 66 67 68 69 70 74 72 73 74 T3 76 7I 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 Pard EET a s oa A Eg LI pu A N A ARA p tu germ 60 Set Factory Default Configuration 2 426 i0naccanepranene ones IN heb rere pede er a e genus 61 Card Events and Alerts oc possucdadus ea died 62 FS6300 Export Card Configuration window 2 59 irre re de REIR Eere ROI E TEE ER ERE 63 Export Complete mins A au e RUN E BER A IO ea recta aq Pi P eus 63 Import Card Configuration ise eene teme IR TRT AE eRe HUN wed Ed d cr esae ie d e Reb 59 64 essct EP CC T C rEn 64 Modify System Loe soprano 65 Set system Card ATAbnt Statue uo usd dup T so S efus tata tuted ed urbi dantur Rost pen A 65 2616RC Configuration Menu ic td bkn be ere epe bene Pedido ete i eedem d dae dentia 68 2016RG Front Panel LEDS ud feo dio daemd tpi A E da PIERII qud GR 69 Modify 2616RC Card System Patametemz a usus etie 9 0 00 HPV CU RULES whi RV ERU HERE ES 70 Modify 2616RC Ethernet D alidWietel iu osos ae pee Es reb dr T A A 71 2616RC IP Overview csceoceckeckkeechkeeec weeckEPORer Ya GU RR He Ee HW CR HR RP RH X T E 72 Add a New Route fot 26DORG sus care shih aceasta Se id Pied Rates quse edes Fe Modifying
35. Provisioning Reports Help Schedule Tasks Discovery Administration View Exported Card Configuration Firmware Upgrade Security Administration Figure 11 Tools Multiple Card Configuration l Click on Card Parameters in the menu tree on the left side of the screen FS65300 Hultiple Card Configuration Fe FS6300 NMS BB cand Config Card Parameters ChassisID_Network IP 11 182 168 5 0 v Refresh Q SNMP Passwords Q Record Current Configuration r 192 168 5 3 Ka TS 482468 54 y Enter Data CO Use SelectionList GESA Ha 192 168 5 2 192 168 5 20 Geographical Area ID 11 Geographical Area Name USA Node ID 32 Node Name MINNESOTA Chassis ID 21 Chassis Label TWOONEG System Manager JOHN DOE System Location TOP Chassis Type 4U Cha sis E Update NOTE Please verify all inputs before applying changes Figure 12 Multiple Card Configuration Card Parameters 2 Select the network address for the chassis in the drop down menu at the top of the window 3 You can modify containers by typing in the data or using drop down menus Select the checkbox at the top of the Card Parameters window for the option you want to use Enter the information you want to update on the subnet for the following fields or if you are using the Selection List you may
36. Q0 0 Min Priority for SysLog Daemon priorityDisable 1000 v Min Priority for Console RS 232 priorityDisable 1000 v Min Priority for Flash Storage priortySystem 80 v Min Priority for SNMP Trap Daemon priorityDisable 1000 v Min Priority for RAM priorityOddity 40 v Unix Facility disable 0 v Call trace disable 0 v Modify Q Refresh Figure 55 Modify System Log Changing Alarm Status To change the alarm status of a card Note There must only be one card on the entire chassis that is configured for alarm card monitoring 1 Click on System Card Information in the System Log window O system Log View SystemLogConfiguration System Card Information O Modify SystemLogConfiguration System Card Alarm Card Status Alarm Card Polling Mode doNotMonitor 0 v 2 Submit Q Refresh Hann Figure 56 Set System Card Alarm Status 2 Select an option for the card from the Alarm Card Polling Mode drop down menu 3 Click Submit Configuring Cards 65 FS6300 NMS User Manual 4 Configuring and Managing Devices Viewing LEDs To view the real time LEDs of a chassis or card 1 Navigate to Network Maps in the menu tree then right click on the card or chassis icon in the main win dow 2 Click on Chassis Unit GUI or Card Front Panel GUI 3 Agraphic of the front panel displays The LEDs are shown in real time Configuring Cards 66 Chapter5 Configuring the 2616RC Card
37. System Configuration window to see the SNMP version and passwords Configuring the Card System 108 FS6300 NMS User Manual 7 Configuring the 3196RC Card Configuring Ethernet Settings Click on Ethernet Overview to configure Ethernet settings You can also view Ethernet statistics Modify Ethernet Parameters If you only want to view the Ethernet parameters click on View Ethernet Parameters in the Ethernet Over view window To configure the Ethernet settings click on Modify Ethernet Parameters in the menu tree in the Ethernet Overview window see Figure 94 9 Ethernet Q view Ethernet Statistics Ethernet Parameters Configuration Q View Ethernet Parameters Modify Ethernet Parameters State linkIndicationt OODuplex 6 PrimarylpAddress 192 168 3 14 PrimarylpMask 255 255 255 0 PrimarylpFilters SecondarylpAddress Br 0 O 0 SecondarylpMask 0 0 0 0 SecondarylpFilters Technique static 1 v 2 Modify Q Refresh Figure 94 Modify Ethernet Parameters l Enter the main address and mask for the card in the Primary IP Address and IP Mask fields 2 The IP Filter needs to be provisioned through the card s configuration website For more information on setting up IP Filters refer to the Model 3196RC Adminstrator s Reference Guide 3 From the Technique drop down menu select static if you want to statically assign the IP address or select disable
38. Trace Message Len drop down menu For Trace J1 Byte enter the value your connected SDH network uses for the J1 byte in the SDH frame J1 only applies to 1 byte trace messages 6 In the Signal Label field enter the value your connected SDH network uses for the path signal label in the SDH frame 7 Click Submit Configuring SDH Mapper The SDH Mapper allows you to configure the E1 payload timing with regard to SDH timing To configure the SDH Mapper 1 Click on SDH Mapper Configuration in the menu tree of the SDH Configuration window SDH Configuration View Modify SDH Configuration SDH Mapper Configuration SDH Path Configuration SDH Mapper Configuration Payload Type Alarm Status Y Statistics TUG3 1 stmiMappedAsyncE1 0 Near End Statistics O Far End Statistics TUG3 2 stm MappedAsyncE1 0 v TUG3 3 stm1 MappedAsyncE1 0 Submit Q Refresh Figure 121 6511RC SDH Mapper Configuration 2 Select AsyncEl or ByteSyncEl to configure the payload type for the SDH Mapper The payload type indicates whether the El signals are asynchronous or synchronous with respect to SDH Select stm1MappedAsyncE1 0 so that the El 2 Mbits signals are not synchronized to the SDH signal Select stm1MappedBytesincE1 1 so that rate and framing of El signals are synchronized to the SDH signal 3 Click Submit Viewing Alarm Status To view SDH alarms click on Alarm Status in the menu tree o
39. Uu C eT M IM 52 GConfipunne Clocking SyDclironiz tioB eee iia 53 hebeshiuewhiealtiusaiterconusurnng cloaca n MIL 54 Continua Card System Cocking riti ai eee ROSE UBERTATE ee sad 54 Maia A evene eoe re dece E E E eU REE 56 a USE OUS RNUS IU E PAUSE ERHPQERESTIO EE 56 Clock Mute c EE 56 46 FS6300 NMS User Manual 3 Configuring Alarms and Clocking Introduction Before you can receive alarm indications you must first configure the alarms and clocking for the NMS When you discover your network for the first time there will be alarms because the synchronization clocking has not been fully configured yet Configuring the Alarm Trap Manager In order to configure alarms you need to configure the IP address of the NMS server which traps the alarm reports from each of the cards in the network By default the Alarm Trap IP address is 0 0 0 0 so no alarms are detected by the NMS You can configure the Alarm Trap Manager in two different ways by right clicking on a network node in the Geographical Areas section or by right clicking on a card in the Chassis section Configuring Alarms through the Network Node To configure the IP address for the Alarm Trap field for each card 1 From the menu tree on the left side of the screen select the Geographical Area for the node that you want to configure 2 In the main window right click on the Network Node then select Alarm Trap Manager The Configure Alarm Trap Manager window dispaly
40. a Route for 2616RC 122129 TEA ER poto tard rinda aa 73 PPP Link Conn uration ueno as 74 PPP Default Packet TTT 76 TET Link Configuration Window erresiren cede angen eel dados E ERA d ape aed Rua AL 78 TI El Vest Settings bm eee eme eee bee EREREF RE REP PR Ne Hered a 80 TIEN e Asten ood sii AA e Cia ite d etre cmd esca PAN Ib ded gear rg 81 2616RC TI El Reports aocescecerk re e memes wy TR RR RRR R ON ER REY re EP hee da 82 ZERO TUET Port Map 222221224093 AA ERG SUPE 82 3096RC Configuration Menu ceros ridad HI DE Per Ped 84 S09GRG Front Panel LEDS 2222330 epe rh ue Pu PEE Par S Pih dade STE ag PR MERE 85 Modity Card System Parameters 2525 oce imet eem desi ae se eee or ee N A gee A KER ARR es 86 Mod EthictietIaraimeter e 22022 52926 SR A aq SQ dB iui ed OL ARE Ado EA Sb akaa 87 3096RC G SEIDSL witdOw ics etse be gre E RO SER UD ERE TA WP NIS ER er EP IE 88 2096RG Edit G SEIDSL ConBeuratoB iex ecu pee te Cala cullen iia inar 89 3096RC Edit CO Options occ dex peto secte e on eek beer dos beca ed eee s rie reir ae Sedan 90 S09GRC Line Provision TOOL Soo rre dei aah Geb tO y EO QUE Meade died HEU SPEI Mia dea 91 3096RC G SHIDSL Reports iix eese podrida da er 92 S09GRG IP Oveniew rs rd aia 95 Adda New Route tor 3096RG 1 ederet eter t HERR eons Re UHR RE RAPIAT ERU E eere pr 94 Modifying a Route for 2096 RG 0 cca cee A e ERI Ced a Reda bed are b apo ipd Qd 94 PPP Link Configuration 22x39 ecmbtpDnR I RRERIERIATEPRRFEOEDUPI WO rr 95 PPP
41. alert is displayed requesting the admin to re enter the ID Name The NMS also verifies containers to prevent duplication of ID and name for the Network Node e Ifthe values entered are successfully verified and found to be unique these values are auto updated in the master list table mentioned with Option A above in the background 6300 NMS does not allow these records to be deleted from the 6300 Conatiner definition interface e All cards in the selected chassis are configured with the new container IDs figure 13 shows a visual representation of container IDs in the NMS CHASSIS 1 subnet of NN 1 Can be represented as i CA 1 NN 2 CHASSIS 1 CHASSIS ecce an CH2 NN 3 CHASSIS 1 GA NN1 CH2 NMS CHASSIS 1 NN 1 GA2 mp5 CHASSIS 1 CHASSIS 2 CHASSIS 2 CHASSIS 3 CHASSIS 4 Figure 13 Container IDs in the NMS Defining Containers 30 FS6300 NMS User Manual Configuring Initial 2 Discovering Your Network Discovery Parameters The Initial Discovery process is the first discovery process that is started as soon as the FS6300 NMS server loads To set initial discovery parameters 1 Click on Tools gt Discovery Administration at the top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the General tab then click the Initial Parameters button Discovery Administration DISCOVERY ADMINISTRATION Ta FS6300 NMS disc
42. and Chassis in your network When you configure multiple cards later you can refer to your master list of con tainers To reach the Container Definition window click on SetUp F 6300 Container Definition at the top of the screen SetUp F Tools Map Provisioning R Add Device 0 Ctrl O 6300 Container Definition Back C p hift B Forward Ctrl Shift F Exit Alt FA Figure 7 SetUp F 6300 Container Definition Overview 25 FS6300 NMS User Manual 2 Discovering Your Network Adding Pre Defined Containers To add containers in the NMS 1 In the Container window click on Add in the menu tree Pa FS6300 NMS O Fs6300 Containers O View LEES Select Geographical Area m rAdd Geographical Area Geographical Area ID Geographical Area Name Submit Figure 8 Add Container 2 From the drop down menu select which type of container you want to add You should add the Geo graphical Areas first then add the Nodes in that area then add the Chassis Labels in the Nodes Each Geo graphical Area Node Chassis combination is unique and may only be applied to cards in one chassis subnet Geographical Area GA The Geographical Area ID must be numerical and cannot be changed once it is added to the system However the Name may be modified at any time Node Name NN Add nodes in the network to a Geographical Area You may also add details such as system m
43. authentication protocol will be used chap 4 challenge handshake authentication protocol will be used chapORpap 5 chap will be negotiated first if that fails pap will be attempted Configuring PPP 74 FS6300 NMS User Manual 5 Configuring the 2616RC Card Authentication Side The side of the link which will be authenticating local 1 local server will be authenticating Remote needs to log into local server remote 2 remote server will be authentication Local needs to log into remote server Authentication Username and Password The username and password that will be sent to the remote side if the remote machine is authenticating MRU The setting for Maximum Receive Unit MRU used for the PPP negotiation IP Address The IP address that will be used for the PPP link IP Mask The IP mask that will be used for the PPP link IP Compression Set whether Van Jacobson vj tcp 2 header compression is used or not none 1 IP Force Next Hop The IP address of the interface which should be the next hop for the packets fast routing Link Compression Enables the PPP link layer address and protocol field compression When enabled the PPP negotiations will desire link compression but may disable the compression due the other end of the link not accepting link compression When disabled the PPP negotiations will force no compression on the PPP link enabled 1 enable link compression
44. conste R R 38 ET A E x nk RP abe E ados E A aa ad pe T 38 Schedule Re Discover ior Regular Tieerd os eo E e eaae een oa Ute e EEUU 29 Schedule Be Discovery for Specitic ates 6 A RT T ETRE Domes wader Oe E S et tee 40 KS T RR TA Dasol Me era oa 41 Tools gt Multiple Card Configuration corta demari e EA RR RARE NER PV E EE 42 Multiple Card Conticuraon Card Paramete oo eot cenir bands Gents em as ide 42 Multiple Card Configuration gt Record Current Configuration RS E ARE TETE be 43 Toob Pati svare E isaac pu DE gue eb estote 44 Firmware Upgrade window stas exe wes us wes rx mm USE means ee eee X RUN Dar pA RO mn AN x pom n 45 guae Dop Manar 25 5 Earn A RUD aaro pus ett aS E E E EA 47 View Dl cse cet tete Eve bom nee eC ONS De DD PNE DUAE D eee UM Se TE 48 Nudes sac Me ea aca cocta uo eM dot dp UE Mm LA 49 Alarm Summary View options Tabular Graphical and Pie Chart ersa esnan ectetur DER A 50 Example Custom Alam View for Critical OS eo coetu ia nents 51 Example Custom Alarm View for Specific Card TAE a E TE 51 apre qi N Y NEM 52 Chassis Menus Chassis Clocking Syne eos vette atex ee OE nea Re Rd sal 23 IPod Sy stent Clockin omeceo cta peces EATER TATE IE E ure BOT 53 Card Menus Card System Clocking veesvestevesseetPbev REO CUERO RNV IR e EDAM SS 54 AAC Sy E C locka e e a a e DOM SU EUER ES Modify System Clocking eere sme pete e m coton Rec E EOE EA Dec KU oU So Vid ae 39 Add SNMP Device NiIndoW sorardi TTT 58 Near Maps serar ees aaea EN AA
45. daisy chain topology when the upstream card s are being upgraded all downstream cards will go out of reach will not respond to an SNMP Ping However as soon as the upgrade process is completed on the upstream card the other cards can be accessible Figure 31 Firmware Upgrade window 3 Select the desired Model Chassis and Image Version from the drop down menus Available cards will display in the firmware table 4 Select the checkbox in the table for the card s you want to upgrade Note 5 Click Upgrade Upgrading Firmware The NMS will upgrade the cards in the same order that they are listed in the table In a daisy chain topology when the upstream card s are being upgraded all downstream cards will be temporarily unavail able and will not respond to an SNMP ping request However the other cards will be accessible as soon as the upgrade is completed for the upstream card 45 Chapter 3 Configuring Alarms and Clocking Chapter contents Tihs CHOP scere eter be A metere ceti cies 47 Contigunas the Alarm Drap Manageo cese E EE EDI Eee 47 Contigurine Maris trote hits Nemo Node oec eter etuer ei DERNIERE 47 Configuring laxmstbraughos Card nithe Chassis ue ecco xe ee ESEE ESE EE 48 Es Te 50 Mi Ecrit ento e Hb see side e On cU obl does e e dee edocet M 50 Niewin o Simmons eee eL pene Perper en es epee E 50 Nianacine Alarar A ee een er reer n e ET RH 51 LER TT 51 E 52 Di stam Mew coc ue Leu
46. iDSL ports There are several ways to reach the configuration menu for the 3196RC card Click on Network Maps in the main menu tree then click on Chassis Right click on the 3196RC icon Select the 3196RC card from the main menu tree then right click on the card icon in the main window Navigate to Network Database Managed Objects Cards in the main menu tree then right click on the IP address of the card in the table in the main window The best way to reach the configuration menu for a card is to select the card in the main menu tree then right click on the card s icon in the main window 3196RC Configuration Menu The following options are available in the pull down menu for the 3196RC card BE FS6300 Web NMS 2 a Applications E Hetwork Maps a Failed Systems E FS6300 Geographical Areas E Geographical Area 1 TUNIS fl O Hode 4 KASBAHLGD O Hode_7 BELVEDERE E Geographical Area_3 THREE S node 1 casi QJ Chassis_1 6U Ej Geographical Area_4 FOUR I G chassis_1 4u 192 168 4 0 Re Q gt 00 Display IDSL Map Layer Cte 3 Display T1E1 Map Layer la Jg m Alarm Parameter Configuration Card FrontPanel GUI lt D Node 4 Gaanna Card System Clocking O Chassis 4 6U j Ethernet Overview amp Fault Management ili Performance Events And Alerts IDSL Port Configuration
47. ih dify SDH Configuration SDH Path Configuration SDH Physical Configuration Q SDH Mapper Configuration Q Alarm Status Statistics Physical Interface jelectrical 1 M Q Near End Statistics O Far End Statistics Submit SDH Interface Configuration Circuit Identifier ISDH_Circuit_ID 99 Framing Type ISDH Section Trace Monitor IsectionTraceDisable 0 w Section Trace Section Trace Msg Len sectionTraceLen1 1 v Section Trace JO Byte 0 Tx Payload Scramble sdhScrambleEnable 1 Rx Payload Scramble sdhScrambleEnable 1 v LoopBack sonetNoLoop 0 v Line Coding isonetMediumNRZ 4 SDH Mapping au4Mapper 1 v Submit Refresh Figure 119 6511RC SDH Interface Configuration 2 Select a Physical Interface from the drop down menu under SDH Physical Configuration and click Sub mit The Physical Interface corresponds to the physical cabling atatched to the STM 1 interface ports Select Optical if you are using fiber optic cable connected to the rear card SC connectors Select Electrical if you are using coaxial cables connected to the rear card BNC connectors 3 If desired enter an alphanumeric name for the STM 1 link in the Circuit Identifier field 4 If section trace is enabled in your connected SDH network select sectionTraceEnable from the Section Trace Monitor drop down menu Otherwise select sectionTraceDisable and go to Step 8 on
48. next hop of this route should be reached Protocol The routing mechanism via which this route was learned local 1 Added by the DACS to support an interface user 2 Added by an administrator on the IP Routing Information table or via SNMP managemen tools rip 4 Learned via reception of RIP packet icmp 5 Learned via reception of ICMP packet State Shows if a route is valid in use Configuring IP Routing 93 FS6300 NMS User Manual 6 Configuring the 3096RC Card Add Routes To add an IP route to the 3096RC 1 In the IP Overview window for the 3096RC click the Add button to define a new route E FS6300 Define A New Route Define Hew Route Destination 0 J 210 0 Gateway O ss Oi ss o 0 P nomas Bea Figure 81 Add a New Route for 3096RC 2 Enter a Destination address for the new route An entry with a value of 0 0 0 0 is considered a default route 3 Enter a Gateway address for the new route The gateway address specifies the IP address where the packets should be forwarded 4 Click Define Route Modify Routes To modify an existing IP route for the 3096RC 1 In the IP Overview window for the 3096RC select the entry in the table of the route you want to modify FS6300 IP Route Details IP Route Details Destination IP Address 0 0 0 0 Mask 0 0 0 0 Interface 1 Protocol user 2 Seconds Since Updated 2872 Tag 0 Gateway 192 168 3 88 2 Modify Cost h Modif
49. page 136 5 Ifthe Section Trace Monitor is Enabled enter the alphanumeric name your connected SDH network uses for the Section Trace message in the SDH frame Configuring SDH 135 FS6300 NMS User Manual 8 Configuring the 6511RC Card 10 11 12 Select the message length used by the SDH network 1 byte 16 byte or 64 byte from the Section Trace Message Len drop down menu Enter the value the connetced SDH network uses for the JO byte in the Section Trace JO Byte field Note JO Byte only applies to the 1 byte Section Trace Messages For 16 byte or 64 byte the JO value is ignored and the trace message value applies If the SDH network transmits a scrambled payload select Enable from the Tx Payload Scramble drop down menu Otherwise select Disable If the SDH network expects to receive a scrambled payload select Enable from the Rx Payload Scramble drop down menu Otherwise select Disable Select a diagnostic loop type from the Loopback drop down menu Choose from the following options sonetNoLoop 0 Not in the loopback state The 6511RC WAN interface has not initiated or is not under a diagnostic loop sonetFacilityLoop 1 The received signal at this interface is looped back out through the transmitter section in the return direction sonetlerminalLoop 2 The signal that is about to be transmitted is connected to the associated incoming receiver sonetOtherLoop 3 Data arriving at
50. select containers from the pre defined master list Geographical Area ID This is permanent and cannot be modified Defining Containers 29 FS6300 NMS User Manual 2 Discovering Your Network Geographical Area Name Descriptive name of the geographical area Node ID This is permanent and cannot be modified Node Name Descriptive name of the node Chassis ID This is permanent and cannot be modified Chassis Label Descriptive label for the chassis System Manager Name of the person managing this subnet on the network System Location Description of where the system is located Chassis Type Choose a chassis type from the drop down menu 5 Click Update to save the information for all of the cards on that subnet If the same CH ID exists on cards in a different chassis unit but with the same subnet address an alert is dis played asking if the cards need to be merged into one unit If the same CH ID exists on cards in a different chassis unit and with different subnet address an alert is dis played that Chassis ID already exists This is to ensure uniqueness of Chassis IDs in the NMS The following details are also checked when modifying containers during multiple card configuration f there is already an entry for the GA ID and GA Name entered by the Admin e If not a new record is added to the master list e Ifthe master list instead has an entry for GA 101 Michigan or GA 105 Maryland an
51. the 3096RC Card Modify Test Settings WB Et Link Details Modify Test Settings O View Configuration Line Interface Settings View Line Interface Settings Force Yellow Alarm linkYellowAuto 1 v Modify Line Interface Settings 9 Q Test Settings Loopback Contig dsx1NoLoop 1 v Q View Test Settings Modify Test Settings Modify Channel Assignment Send Code dsx1 SendNoCode 1 Y 9 Q Near End Line Status Current Near End Line Status Error Injection noErrorinjection 0 v Total Near End Line Status Q Far End Line Status Current Far End Line Status Yellow Alarm Severity critical 4 bad Total Far End Line Status Red Alarm Severity critical 4 v Figure 86 T1 E1 Test Settings 1 In the T1 El Port Configuration window for the selected link click on Modify Test Settings 2 Edit the desired options Force Yellow Alarm The standard used to transmit and identify the Yellow Alarm linkYellowAuto Do not force the transmission of a yellow alarm But yellow alarm may be automat ically transmitted linkYellowOn Force the transmission of a yellow alarm even if the received signal is in frame e link YellowDisable Do NOT transmit a yellow alarm even if the received signal is out of frame Loopback Configuration The loopback configuration of the DS1 interface e dsx1 NoLoop 1 Not in the loopback state A device that is not capable of performing a loop
52. the 6511 RC H 110 interface is looped back to the originating device For SDH Mapping select the type of AU that corresponds to the SDH multiplexing path you want to use Select au Mapper if you want to multiplex three TUG 3s into an AU 4 Select au3Mapper if you want to multiplex seven T UG 2s into an AU 3 Click Submit to save your changes Configuring SDH Paths To configure SDH paths 1 Click on SDH Path Configuration in the menu tree of the SDH Configuration window Path Trace set tings will vary depending on which type of SDH mapping is being used AU 3 or AU 4 O SDH Configuration View Modify SDH Configuration SDH Path Configuration lt SDH Mapper Configuration Path 1 Trace Monitor jpathTraceDisable 0 w O Alarm Status Y 9 Statistics Path 1 Trace Q Near End Statistics O Far End Statistics SDH Path Configuration Path 1 Trace Msg Len pathTraceLent 1 t Path 1 Trace J1 Byte Path 1 Signal Label 12 2 Submit Figure 120 6511RC SDH Path Configuration Configuring SDH 136 FS6300 NMS User Manual 8 Configuring the 6511RC Card 2 Select Enable from the Trace Monitor drop down menu if Path Trace is enabled in the connected SDH network 3 Enter the alphanumeric name your SDH network uses for the Path 1 Trace Message in the Trace field This only applies to 16 byte and 64 byte section trace messages 4 Select the message length value your SDH network uses from the
53. 0 J 2 10 0 Gateway O ss sz ovd TRE Figure 117 Add a New Route for 6511RC 2 Enter a Destination address for the new route An entry with a value of 0 0 0 0 is considered a default route 3 Enter a Gateway address for the new route The gateway address specifies the IP address where the packets should be forwarded 4 Click Define Route Modifying Routes To modify an existing IP route for the 6511RC 1 In the IP Overview window for the 6511RC select the entry in the table of the route you want to modify FS6300 IP Route Details IP Route Details Destination IP Address 0 0 0 0 Mask 0 0 0 0 Interface 1 Protocol user 2 Seconds Since Updated 2872 Tag Gateway 192 168 3 88 2 Modify Cost h Modify State ara v 2 Modify Figure 118 Modifying a Route for 6511RC 2 The IP Route Details window displays You may only modify the gateway address cost and state of the route 3 Enter your desired changes and click Modify for each change A confirmation message displays Configuring IP Routing 134 FS6300 NMS User Manual 8 Configuring the 6511RC Card Configuring SDH Click on SDH Configuration to bring up the SDH Configuration window to view and modify SDH inter faces and paths Configuring SDH Interfaces To configure SDH interfaces l Click on View Modify SDH Configuration in the menu tree of the SDH Configuration window SDH Configuration TES A SDH Configuration
54. 00 Ip Overview on IP Routing Overview Destination 0 0 0 0 0 0 0 0 19241 58 3 88 l user 2 active 2 192 168 3 0 255 255 255 0 0 0 0 0 local 1 active 2 Add Refresh X Close Export To Excel Note To Modify Delete an existing IP Route select a row in the IP Route Details table In the window that pops up make the required changes and submit Figure 61 2616RC IP Overview The table in the IP Overview window shows a list of defined routes for the 2616RC and includes the follow ing information for each entry Destination The destination IP address of this route An entry with a value of 0 0 0 0 is considered a default route Mask The mask that is logical ANDed with the destination address before being compared to the value in the Destination field Gateway The IP address where the packets should be forwarded Cost The cost of the route as defined by RIP standards Cost is sometimes considered to be number of hops Interface The index value that uniquely identifies the local interface through which the next hop of this route should be reached Protocol The routing mechanism via which this route was learned local 1 Added by the DACS to support an interface user 2 Added by an administrator on the IP Routing Information table or via SNMP managemen tools rip 4 Learned via reception of RIP packet icmp 5 Learned via reception of ICMP packe
55. 1 FS6300 NMS User Manual 8 Configuring the 6511RC Card Edit Test Settings Click on Test Configuration in the menu tree for the El Link window then select the links you want to con figure from the TUG3 TUG2 and TU drop down menus Test Configuration gt Overview shows informa tion for SDH including test settings line parameters and test parameters Click on Test Configuration gt Modify to configure test parameters see Figure 115 on page 132 G 0511_E1Link ree ae Select Tugs Current Configuration L 4 f mm 7 nds Tues gata e Tusz fusi e Tu jm Alarm Status 9 0 Near End Line Statistics Current History SDH Test Detail Q Totals DSO Configuration TUG3 1 TUG2 1 TU 1 Detail Duplication 9 Test Configuration O Overview Line Interface Parameters Circuit Identifier Patton E1 1 Line Type dsx1E1 4 Test Parameters Force Yellow Alarm disable 0 v 9 Modify Loopback Config dsx1NoLoop 1 L Modify Send Code dsx1 SendNoCode 1 y 2 Modify Error Injection No Such Object Figure 115 6511RC El Link Test Settings l Select enable or disable from the Force Yellow Alarm drop down menu then click Modify Selecting enable 1 forces the transmission of a yellow alarm even if the received signal is in frame 2 Select a loop test from the Loopback Config drop down menu then click Modify Select from the follow ing l
56. 1 zi f Submit Y Clear Errors Refresh Figure 43 Modify System Clocking Configuring Card System Clocking 55 FS6300 NMS User Manual 3 Configuring Alarms and Clocking Main Reference and Fallback Reference The Main Reference and Fallback Reference parameters define a primary and secondary fallback reference for the card system clock source and for all blades in the chassis when the card s clocking mode is defined as mas ter The card will use the fallback reference if and only if the main reference becomes unavailable When defining the main and fallback clocking sources you can select a WAN port or the card s internal clock pulse oscillator The card will use the main reference as its system clocking source unless the main reference fails or is disconnected When the main reference becomes unavailable the card will switch to the fallback reference as its system clock ing source Both parameters will be defined from the same set of possible values For the fallback reference to serve its purpose however you must define it by selecting a value different from the main reference You must also enable the card s fallback mechanism see below For the card s main and secondary clocking references you can choose wan 602 Clocking derived from the network clock received at the WAN interface internal 200 Uses the card s internal free running oscillator for the clock source Clock Fallback S
57. 2 168 5 105 Net Mask 255 255 255 f0_ Snmp Agent Port n 61 Re Discover Clear X Close Figure 23 Re Discover Cards Re Discovering Already Discovered Devices 38 FS6300 NMS User Manual 2 Discovering Your Network Scheduling Rediscovery You can configure and schedule how often the network goes through the re discovery process The rediscovery process can also be configured to run at a specific hour on a specified date of the month or specified day of the week You can set the Rediscovery Interval using one of the following options e Regular Interval e Specific Dates Days of the Week Regular Interval To schedule re discovery for a regular interval for example every 24 hours l Click on Tools Discovery Administration at the top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the General tab then click the Rediscovery button The Rediscovery Scheduler window opens Rediscovery Scheduler 8 Regular Interval Specific Dates Days of Week w Network Rediscovery Interval is the time interval between two complete discovery of networks in hours This Network Rediscovery Interval can be configured using this Regular Interval Form When the discovery engine has finished pinging all the ipaddresses in a network it will wait for the time configured here and start rediscovery on the network w The user can schedule the rediscovery pro
58. 2010 06 24 26 AM SDH Section LOS Alarm 21631 Jul 29 2010 06 24 26 AM PATH1 AIS Alarm 21630 Jul 29 2010 06 24 26 AM PATHT RDI Alarm 21629 Jul 29 2010 06 24 26 AM PATH1 SLMM Alarm 21628 Jul 29 2010 06 24 21 4M PATHT RDI Alarm 21626 Jul 29 2010 06 24 21 AM PATH1 SLMM Alarm 21625 Jul 29 2010 06 24 21 AM PATH1 AIS Alarm 21624 Jul 28 2010 06 24 21 AM SDH Section LOS Alarm 21523 Jul 29 2010 03 01 07 AM WAN2 Red Alarm 21607 Jul 29 2010 03 01 07 AM WANS Red Alarm 21604 Jul 29 2010 03 01 07 AM WAN1 Red Alarm 21602 Jul 23 2010 03 01 00 AM WAN1 Red Alarm 21599 Jul 29 2010 03 01 00 AM WANS3 Red Alarm 21595 Namber f Alarms 9 _ a T DAC Matrix Swaen M Critical M Major Minor W Ignore Info m Warming 9 Clear Figure 38 Alarm Custom Views Modifying an Alarm Custom View To modify an existing custom view l Select the custom view in the menu on the left side of the screen 2 Click Custom Views Modify Custom View from the top of the screen 3 Make the desired changes then click Apply Filter Deleting an Alarm Custom View To remove an existing custom view l Select the custom view in the menu on the left side of the screen 2 Click Custom Views Remove Custom View from the top of the screen 3 Aconfirmation message displays Click Yes to delete the custom view Viewing Alarms 52 FS6300 NMS User Manual 3 Configuring Alarms and Clocking Configuring Clocking Synchronization To configure clocking synchronizatio
59. 6300 NMS User Manual 7 Configuring the 3196RC Card Configuring Individual Ports To configure an individual port click on the port in the table to bring up the Port Configuration window From the Port Configuration window you can edit the port s configuration view port information edit CPE options and modify alarm thresholds Edit Configuration Click on Edit Configuration in the menu tree of the Port Configuration window Circuit ID Desired State Test Mode and Test Pattern are configurable O ivstPortview Port Configuration Edit Configuration DSL Port Status and Statistics CPE Information Porte View CPE Information pp 1 Q Modify CPE Information Circuit ID None O Near End Performance 9 iDSL Alarm Thresholds Current State lineDown 7 View iDSL Alarm Thresholds z Modify iDSL Alarm Thresholds Desired State activate 1 v Test Mode none 0 v Test Pattern off Q v CPE Device none 0 CPE Circuit ID None 2 Modify Refresh HOTE Close this window to get back to main iDSL window Figure 96 3196RC Edit iDSL Configuration 1 Enter the Circuit ID optional in the text field 2 Select an option from the Desired State drop down menu Deactivated 0 Select this option when the port is not currently connected to a remote CPE modem e Activated 1 Select this option to connect the port to a remote CPE modem for current active use Reset 2 Select this option to reset t
60. 6RC T1 E1 Port Map Viewing T1 E1 Reports 82 Chapter6 Configuring the 3096RC Card Chapter contents Iaa E E E R e te essay cece Et cete esce idet a Hae 84 BOOGRE E T 84 A RCP rae RE 85 Contgutas thie Card ts ae a ES 85 T System Oia 85 NA ic iiS RO IDEE LDAP 86 Mi 86 Di uui dcr PR EE 86 News NNI angl ETE Parameters ceniereuel A LN Euer E 86 onions Biel T ote deer er tM ae M ut m on d 87 o T MC d 87 Kr dudar soi Mem UE 87 E O e ed o LU p eC EL M 88 Activa Meackivating A RE 88 TTT oros 89 View Port Informati f iii 89 Bdit COVCDPE OpBUOBS te 90 Da ete cet M 91 Miewing Wr SHDSL REDO ts eme a IR OGESRC UNTERE OFEN UMEN ERRE 92 O c e cM M EE 93 beu E E Ta 94 Tuba oui Om NUMBER 94 MSS rat Aa ban DB ue noe RUE d MD M de eres UA esie ee See east 95 Modify PRE Link Conn O 95 papeterie iate de de Sie 10 ca NER ERO TODO OO S ODE DID ME 97 Genfignpas e oo 99 A T o cupro cer ee PE Rc SS ea ea ee EA CH E 99 ITS hR Steines voee tee asa nh arly Sateen Sh a E e 99 Modify Test SOngs ERE 101 Modi EE 102 Ke Line SMAI EP 102 ig rA ML e E 103 K R TSE E 103 ate re Ceo HO B T duke ccce eer tem eer encroach see E 104 83 FS6300 NMS User Manual 6 Configuring the 3096RC Card Introduction The Patton Model 3096RC is aG SHDSL TDM Concentrator with 16 G SHDSL ports There are several ways to reach the configuration menu for the 3096RC card Click on Network Maps in the main menu tree then click on Chassis Right click on the
61. 704 with CRC bit oriented signaling e dax 1E1 Transparent 8 Based on CCIT ITU G 703 without CRC Cyclical Redundancy Check Configuring the T1 E1 Ports 99 FS6300 NMS User Manual 6 Configuring the 3096RC Card Line Coding The type of Zero Code Suppression used on the link e dsx1JBZS 1 Jammed Bit Zero Suppression in which the AT amp T specification of at least one pulse every 8 bit periods is literally implemented by forcing a pulse in bit 8 of each channel Thus only seven bits per channel or 1 344 Mbps is available for data This feature is not currently implemented e dsx1B8ZS 2 The use of a specified pattern of normal bits and bipolar violations which are used to replace a sequence of eight zero bits The most common coding for T1 circuits e dsxIHDB3 3 This line coding is used with most El circuits today e dsx I ZBTSI 4 May use dsx1ZBTSI or Zero Byte Time Slot Interchange This feature is not cur rently implemented e dsx LAMI 5 Refers to a mode wherein no zero code suppression is present and the line encoding does not solve the problem directly In this application the higher layer must provide data which meets or exceeds the pulse density requirements such as inverting HDLC data other 6 This feature is not currently supported Receive Equalizer The equalization used on the received signal Long haul signals should have the equalization set for more Short haul signals require less eq
62. BRR BR BR BR UM LM U WH 0 YY YY YY Y WH HNN A b2 MA KA A MA hn aA ODO d ON VA Rh OHM Co XO 0 lr dx ON Lr C XO 0 d OX KD dX QS RO 0 C XO OO OX WA WA OS 3 HK c Logging in to dhespplicamim clientes smontess Ee XP o ELE MEI SEE 7 S630 Schedule Tasks windon sco oTa E E aes tah E E E E E 22 Add Backup Policy soroen artara ane th ned RA h EERE EE Oa ps Sd A RE S A e n Ro dies 22 E aE E RR loto a Sm e Ere NTE S bro NC EEIE T 23 ehe ARO is vec ost esae A E A REER edes eu Dd ERI 23 Tools Discovery Administration a se sheet E E desto coUe E baies 25 Sec pth 6300 Container SIE e ue erra errorum oto dpi Un ie 25 Add lato CO PT 26 Modify CORTE cocos Caos bail dete AE sae NON od dae noe ERN IVA A AREA E 27 View COETANEI E EIE L ULT Te Pr 28 Toole s Multiple Card ConDpurdiol sene eee TEE E E aE OEE EE eens wanna te 29 Multiple Card Contetraon Card Parameters ed oo os SUIS M EE UE 29 Container IDe in the NMS 5 ssasces ocv eeu v eese s cease die 30 Set Toma Parsetets A ot Eton e RLLUE dba oi Discovery Wind Ow uso eme e e m e Katee ous puit eos ping uS ex Mel suut susce ROE ds 32 ced Bi ces NE ES UT STU reer a ae eee cement ae 33 Ser Discovery Intetval rreran A esq PVT Hood CREE SE NES E 34 Conteur Discovery IMD ES cou asl etd Neuere cepe Let ru MM RE 25 Serie Add Device RM CER 36 lT A espesor tie aA NER a ti Ma RRR mr HAAR ea ttn teu Eaa Neto 36 Stop Discovery PROBLE A RUE PN oe Neo Pep ROMS a nee meee a 37 Re Discover Already Discovered siste eu
63. Configuration win dow 2 Edit the desired configurable options Payload Rate Select a rate fromt he drop down menu See Determine Best Payload Rate on page 91 Annex Type Select Annex A for North America or Annex B for outside North America Transmit Power Select a value between 1 6dB to 1 6dB from the drop down menu Enable EOC Select Yes to enable EOC or No to disable EOC from the drop down menu 3 Click Modify to save your changes Configuring G SHDSL Ports 90 FS6300 NMS User Manual 6 Configuring the 3096RC Card Determine Best Payload Rate Click on Line Provision in the menu tree of the Port Configuration window to determine the best payload rate for the port The Line Provision tool works by resolving line length and line quality The CO interprets line probe messages from the CPE and calculates a worst case payload value The worst case value determines the highest payload rate the CO and CPE can acheive without errors Note Line Probe must be enabled on the CPE for the Line Provision tool to work Note The Line Provision tool will retrain the DSL line GSHDSLPortview Edit Configuration General Info And Activation State Info Fifo Info And DataPath Info O CO Options Q View CO Options Q Modify CO Options Line Provision 9 0 CPE Options Q View CPE Options Q Modify CPE Options Line Provision The line provision tool determines the optimal payload rate by re
64. Default 161 Process Add SNMP Device request in the background Select this box if you want continue with other operations in the NMS while the discovery process for the device runs in the background 3 Click Add Device If the device has been added to the system previously a message will display that the node already exists in the database Adding a Device Manually 36 FS6300 NMS User Manual 2 Discovering Your Network Stopping Restarting a Discovery Process You may want to stop a discovery cycle that is already in process to add or modify a network or set of devices Note You cannot use the stop restart discovery feature if the discovery pro cess has already completed This feature is only for discovery cycles that are in progress To stop restart a discovery in progress l Clickon Tools Discovery Administration at the top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the Start Stop Discovery tab Select the network that you want to edit from the drop down menu If the network is able to be paused in the discovery process the Start Discovery and Stop Discovery buttons will be lit RE Discovery Administration DISCOVERY ADMINISTRATION E FS6300 NMS General Protocol Network Discovery Start Stop Discovery Click Stop to terminate a Discovery In Progress and click Start to resume Discovery These options do not function when the Disco
65. Discovering Cards Manually dcrate aee ttd un et o e OR ies steed dua udin 38 Scheduling Tr V 39 Resule literal soome oaao eee ea wie iet s dea sevatee dacaaseses rias 39 Specific Dates M ETE 40 Darco he i C aaa 41 Gonbbusne MulBpie Cards ete io ii 42 Updating the Consum ii Littere te ctii etie tiras p Et rd Pe a ARNa eda tp ehe e veas eet 42 Savno the Conti eee o dee etie edet tette lata 43 Rorcinp Discovery for Selected Cards nd 44 Upgrading T 3 225555 252 52 ett ete oss ses ca o ia 44 3 Configuring Alarms and Clocking eee eee eee eee eene tatnen 6K on Kesu KE visok sonk dotos o tis sns ens en sensn sensn sn 46 SN 47 Contigurime the Alarm TT 47 Contours Alarms through the Network Node T 47 Configuring Alarms through a Card in the C hassle eei t eiii 48 Polat reo MEER 50 VTT 50 Viewing a Simao il iet tied etd EE ER UR RR CODE r 50 Managing Alarm Custom VIEWS sitial 51 Adding an Ian Custom Views iet aen COR HERR IU ep rit n e eit HR RU RAI 51 Modifying an Alarm Custom VIew sat ett tede m eie Uii er Hie Ie 52 Deleting an Alatm Custom View iecore t eere Ra de xke rtp ee ae Pea AANEEN 52 Configuring Clockmps SynchrobiZatl n a oe oerte pe ted iia 53 Refreshing the alatmis after configuring clocking cocinar ic 54 CGonhigunng Card System Clocking 2 ient eden duree ten ite itte e
66. FS6300 NMS Administrator s Reference Guide Monitor performance data Refer to the FS6300 NMS Administrator s Reference Guide Overview 16 FS6300 NMS User Manual 1 Introduction Bringing up the NMS Server from Linux To start the server from the opt FS6300 Server lt release gt directory double click on the WebNM SLauncher sh file to open the launcher To start and stop the server in the splash screen window right click on the Start 6300 NMS Server icon and select Run To initialize the database right click on the Reintialize 6300 NMS icon and select Run then acknowledge the confirmation request in the pop up window Bringing up the NMS Client from Windows XP The NMS Windows Remote Application Client WRAC is the primary client for the FS6300 NMS It is rec ommended that you use the WRAC You can launch the WRAC by double clicking on the WebNM SLauncher bat icon on the desktop In the resulting splash screen window right click on the client icon and select Run Then enter the authentication information in the FS6300 NMS Authentication dialog box Logging into the Application Client The FS6300 NMS Authentication box is displayed to provide an authenticated access to the FS6300 NMS Enter a valid user name and password to access the Application Client Patton 6300 NMS Login Enter IP Address of 6300 NMS server as a Host if you are logging in from a remote client Host is localhost to login directly on se
67. H C TEES 123 107 SI98RG TIET Repos sumaria ere DPI E rele ede lebe RATRE Te E tud erus 124 108 3196RC TI El Pott Map xeeecreuekerkte eme ee ER HP Re Cb ee nore Y PR debel ees 124 209 SIDGRCAUDSL Port Map sc Da Che qiu bg ESAE arse deg ids 125 110 6511RC Configuration Menu lt co rd AAA 127 MV GOURG Front Panel LEDS 0 AA A awe anatase 128 112 Modify Card System Parameters vo 05 0 s e ees mee eem het AAR RR RRR LER T ems 129 113 Modify Ethernet Patameteis 4 712 cise PERPUPUPIR PUPA RAPPER VERE cerdo es Ed aa 130 ME CARE DSO Metals it hebt mie edes TS P PRIME RERUM GATS bre TS 131 115 CATRE EL Link Vest Settee oniran iietra Bert nde EM Pope bM aede a tigen dei ues 132 IG cK Ae 1 OVNI W dcus dederit Sed qiue eive eR ed Doe Quee iod aupra eit 4 lone oe poesia 133 117 Adda New Route for 691 IB us iia es a GS a CI XE CA GRO dU oboe d RE Gode ad 134 118 Modifying a Route for o5 ER cornisa dee 134 USERS DE Interface Con Geraci ooa qe t dra area nur ics 135 120 6511RC SDH Path Configuration 224m 06 K 9 0 08 oe SERRE erre e DROP V WE 136 121 G5 1I SDH Mapper Configuration 5 cos coc ae heb ne abe okie bees deeds e PII dd 137 122 651 RC ET Link Map coronilla eds a 138 123 Chasis Contisuration NIGAM iuo sie nana td 1G asia ag ad tu pepe audeat pu die uda cs 140 I MM e EAS y HL 141 125 Chassis Card Layer Maps daas enia hg dab Rt a RE S au RES ALIE EI ERRARE teeta eho 142 12 List of Tables il Troubleshooting messages 2
68. IMPORTANT When the NMS has collected enough information to identify the node the node will be listed in the Nodes table under Network Database As more information is collected through the Discovery process entries will appear in the FS6300 Geographical Areas section under Network Maps Starting the Discovery Process 33 FS6300 NMS User Manual When the Discovery process is complete the spinning wheel icon is replaced with a blue box containing a 2 Discovering Your Network white checkmark Once Discovery is complete a new subnet can be entered into the Network Discovery win dow Tools gt Discovery Administration Setting Discovery Interval You can set the wait time between discovering devices by configuring the Discovery Interval To set the discovery interval 1 In the General tab of the Discovery Configurator 1 Click on Tools gt Discovery Administration at the top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the General tab then enter the interval value in seconds in the Discovery Interval box The value can be greater than or equal to zero and the default value is 1 second 3 Click Apply Set Discovery Interval Discovery Interval is the wait between discovering devices in seconds and takes values greater than or equal to zero If the value assigned is less than zero 6300 NMS replaces this with 10 seconds Discovery Interval in s
69. IoT eee E E Curd Lu e ate HE a Le Ke Ae 106 SR Connmpuration O 106 jo npIPIdU DUE Dl P I E 107 Contigunas the Card syste nuoto tetendit ee ente e eee UE ee 107 Modi System DAramnelers sentir tern RU NERIS NN RR Ies eN e N 107 Vien Susterm SUUS ccce t Ie cl ce hoe ERES USOS eset eese 108 View Systemie Staas Dets iecore teas acces E rer c M E nM m co tees 108 Dic juu cns T 108 Ve SNMP ang ELTE Parameters ueeei eI NU EUREN UN LIEU 108 A IO 109 Modir Ebene Paana T E M TM 109 View Pihernet Statisties MT 109 STT TR o E eeu E O e ue 110 L AT PERS anaa ia ida 110 Conn aiin tl chica a sa age E e sa E E RE E E A EE shen RE soe stra 111 View Doro Information isis 112 EMPERO 112 E O eee 113 A ct Rec IRR RDUM IU 113 conoce Palio a ecc t Ce CRE cU AT UE T 114 c WC TC 115 T ENIM 115 ET DB as Eat dec gece aes Toca Lr uote Fees tno Bs seed eter ett 116 Modi N Wink Connon on T 116 TS H R I Packet Sous e cree eee oe aan cee a Renee ae a nee eee aes 118 E T the NT reas T 120 SLT H Ser ECT ONERE RU OS Ear DE ee ee 120 Modify Line llpterace Shen es oeste eee a e e E E EER aia eat oe euer 120 Modity Test Se uo er 122 Modiin Chaan Retr As REDE pee Re ree e OER 123 View Line MEME 123 A TU IRE ECCE OE E E LT DL QU IIO EU EID 124 vermeme TULEN ila wee cete HRS EUH IURE DIEI REM 124 KTT eU EU NIU DN 125 105 FS6300 NMS User Manual 7 Configuring the 3196RC Card Introduction The Patton Model 3196RC is a TDM concentrator with 16
70. NMS User Manual Viewing T1 E1 Reports 5 e Configuring the 2616RC Card Click on T1E1 Reports from the card s configuration menu to view and print different reports about the activ ity line interface settings and test settings of T1 E1 links on the 2616RC card Click the Print button to send the report to a printer on your network Click the Export to Excel button to send the report to Microsoft Excel to save in a spreadsheet Wa 11E1 Link T1 E1 Link Activity Overview Activity Overview Line Interface Settings Q Test Settings Port Circuit Loopback Line Number ID Config Status 1 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 2 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 3 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 4 WAN Circuit other 1 dsx1NoLoop 1 No Alarm Viewing the T1 E1 Map Layer Click on Display T1E1 Map Layer from the card s configuration menu to show a map of all the T1 E1 ports Q Refresh Print Export to Excel Figure 69 2616RC T1 E1 Reports on the card Right click on a port in the map to configure its link See Configuring the T1 E1 Ports on page 78 for more details TE 2616RC_T1E1 192 168 4 17 a e PORT 9 PORT 10 PORT 11 _ 2616 _ Port PORT 12 PORT 13 d T1E1 La ual 266 208 PORTS PORT PORT 14 PORT 15 dil T1E1 _ 2616 PORT 8 Es PORT 16 Figure 70 261
71. No Alarm 11 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 12 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 13 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 14 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 15 WAN Circuit other 1 dsx1NoLoop 1 No Alarm WAN Circuit other 1 dsx1NoLoop 1 No Alarm Refresh Gy Print Export to Excel Figure 88 3096RC T1 E1 Reports Viewing the T1 E1 Map Layer Click on Display T1E1 Map Layer to show a map of all the T1 E1 ports on the card Right click on a port in the map to configure its link See Configuring the T1 E1 Ports on page 99 for more details TE 3096RC T1E1 192 168 3 21 8e Q KG s n e e de ce oe e m PORTS PORT 45 PORT 16 Figure 89 3096RC T1 E1 Port Map Viewing T1 E1 Reports 103 FS6300 NMS User Manual 6 Configuring the 3096RC Card Viewing the G SHDSL Map Layer Click on Display G SHDSL Map Layer to show a map of all the G SHDSL ports on the card Right click on a port in the map to configure its link See Configuring G SHDSL Ports on page 88 for more details ns 309 6RC GSHDSL 192 168 3 21 DSL DSL DSL DSL DSL DSL DSL DSL PORT 1 PORT 2 PORT3 PORT4 PORTS PORT6 PORT PORT 8 DSL DSL DSL DSL DSL DSL DSL Porro porta1 PORTI Portas Porri PORTI PORT 16 Figure 90 3096RC G SHDSL Port Map Viewing the G SHDSL Map Layer 104 Chapter7 Configuring the 3196RC Card Chapter contents
72. PORTANT og T The Hard Reset process will reset ALL of the system s values to Managing Operator Actions 61 FS6300 NMS User Manual 4 Configuring and Managing Devices Configuring Cards See the following chapters for detailed information on configuring specific cards 2616RC Chapter 5 Configuring the 2616RC Card on page 67 3096RC Chapter 6 Configuring the 3096RC Card on page 83 3196RC Chapter 7 Configuring the 3196RC Card on page 105 e 6511RC Chapter 8 Configuring the 6511 RC Card on page 126 Note Although this guide supplies basic information for configuring cards in the FS6300 NMS you may also want to refer to the card s Administrators Refer ence Guide and User Manual for more detailed information on installing and configuring the card The following sections include procedures that are the same for all cards Viewing Events and Alerts on page 62 Exporting the Configuration on page 63 Importing the Configuration on page 64 e Viewing Modifying System Log Configuration on page 65 Changing Alarm Status on page 65 e Viewing Modifying System Log Configuration on page 65 Viewing Events and Alerts Events are occurrences in the network such as the discovery of an element status update of an element or a filure of an element Alarms Alerts are a result of events in the network and they represent failures that require immediate attention To view a color coded
73. T1E1 192 168 4 16 fex Viewing T1 E1 Reports 124 FS6300 NMS User Manual 7 Configuring the 3196RC Card Viewing the iDSL Map Layer Click on Display iDSL Map Layer to show a map of all the iDSL ports on the card Right click on a port in the map to configure its link See Configuring iDSL Ports on page 110 for more details 3196RC_IDSL 192 168 4 16 IDSL IDSL IDSL IDSL IDSL IDSL PORT 3 PORT4 PORTS PORT6 PORT7 PORT 8 IDSL IDSL IDSL IDSL IDSL IDSL Figure 109 3196RC iDSL Port Map Viewing the iDSL Map Layer 125 Chapter 8 Configuring the 651 RC Card Chapter contents Tp eee eere MUNERE MUNERE EU 127 ax RC Conmpuration T 127 OT Ton I setae PC E 128 TT Card A USt eee tese aoe aie nce e pu ate 128 o ten RR eR NIE 128 Mew Susterm SUUS ccce t eie esso ERES Ub EU estu en eee 129 View Systemie Staas E erals ierit ce eene rer e MM Mut MM e co ete 129 KS EE SEMIS erre EIER T UU 129 View SNMP and HI WP Parameters ie ere TT 129 online EMNE Serum Qc te ur Lp eu eU dere rU E E 130 Kodir S L a a M M M CM 130 View CRS t Wates E 130 Contigo ET UR oec ta E is eet Cae 131 Edit Dinenterfase dra iii 131 esr PNIS CREUSE erected e IET UNS MORES ETC 131 Mew Ling o e REI Ue Eu E EIE IS e AU EEEEEEEE TS 131 A AO 131 A A o 132 Conticunas IP T rape 133 A eu ooo 134 Modiin Routes eurer SN eee eee 134 S Te T Ra see et m M nee M 135 STET SET ET 135 ON 136 Cours a 137 Kr TTT 137 high T 137 V
74. TTT 114 Add TT 115 hsDonydu T M M 115 Conta N eo ieia 116 Modify PPP Link Contour tao dista 116 Modity Default Packet Settings onte e enda ia ot 118 Confiputing the TUE DOS ad pa 120 View Confisuration inculcar ias 120 Modify Line Interface Sete nia a 120 Modify Test Bells eere ero mp arn tee epa a 122 Modity Channel Assipnim nts arcaicas 123 po Line Iri PEN 123 Viewing T 17EI Reports cet etn eroe ri rr cete aret edere e re t ri E E india E eet ib e 124 Viewing the NDS EIUET EE 124 Viewing thea SL Map Larco iii 125 8 Configuring the 6511 RC Card eese eee eeee enses tn ent tn tn tn sonans tain stata stata sine ts tasse ta en on nacos racorocascanosss 126 len M RE PT 127 OS TIRE GonBpuration Menus suere sve one DH rm RD HD HEUS 127 Viewing the Front Panels oo ee fore re et EO ERE eire cet tee eerte eiii P Leib e PO ARAE 128 Gopfigurinp tbe Card triada 128 Madii System Parameters eene esie eR EVE dete ei UE A Ee aei vierte ipo PRAE N VENUS 128 oe cu M m 129 View System status Details 1 e il ie 129 A AT 129 View SNMP and HTEP Parameters ds 129 Conligun s Eth met Sette cinc ida 130 Modify Ethernet Parameters oec e enis EA dara ERRER REENER AE 130 View Ethernet M 130 Gonfisumas El E torio erbe atop imt qoippe dre et ep PR d ran eene I eid Cre laoreet 131 Edie Line Interface Sent is 131 View Alarm Status M
75. U NUS A aiii 16 TT Wied sce eedem ee ME EUN UTI UI EI UTE OI Un 16 Brine ae up the INNIS Sener fro tn LIUC cette SOR UIT erent ae a aerate ets 17 Bringing up che NMS Ghent trom Windows XP OUI UNE GE IRIURE RUSSES 17 Costa tie pplicaon Lie tye HT I7 Conngurine Your D asswond nori oean ar a RE E E E T sees M ote a re AE 18 Configuring your password before connects taithe chent ceo eee eee eI Ue 18 Configure your password feom the oia 18 TE MEME NI 19 Waina tiee RNE M a ED E 21 TR App Usas 21 Padre Dt e boe ee eA e a Li po escapa backup tile at the database c oett EEUU UE 22 Scheduline a policy to baekup T 22 15 FS6300 NMS User Manual 1 Introduction Overview This chapter introduces you to the features and benefits of the FS6300 NMS It also includes basic information about logging in and out of the system and working with the main toolbars and menus FS6300 NMS Features Integrated FCAPS Scalable NMS Configuration Management Alarm Management Security Management Administration Management Performance Management Common User Tasks The following are user tasks you will encounter when working with the FS6300 NMS Discover the network See Discovering Your Network on page 24 Configure alarms and clocking See Configuring Alarms and Clocking on page 46 Configure and manage individual devices in the network See Configuring and Managing Devices on page 57 Manage network events Refer to the
76. Wetatale Packet Sete ee sario Va oca dade bete FEN aded Dated emu e pr ee ei god ius 97 THE Link Configuration window deret eerte eere eere ee oe eR che t o heb tede oed rd A d 99 TUHEIL Test Settings eios bei A 101 TVEL Channel Assignment viciado dada 102 3096RC TVET Reports sur darse 6nd eaea E Dade EN Ra aa rug od adus 103 3096RC TIVE Port Map e 2ececeextem eese mnm eO REM eR ROI A E OE 103 REI G SHDSETO Map dr a a Cu eus du MSti m dus 104 3196RC Configuration Men 214 cexee ee vete Ri 106 3S196RG Front Panel LEDs coa scdoupeev pet oos UC aid a crise i ics 107 Modify Card System Parameters ois veeseveseexkee eye ee is 108 Mod Fiherner Darametelo rociar obs Hah eho bb S POR etn CRI PES a 109 3196RC DSL window reso etie pe RR RENE RE RO IND ILU Cp T URP RR HE Ce TP PE 110 SLIGRG Edit iDSL Confpuiation a 2e osdee Ses Uode lu Pere Pelr aba Ince ee a abe us 111 SLIGRC Modify IDSL Alarm Thresholds ocio 1 522 hte toes AA 113 SLOG RC ADSL Reporte cris acta sad ean ese aiadu ad Qu atlas deb bici 113 09v SPOGRG He r TTT 114 100 Add a New Route for TIGRE TTT 115 101 Modityime a Route toro LOGRO cr quiet tit bee esata EP pb aS pis giu Roe bh ars Re aus 115 102 PPP Link Configurar id ds 116 303 PPP Defaule Packet Settings nto Se sta potio DB aa 118 304 TIVE Link Configuration window 1 125 e a RR eO ER 120 103 PURE Test Settings rar ES it e PR dnt 122 106 TEL Channel Assietment si44452 005449040006 0ee0ss otro Gand eos SUPE AP PR P
77. a 59 A O 59 dur ET o dd e fo 59 STR EE 59 ISTR M EIE 59 O O o 60 I A do 60 Rebootihe O UT A E AE 60 Ser thefactory default conf p UO monena aE A AETA RET E E RRA 61 RTT a e hein T 62 Vientre Events ania Aeris ido 62 xpo ue C ODIO cr our ucc CLIP eere TN eter tee TLLA 63 ports ihe Lona tt 64 Viewing Modifying System Log Configuration oe cem cree getreten ette Rete 65 Ch npgine ALS SENS Cere eee ERE NS RES E eR 65 A asd e n RE UN RUE 66 57 FS6300 NMS User Manual 4 Configuring and Managing Devices Introduction Devices can be individually configured and monitored through the FS6300 NMS The NMS organizes devices by geographical area in the Network Maps section of the menu tree where device specific menus can be viewed by right clicking on a device Devices can also be monitored through the Network Database section of the menu tree This chapter describes what information you can find and configure about specific devices through the Net work Maps and Network Database sections of the FS6300 NMS Adding Devices To add individual devices to the FS6300 NMS 1 Click Setup F at the top of the screen then click Add Device o OR press Ctrl O The Add SNMP Device window appears gt Add SNMP Device E Pz FS6300 NMS Device Details Device IP Address PO Netmask Das pss pss SNMP Configurations SNMP Password superuser SNMP Agent Port 161 Process Add SNMP Device request inthe background Add Devi
78. a card is to select the card s chassis in the menu tree then right click on the card s icon in the main window 2616RC Configuration Menu The following options are available in the pull down menu for the 2616RC card BE FS6300 Web HMS 5 e Applications E SE Network Maps O Failed Systems E FS6300 Geographical Areas Geographical Area_2 TWO Geographical Area_3 THREE S node_1 GA3HNA fag CH Chassis_1 6U E Chassis_2 4u 5 Geographical Area_4 FOUR IES a Fault Management E a Performance Display jap Layer a SHMP Tools cn Stot ad E 8 Network Database E Alarm Parameter Configuration 4 Administration Tools Card FrontPanel GUI Card System Clocking Card System Configuration Ethernet Overview Events And Alerts IP Routing Operator Action PPP Configuration System Log T1E1 Port Configuration __TAE1 Reports Re Discover Card Ctrl Shift R Ping Ctrl P Sn Chassis_1 6U 192 168 3 0 e WR H H Alarm Summary View mu g Number of Alarms e amp 8 Bees u T DAC Topoiogy Mat i m ona m Maior El Minas ME L E lata l Figure 57 2616RC Configuration Menu e Display T1EI Map Layer See Viewing the T1 E1 Map Layer on page 82 Card Overview Shows information for Box Status Card Info and Alarm Info Alarm Parameter Configuration See
79. a row in the IP Route Details table In the window that pops up make the required changes and submit Figure 99 3196RC IP Overview The table in the IP Overview window shows a list of defined routes for the 3196RC and includes the follow ing information for each entry Destination The destination IP address of this route An entry with a value of 0 0 0 0 is considered a default route Mask The mask that is logical ANDed with the destination address before being compared to the value in the Destination field Gateway The IP address where the packets should be forwarded Cost The cost of the route as defined by RIP standards Cost is sometimes considered to be number of hops Interface The index value that uniquely identifies the local interface through which the next hop of this route should be reached Protocol The routing mechanism via which this route was learned local 1 Added by the DACS to support an interface user 2 Added by an administrator on the IP Routing Information table or via SNMP managemen tools rip 4 Learned via reception of RIP packet icmp 5 Learned via reception of ICMP packet State Shows if a route is valid in use Configuring IP Routing 114 FS6300 NMS User Manual 7 Configuring the 3196RC Card Add Routes To add an IP route to the 3196RC 1 In the IP Overview window for the 3196RC click the Add button to define a new route EJ FS6300 Defi
80. ader compression will be negotiated per RFC 1332 Configuring PPP 119 FS6300 NMS User Manual 7 Configuring the 3196RC Card Configuring the T1 E1 Ports Click on T1E1 Port Configuration to view T1 E1 links for the card Select an entry in the table to configure line interfaces test settings and channel assignments for T1 E1 ports View Configuration In the T1 E1 Port Configuration window for the selected link click on View Configuration If there are alarms for the link click on Alarms Present to view the alarm details for the link Modify Line Interface Settings E T1E1Link Details View Configuration 7 Q Line Interface Settings View Line Interface Settings Circuit ID WAN Circuit Modify Line Interface ings O Test Settings Q View Test Settings Q Modify Test Settings Q Modify Channel Assignment Line Coding dsx1 HDB3 3 Y Q Near End Line Status Current Near End Line Status Total Near End Line Status Q Far End Line Status Current Far End Line Status Receiver Sensitivity linkSensitivityLevel5 5 v Total Far End Line Status x Modify Line Interface Settings Line Type dsx1E1 CRC MF 7 v Receive Equalizer linkRxEqualizerOff 1 Line Build Out e1pulse 1 Y Yellow Alarm Format linkYellowF ormatDL 2 v Fdl dsx1Fdl none 8 v Submit Figure 104 T1 E1 Link Configuration window 1 In the T1 El Port Configuration window for the selected link c
81. anager and system location Chassis Label The Chassis ID must be numerical but the Label Name is optional Note The GA ID must be unique across the entire NMS The NN ID must be unique across the entire Geographical Area it is under The Chassis ID must be unique across the entire Network Node it is under 3 Click Submit Defining Containers 26 FS6300 NMS User Manual 2 Discovering Your Network Modifying Pre Defined Containers To modify pre defined containers 1 In the Container window click on Modify in the menu tree FS6300 Container Definitions E FS6300 NMS O 6300 Containers z Select Network Node Modify Q View Geographic Area Modify Network Node NetworkNode Chassis Geographic Area ID Geographic Area Name Network Node ID ha Network Node Name System Manager Location po Country Australia v Submit Figure 9 Modify Container 2 From the drop down menu select which type of container you want to modify Some items such as ID are permanent and cannot be modified 3 Click Submit Defining Containers 27 FS6300 NMS User Manual Viewing and Deleting Containers To view or delete containers 1 In the Container window click on View in the menu tree 1 5 FS6300 Container Definitions E Pz FS6300 NMS 6300 Containers O Modify Geographic Area Network Node Chassis Network Geogr
82. ange how the Alarm Summary View is displayed by clicking on the icons in the Alarm Summary View win dow There are three different view options Tabular View Graphical View Pie Chart View Alarm Summary View Alarm Summary View Alarm Summary View m w g mu o gm wa O_O 6 ESBENSEB Topology HR 87 0 BUN 70 50 11 ota 4 N Number of Alarms o A A Topology W Critical Major Minor W Ignore Info Warning Clear Info 2 0 9 Warning 0 Clear 8 Critical 0 Major 3 Minor 0 9 Ignore 0 Figure 35 Alarm Summary View options Tabular Graphical and Pie Chart Viewing Alarms 50 FS6300 NMS User Manual 3 Configuring Alarms and Clocking Managing Alarm Custom Views The NMS provides the ability to create custom views for specific alarms Use custom views to display all alarms in a certain state or to view all alarms from one card or network Adding an Alarm Custom View 1 From the menu tree on the left side of the screen select Alarms under Fault Management 2 Select Custom View Add Custom View from the top of the screen The object properties window dis plays Patton Show objects with these properties Properties Tree node properties Filter View Name CriticalAlarms Parent name 8 Alarms Severity Critical Previous severity all Owner Category Group Failure object Sourc
83. aph System Hode Hame ArealD Manager View Network Node Hetwork Location Hode ID Region Country X Delete S Print Export to Excel Figure 10 View Containers From the drop down menu select which container type you want to view To delete a container select the row of the container in the table and click Delete A container may be deleted only if the container is not assigned to any card in the NMS Defining Containers 2 Discovering Your Network The table displays a list of containers This table includes details that were added or modified during mul tiple card configuration but it does not reflect the list of Geographical Areas Network Nodes or Chassis IDs existing on discovered cards You can rearrange columns in the table by clicking and dragging the col umn to the desired order If desired click Print to send the list to a printer or Export to Excel to save the list to a Microsoft Excel spreadsheet 28 FS6300 NMS User Manual 2 Discovering Your Network Defining Containers During Multiple Card Configuration You may wish to define containers after all of the chassis in your network have been discovered In this case you may add IDs details and labels during the multiple card configuration process To reach the Multiple Card Configuration window click on Tools Multiple Card Configuration at the top of the screen SetUp E Tools Map
84. assis Unit GUI Chassis Clocking Synchronization Re Discover AH Cards Ctrl ShiftR Display Card Layer Figure 123 Chassis Configuration Menu e Chassis Overview Shows information for the chassis including Area ID and Network Node Chassis ID Name and Type Network IP Number of Cards and Alarm Status Alarm Card Status View information about the card on the chassis that is monitoring alarms e Chassis Unit GUI See Viewing the Chassis LEDs on page 141 e Chassis Clocking Synchronization See Configuring Clocking Synchronization on page 53 e Re Discover Card See Re Discovering Cards Manually on page 38 Display Card Layer See Viewing the Card Layer Map on page 142 Introduction 140 FS6300 NMS User Manual 9 e Configuring Chassis Viewing the Chassis LEDs Click on Chassis Unit GUI to view the front panels of all of the cards in the chassis in real time Figure 124 Chassis LEDs Viewing the Chassis LEDs 141 FS6300 NMS User Manual 9 Configuring Chassis Viewing the Card Layer Map Click on Display Card Layer to view a map of all of the cards in the chassis Right click on a card to configure to view it s configuration menu Geographical Area 2 TWO Figure 125 Chassis Card Layer Map Viewing the Card Layer Map 142 Chapter 10 Contacting Patton for assistance Chapter contents Ira ea secede dee beret S E desta aha aaa 144 Contact ITER asta 144
85. ast routing Link Compression Enables the PPP link layer address and protocol field compression When enabled the PPP negotiations will desire link compression but may disable the compression due the other end of the link not accepting link compression When disabled the PPP negotiations will force no compression on the PPP link enabled 1 enable link compression disabled 2 disable link compression Allow Magic Number Negotiation Determines if magic number negotiation should be done enabled 1 enable magic number negotiation e disabled 2 disable magic number negotiation IP Filters This option is not modifiable through the FS6300 NMS Refer to the 3096RC Administra tors Reference Guide for more information on IP filtering 5 Click Modify to apply your changes Configuring PPP 96 FS6300 NMS User Manual 6 Configuring the 3096RC Card Modify Default Packet Settings You may modify the default PPP settings that each PPP link will take when first initialized See Modify PPP Link Configuration on page 95 for modifying settings for individual links To modify default packet settings for PPP links l Right click on the card in the main window and select PPP Configuration The PPP2616 window dis plays 2 Select Modify Link Configuration O ppp View Default packet settings Modify Default Settings Modify Default packet settings E PPP View Default packet settings Authentication Technique
86. ast one pulse every 8 bit periods is literally implemented by forcing a pulse in bit 8 of each channel Thus only seven bits per channel or 1 344 Mbps is available for data This feature is not currently implemented e dsx1B8ZS 2 The use of a specified pattern of normal bits and bipolar violations which are used to replace a sequence of eight zero bits The most common coding for T1 circuits e dsxIHDB3 3 This line coding is used with most El circuits today e dsx I ZBTSI 4 May use dsx1ZBTSI or Zero Byte Time Slot Interchange This feature is not cur rently implemented e dsx LAMI 5 Refers to a mode wherein no zero code suppression is present and the line encoding does not solve the problem directly In this application the higher layer must provide data which meets or exceeds the pulse density requirements such as inverting HDLC data other 6 This feature is not currently supported Receive Equalizer The equalization used on the received signal Long haul signals should have the equalization set for more Short haul signals require less equalization Receiver Sensitivity The minimum voltage at which the WAN port will sense that the signal is avail able This variable is only used if the Receiver Equalization is set to ON Line Build Out The T1 or El pulse levels used by the T1 E1 ports triState 0 When the T1 El port is not in use you may want to place the port in tri state mode While in th
87. atically disabled Contact your system administrator to enable your user account Logging into the Application Client 19 FS6300 NMS User Manual Message Connection lost to the FS6300 NMS server at host Do you want to shut down the client Table 1 Troubleshooting messages Why am getting this This message is displayed if the con nection between the client and server is lost due to network problems or if the server is shut down abruptly 1 Introduction What do I do Click Yes to shut down the client or No to continue working If you decide not to close the client even after the connection is lost the screens views and data of the client remain the same but you cannot perform any further opera tions in the client and no updates occur You need to reopen the cli ent and reconnect to the FS6300 NMS Server Lock Screen dialog box Please enter your password to unlock the client This dialog box is displayed when the Application Client is idle for more than a specific period that is when there is no interaction between the user and the Application Client no mouse or keyboard events Enter a valid password in the Pass word field and click Unlock to resume working on the Application Client To disable this prompt every time the Application Client is idle only for that session select Don t show this dialog for the current session any more Only specific number of uns
88. back on the interface shall always return this as it s value e dsx1 PayloadLoop 2 The received signal at this interface is looped through the device Typically the received signal is looped back for retransmission after it has passed through the device s framing func tion e dsx1 LineLoop 3 The received signal at this interface does not go through the device minimum penetration but is looped back out e dsx1 OtherLoop 4 Loopbacks that are not defined here Send Code The type of code is being sent across the DS1 interface by the device dsx1SendNoCode 1 Sending looped or normal data dsx1SendLineCode 2 Sending a request for a line loopback e dsx1SendResetCode 4 Sending a loopback termination request Error Injection Force an output error to see if the other end detects it Yellow Alarm Severity Critical Major Minor Info Ignore Red Alarm Severity Critical Major Minor Info Ignore 3 Click Submit to commit your changes Configuring the T1 E1 Ports 101 FS6300 NMS User Manual 6 Configuring the 3096RC Card Modify Channel Assignments WB T1E1Link Details View Configuration O Line Interface Settings Set All Channels To View Line Interface Settings Modify Line Interface Settings L Es f2 EEE f Frame Balay O Test Settings View Test Settings Modify Channel Assignment
89. bo v Authentication Side local 1 lt Authentication Password MRU 500 Link Compression disabled 2 M Allow Magic Number Negotiation disabled 2 lt cmon po Modify Refresh Figure 84 PPP Default Packet Settings 3 Edit the desired options Authentication Technique The login technique to use for authentication none 0 No authentication will be used pap 3 password authentication protocol will be used chap 4 challenge handshake authentication protocol will be used chapORpap 5 chap will be negotiated first if that fails pap will be attempted Authentication Side The side of the link which will be authenticating local 1 local server will be authenticating Remote needs to log into local server e remote 2 remote server will be authentication Local needs to log into remote server Authentication Username and Password The username and password that will be sent to the remote side if the remote machine is authenticating MRU The setting for Maximum Receive Unit MRU used for the PPP negotiation Configuring PPP 97 FS6300 NMS User Manual 6 Configuring the 3096RC Card Link Compression Enables the PPP link layer address and protocol field compression When enabled the PPP negotiations will desire link compression but may disable the compression due the other end of the link not accepting link compression When disabled the PPP negotiations will force no compr
90. cation Introduction 144 FS6300 NMS User Manual 10 Contacting Patton for assistance Outofwarranty service Patton services what we sell no matter how you acquired it including malfunctioning products that are no longer under warranty Our products have a flat fee for repairs Units damaged by lightning or other catastro phes may require replacement Returns for credit Customer satisfaction is important to us therefore any product may be returned with authorization within 30 days from the shipment date for a full credit of the purchase price If you have ordered the wrong equipment or you are dissatisfied in any way please contact us to request an RMA number to accept your return Patton is not responsible for equipment returned without a Return Authorization Return for credit policy Less than 30 days No Charge Your credit will be issued upon receipt and inspection of the equipment 30 to 60 days We will add a 20 restocking charge crediting your account with 80 of the purchase price Over 60 days Products will be accepted for repairs only RMA numbers RMA numbers are required for all product returns You can obtain an RMA by doing one of the following Completing a request on the RMA Request page in the Support section at www patton com By calling 1 301 975 1007 and speaking to a Technical Support Engineer e By sending an e mail to returns patton com All returned units must have the RMA number clearly visib
91. ce Clear Close Add SHMP Device Figure 44 Add SNMP Device window 2 Enter the IP address and Netmask of the device you want to add If desired you may modify the SNMP Password and SNMP Agent Port If you don t want to monitor the status of your request to add this device to the system select the checkbox for Process Add SNMP Device request in the background 5 Click Add Device Introduction 58 FS6300 NMS User Manual 4 Configuring and Managing Devices Working with Network Maps The Network Maps section of the NMS shows a map of the devices located on the network at various levels 6 8 FS6300 Geographical Areas Applications 5 68 Network Maps e Q Q Q 8 Failed Systems lt Geographical Area 2 TWO S ode 1 won O Chassis_1 4U lt G Geographical Area 3 THREE 5 node 1 casum G chassis 160 Geographical Area 4 FOUR 5 node 4 canna O Chassis_1 4U G Geographical area 0 No Name Figure 45 Network Maps Geographical Areas Click on a Geographical Area in the main menu tree to view a map of Network Nodes in the NMS Right click on the icon of a Network Node in the main window to view a pull down menu of options Nodes Click on a Network Node in the main menu tree to view a map of Chassis in that node Right click on the icon of a Chassis in the main window to view a pull down menu of options Chassis Click on a Chassis in the main menu tr
92. cess by specifying the rediscovery interval in hours or minutes or seconds or in any of the combination as given in the below given Form The rediscovery process can even be configured for particular hours on a particular date day This can be done using the User s Scheduler option Network Rediscovery Interval 1 www patton com Figure 24 Schedule Re Discovery for Regular Intervals 3 Select the Regular Interval radio button at the top of the window 4 Specify the rediscovery interval in Hours Minutes and Seconds By default the interval is set as 24 hours You can set any value from 1 to 24 in the hours field 5 Click OK Scheduling Rediscovery 39 FS6300 NMS User Manual 2 Discovering Your Network Note Ifthe Rediscovery Interval is set using Regular Interval option then the values set for Specific Dates and Days of Week options will not take effect Specific Dates To set rediscovery on specific dates l Clickon Tools Discovery Administration at the top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the General tab then click the Rediscovery button The Rediscovery Scheduler window opens Rediscovery Scheduler O Regular Interval 8 Specific Dates Days of Week When the Specific Dates option is selected for Rediscovery interval then after a complete discovery the rediscovery process will happen in the specified date of the mo
93. chart that shows the amount of alarms and severity of alarms for the card select Events and Alerts from the card s configuration menu L Events and Alerts For 192 168 3 14 Selected Object is 192 168 3 14 v Total Number of Events 4230 Total Number of Alerts 2 Minor Info Severity Critical Clear Events Major Ignore Warning Figure 50 Card Events and Alerts Configuring Cards 62 FS6300 NMS User Manual 4 Configuring and Managing Devices Exporting the Configuration To save a card configuration l Click Tools gt Schedule Tasks in the main window In the FS6300 Schedule Tasks window select the radio button for Export Card Configuration Select the Card Model from the drop down menu 2 Click Execute Now The Export Card Configuration window displays a list of cards 1 FS6300 Export Card figuration Pa FS6300 NMS Selected Cards Select Card Model Slot Geographical Area Network Node Chassis Status 192 168 3 11 6511 GA3 3 MOT 1 192 168 3 12 6511 GA3 3 MOT 1 192 168 3 19 6511 GA3 3 NN1 1 1 182158320 6511 GA3 3 NNICD 1 192 168 4 11 6511 GAA 4 NN1 1 1 1 1 1 192 168 6 11 6511 GAB 5 ANTE 192 168 7 11 6511 GATT NNF 182168719 6511 GATT NN7 7 U Record current configuration before export C Select All TagName 6511 201 ol Description Export Co
94. ckup the database automatically based on a schedule Creating a backup file of the database l Click Tools gt Schedule Tasks in the main window In the FS6300 Schedule Tasks window select the radio button for Database Backup 2 Click Execute Now A status message will display as the system completes the backup process FS6300 Schedule Tasks eS S Pz FS6300 NMS Tasks DataBase BackUp Export Card Configuration Backup in Progress Please wait Backup data file foptFS6300 Server1 28betalbackup BackUp_JUL23_2010_14_34 BackUp_JUL23_201 Execute Now Schedule Figure 2 FS6300 Schedule Tasks window 3 The backup file is saved to the opt FS6300 lt version gt backup directory Scheduling a policy to backup the database The 6300 NMS Backup policy automatically backups the system to reduce the load on the server 1 Click on Administration Tools gt Policies in the NMS menu tree 2 Select Policy gt Add Policy from the menu at the top of the screen The Add Policy Details window dis plays Patton AddPolicy Details Select Policy 6300 HMSBackUpPolicy Instance Name 6300 HMSBackUpPolicy2 IStatsTableCleanupPolicy 6300 NMSB AlertActionPolicy Close Figure 3 Add Backup Policy 3 Select 6300NMSBackupPolicy from the drop down menu Enter a Name for the backup policy and click Add The Object Details window displays Backing Up the Database 22 FS6300 NMS User Manual 1
95. dministration DISCOVERY ADMINISTRATION General Protocol Network Discovery Start Stop Discovery Configure Network Discovery parameters IPAddress Netmask StartlP EndIP are the key parameters for Network Discovery Discover IPAddress NetMask StartlP EndlP vi 19216850 255 255 255 0 1255255 2552552550 v Discover 8 Entire Network D Set of Devices IPAddress 192 168 2 0 NetMask 255 255 w 255 w Start IP i E End IP S Add Modify Delete Appl Figure 16 Network Discovery tab 5 Enter the IP Address of the network or set of devices you want the FS6300 NMS to discover Click Add Repeat this step to add more networks for the NMS to discover 6 Click Apply to begin the Discovery process 7 Returning to the main window click on Networks under Network Database in the menu tree to see if the IP subnet has already been entered into the Networks table for discovery Note The discovery process may take some time depending on how many nodes there are to discover on your network During the Discovery process a blue icon with an actively spinning wheel will be in the upper right hand corner of the main window parameter during the Discovery process Attempting to do so It is very important that you do not attempt to configure any could corrupt the data being collected during Discovery
96. e Message From Date Time modified To Date Time modified From Date Time created Eb Eb Eb LL To Date Time created GroupViewMode none v Any y Time Alarm age modified time Select props to view Additional criteria Figure 36 Example Custom Alarm View for Critical Alarms Patton Show objects with these properties Properties Tree node properties Filter View Name 8 12MajorAlarms Parent name a Alarms Severity Major Previous severity an Owner Category Group Message Failure object Source 192 168 8 12 From Date Time modified To Date Time modified From Date Time created Lele del bk be To Date Time created GroupViewMode Alarm age modified time Select props to view Figure 37 Example Custom Alarm View for Specific Card Viewing Alarms 51 FS6300 NMS User Manual 3 Configuring Alarms and Clocking 3 Enter the desired criteria for the custom view then click Apply Filter The new table displays and the NMS will automatically include the custom view as a submenu item under Alarms in the main menu tree Edit View Actions Tools MapProvisioning Reports Help Add Custon View CHON Remove Custom View Ctrl C Modify Custom View Ctrl M RB FS6300 Web HMS E e Applications B c Network Maps PE FS6300 NMS 5 MajorAlarms OBR Page Length 25
97. e 15dB 4 Weak T1 pulse amplitude Yellow Alarm Format The standard used to transmit and identify the Yellow Alarm link YellowFormatBit2 1 Bit 2 equal zero in every channel e link YellowFormatDL 2 FFO00 pattern in the Data Link link YellowFormatFrame12FS 3 ES bit of frame 12 Fdl implementation of FDL is being used if any FDL applies only to T1 circuits other 1 Indicates that a protocol other than one following is used e dsx1Ansi T1 403 2 Refers to the FDL exchange recommended by ANSI e dsx1Att 54016 3 Refers to ESF FDL exchanges e dsx1Fdl none A Indicates that the device does not use the FDL If one of the El line types has been selected set Fdl to dsx1Fdl none 8 3 Click Submit to commit your changes Configuring the T1 E1 Ports 121 FS6300 NMS User Manual 7 Configuring the 3196RC Card Modify Test Settings WB Et Link Details Modify Test Settings O View Configuration Line Interface Settings View Line Interface Settings Force Yellow Alarm linkYellowAuto 1 v Modify Line Interface Settings 9 Q Test Settings Loopback Contig dsx1NoLoop 1 Q view Test Settings Modify Test Settings Q Modify Channel Assignment Send Code dsx1 SendNoCode 1 Y 9 Q Near End Line Status Current Near End Line Status Error Injection noErrorinjectiontO v Total Near End Line Status Q Far End Line Status Current Far End Line Status Yellow Alarm Sever
98. e of the link which will be authenticating local 1 local server will be authenticating Remote needs to log into local server e remote 2 remote server will be authentication Local needs to log into remote server Authentication Username and Password The username and password that will be sent to the remote side if the remote machine is authenticating MRU The setting for Maximum Receive Unit MRU used for the PPP negotiation Configuring PPP 118 FS6300 NMS User Manual 7 Configuring the 3196RC Card Link Compression Enables the PPP link layer address and protocol field compression When enabled the PPP negotiations will desire link compression but may disable the compression due the other end of the link not accepting link compression When disabled the PPP negotiations will force no compression on the PPP link enabled 1 enable link compression disabled 2 disable link compression Allow Magic Number Negotiation Determines if magic number negotiation should be done enabled 1 enable magic number negotiation e disabled 2 disable magic number negotiation Compression If none 1 then the local node will not attempt to negotiate any IP compression option Otherwise the local node will attempt to negotiate compression mode Changing this option will have effect when the link restarts none 1 do not negotiate IP compression negotiated default vj tcp 2 van jacobson TCP IP he
99. ear end performance e Far End Line Status Click on Current Far End Line Status to view statistics for current far end perfor mance Click on Total Far End Line Status to view statistics totals for far end performance Note Refer to the 3096RC Adminsitrator s Reference Guide for detailed information about line status statistics Configuring the T1 E1 Ports 102 FS6300 NMS User Manual 6 Configuring the 3096RC Card Viewing T1 E1 Reports Click on T1E1 Reports to view and print different reports about the activity line interface settings and test settings of T1 E1 links on the 3096RC card Click the Print button to send the report to a printer on your network Click the Export to Excel button to send the report to Microsoft Excel to save in a spreadsheet B T1E1 Link Acti y T1 E1 Link Activity Overview O Line Interface Settings O Test Settings Circuit Loopback Line ID Config Status 1 WAN Circuit other 1 dsx1NoLoop 1 Mo Alarm 2 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 3 WEAN Circuit other 1 dsx1NoLoop 1 No Alarm 4 RoutedPPP NMS dsx1E1 4 dsx1NoLoop 1 No Alarm 5 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 6 VAN Circuit other 1 dsx1NoLoop 1 No Alarm Li VAN Circuit other 1 dsx1NoLoop 1 No Alarm 8 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 3 WEAN Circuit other 1 dsx1NoLoop 1 No Alarm 10 WAN Circuit other 1 dsx1NoLoop 1
100. econds 1 Set Parameters Click on the button to configure the Initial Parameters 9 Initial Parameters Click on the button to configure the Rediscovery process C Rediscovery Figure 17 Set Discovery Interval Setting Discovery Interval 34 FS6300 NMS User Manual 2 Discovering Your Network Configuring Discovery of SNMP Devices SNMPdevices may not be discovered through the default discovery process To enable discovery of SNMP devices l Click on Tools gt Discovery Administration at the top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the Protocol tab then click the Edit Properties button The SNMP Properties window opens Discovery Administration DISCOVERY ADMINISTRATION Ta FS6300 NMS General Protocol Network Discovery Start Stop Discovery Click Edit Properties Button to set SNMP Properties SNMP Properties Edit Properties f Enter SNMP properties SNMP Discovery SNMPReties 2 SNMP Timeout 2 SNMP Password SNMP Ports 161 a Bor coca Figure 18 Configure Discovery for SNMP Devices 3 Enter information for the following parameters SNMP Discovery Select the checkbox to enable or disable discovery of SNMP devices SNMP Retries Specify the number of times the system will attempt to query the device if it does not respond to the first qu
101. ee to view a map of Devices in that chassis Right click on the icon of a Device in the main window to view a pull down menu of options Slots Devices Click on a Device in the main menu tree to view a map of Ports in that device Right click on the icon of a Port in the main window to view a pull down menu of options Ports Interfaces Right click on a port to configure its link or set it to be managed or unmanaged Note For details on adding containers see Defining Containers on page 25 Figure 46 shows a visual representation of container IDs in the NMS CHASSIS 1 subnet of NN 1 Can be represented as Ans GA 1 NN 2 CHASSIS 1 CHASSIS 2 SARI lt CH2 gt NN 3 CHASSIS 1 GA1 NN1 CH2 NMS NN 1 CHASSIS 1 GA 2 NN 5 CHASSIS 1 CHASSIS 2 CHASSIS 2 CHASSIS 3 CHASSIS 4 Figure 46 Container IDs in the NMS Working with Network Maps 59 FS6300 NMS User Manual 4 Configuring and Managing Devices Managing Operator Actions Operators may want to reboot a device or save the current configuration to memory in case problems arise in the system To reach the Operator Actions menu right click on the Device icon and select Operator Action Record the current configuration To save the current configuration of a device to memory l In the main menu tree under Network Maps navigate to the Chassis or Card Slot 2 Right click on the card s icon in the main window and select Operator Action The Reset
102. el Click on Card Front Panel GUI to view the front panel of the card in real time 5 FS6300 3096RC PATTON Jj a Z 3 22 PATTUN 3096AC T DAC e 4 T GSHOSL Concertar 000 ENET CONFIG 6165 250W AC POWER SUPPLY Figure 72 3096RC Front Panel LEDs Configuring the Card System Click on Card System Configuration to configure system parameters You can also view the system status eth ernet status system parameters SNMP and HTTP Parameters and system status details Modify System Parameters If you only want to view the system parameters click on View System Parameters in the Card System Config uration window To configure the card system click on Modify System Parameters in the menu tree in the Card System Con figuration window see Figure 71 on page 84 Viewing the Front Panel 85 FS6300 NMS User Manual 6 Configuring the 3096RC Card O Card System Configuration Q View System Status View Ethernet Status Q View System Parameters O View SNMP and HTTP Parameters x Modify System Parameters Country unitedStates 1 Q View System Status Details Modify System Parameters Installation Parameters Module Name DAC Web Settings enableGraphics 1 Monitor Privilege readonly 2 l M Stats Refresh Rate rateSmin 300 M Front Handle Reset lenable 1 Modify Refresh Figure 73 Modify Card System Parameters 1 Select to enable or disable graphics from the Web Sett
103. elect to enable or disable the card s fallback feature The fallback feature when enabled allows the card to switch to a secondary clock as follows Enable Master or secondary mode The card upon failure of the primary reference clock source will switch to the selected fallback reference clock source Disable Slave Mode The card defaults fallback feature options are not accessible to user to system for both main reference and fallback reference since the slave cards do not provide clock to the chassis they receive clock from the system clocking bus provided by a master or secondary card Clock Auto Recover Select to enable or disable the clock auto recover feature The Auto Recovery Feature when enabled will cause a card in master or secondary mode which is operating on fallback reference clock due to a failure of the pri mary reference clock to switch back to primary reference clock when it becomes available When disabled the card operating on fallback reference clock will not switch back to primary reference clock even if the primary reference becomes available Click Submit to commit your changes You will need to record the current configuration to save your changes to the card s volatile memory See Record the current configuration on page 60 Configuring Card System Clocking 56 Chapter 4 Configuring and Managing Devices Chapter contents aieea te O PEE 58 Adding Dis e 58 aca 59 e aro E or
104. enetration but is looped back out e dsx1 OtherLoop 4 Loopbacks that are not defined here Send Code The type of code is being sent across the DS1 interface by the device dsx1SendNoCode 1 Sending looped or normal data dsx1SendLineCode 2 Sending a request for a line loopback e dsx1SendResetCode 4 Sending a loopback termination request Error Injection Force an output error to see if the other end detects it Yellow Alarm Severity Critical Major Minor Info Ignore Red Alarm Severity Critical Major Minor Info Ignore 3 Click Submit to commit your changes Configuring the T1 E1 Ports 80 FS6300 NMS User Manual 5 Configuring the 2616RC Card Modify Channel Assignments WB T1E1Link Details View Configuration O Line Interface Settings Set All Channels To View Line Interface Settings Modify Line Interface Settings L Es f2 EEE f Frame Balay O Test Settings View Test Settings Modify Channel Assignment Modify Test Settings 1 ppp 5 y 11 ppp 5 v 21 ppp 5 Y Modify Chan e PT g 9 Q Near End Line Status 2 ppp s ba 12 ppp s Y 22 ppp s v Current Near End Line Status Total Near End Line Status 3 ppp x 13 ppp Y 23 ppp 5 v Q Far End Line Status 4 5 m a 5 e on e gt O Current Far End Line Status penc na pep Pe Q Tota
105. er obo H UST Er pe EE 138 126 FS6300 NMS User Manual 8 Configuring the 6511RC Card Introduction The Patton Model 6511RC is a matrix switch with Gigabit Ethernet There are several ways to reach the con figuration menu for the 6511RC card Click on Network Maps in the main menu tree then click on Chassis Right click on the 6511RC icon Navigate to Network Database gt Managed Objects gt Cards in the main menu tree then right click on the IP address of the card in the table in the main window The best way to reach the configuration menu for a card is to select the card in the main menu tree then right click on the card s icon in the main window 6511RC Configuration Menu The following options are available in the pull down menu for the 6511RC card BE Fs6300 web NMS R c Chassis_4 6U 192 168 4 0 EE a Applications Gi 68 Network Maps 8 Failed Systems lt ER FS6300 Geographical Areas E Geographical Area 1 TUNIS G D node 4 KASBAHLGD chassis 150 su 6 Geographical area 3 THREE S node 1 casi G chassis 1 60 a Node 3 GA3NH1 Geographical Area 4 FOUR E D node 4 nam lt 69 Geographicalarea 2 TWO lt GD wode 2 Gaznn1 i Q Chassis_2 4U lii Alarm Summary View guo 1 1 o M an nam li T DAC Topology Display E1 Link VC1 0t Display E1 Link VC2 Display E1 Link VC3 Alarm Para
106. ered To re discover specific cards and not the entire subnet see Re Discovering Cards Manually on page 38 Upgrading Firmware The FS6300 NMS supports the following Patton models Supported Rack Cards Supported CPE Devices 6511 3201 3196RC 3088 3096RC 3086 2616RC 1082 C D I F The rack cards must have the following minimum firmware version installed in order to operate properly Card Minimum Firmware Version Required 6511 651 1RC 1 2 9 img 3196RC 3196RC 1 3 9 img 3096RC 3096RC 1 5 16 img 2616RC 2616RC 1 3 9 img To update the firmware for a rack card 1 Click on Tools gt Firmware Upgrade at the top of the screen Tools Map Provisioning Reports Help Schedule Tasks Discovery Administration View Exported Card Configuration Firmware Upgrade R B Multiple Card Configuration E Security Administration Hrane sysems S Figure 30 Tools gt Firmware Upgrade Upgrading Firmware 44 FS6300 NMS User Manual 2 Discovering Your Network 2 The FS6300 Firmware Upgrade window displays l F 6300 Firmware Upgrade Select Model Select Chassis Select Image Version 3096 el GA4 NN4 NW192 168 4 0 CH1 3095RC 1 5 11mg v 192 168 4 15 1 5 20 i 2009 07 02 09 07 36 Hame Device Current Last Select Address Version Update NOTE Cards will be upgraded in the same serial order as in the list above In a
107. ernet Settings Click on Ethernet Overview to configure Ethernet settings You can also view Ethernet statistics Modify Ethernet Parameters If you only want to view the Ethernet parameters click on View Ethernet Parameters in the Ethernet Over view window To configure the Ethernet settings click on Modify Ethernet Parameters in the menu tree in the Ethernet Overview window see Figure 113 9 Ethernet View Ethernet Statistics Ethernet Parameters Configuration View Ethernet Parameters Modify Ethernet Parameters State linkIndicationt OODuplex 6 PrimarylpAddress 192 168 3 14 PrimarylpMask 255 255 255 0 PrimarylpFilters SecondarylpAddress Br 0 O 0 SecondarylpMask 0 0 0 0 SecondarylpFilters Technique static 1 v Modify Q Refresh Figure 113 Modify Ethernet Parameters 1 Enter the main address and mask for the card in the Primary IP Address and IP Mask fields 2 The IP Filter needs to be provisioned through the card s configuration website For more information on setting up IP Filters refer to the Model 6511RC Adminstrator s Reference Guide 3 From the Technique drop down menu select static if you want to statically assign the IP address or select disable if you want to use DHCP to assign the IP address 4 Click Modify to commit your changes Click Refresh View Ethernet Statistics Click on View Ethernet Statistics in the
108. ery SNMP Timeout Specify how many seconds the system will wait for a response before attempting to con tact the device again SNMP Password Enter your password for configuring the SNMP device SNMP Ports Specify the ports to use to communicate with the SNMP agents 4 Click OK to close the SNMP Properties window Then click Apply to save your changes to the server Configuring Discovery of SNMP Devices 35 FS6300 NMS User Manual Adding a Device Manually 2 Discovering Your Network To add a single device to the NMS database l Click on SetUp F gt Add Device at the top of the screen SetUp F Tools Map Provisioning R Cti O Add Device 0 6300 Container D nition Back Forward Ctr Shift B Ctr Shift F Figure 19 SetUp Add Device 2 The Add SNMP Device window displays E Add SNMP Device Device Details Device IP Address Netmask SNMP Configurations SNMP Password SNMP Agent Port Se FS6300 NMS 1 superuser 161 Process Add SNMP Device request inthe background Add Device Clear Close Figure 20 Add SNMP Device Enter information for the following fields Device IP Address Enter the IP address of the device you want to add Netmask Enter the netmask for the device IP address Default 255 255 255 0 SNMP Password Enter the password to access the device SNMP Agent Port Enter the port number where the SNMP Agent is running
109. es ss en asus 83 Intro UCA E 84 enia TTT T ER 84 Viewing the Pront Dapgl cunctis HE Or BU la 85 Gonfiguriie the Card Oyster 85 Modistas 85 View Systetin Stats M 86 View System status Detalle ita ii ia 86 View Btlietpel wea CUS caia asi HEREDES 86 Wiew SN MP and ELT TP Parameters ninia merece ete erre EE esee t ep d adidas 86 Configuring EUDEFnet SEE aee re IEEE OR RT DEOR RENTA HEP RN He THERE 87 FS6300 NMS User Manual Table of Contents Modify Ethernet DAMA ii URN ee ERREUR TRENT ES 87 View Ethernet Statisties m T 87 Conhisunne G SBIDSE L cae aee e ii id 88 Activating Deactivating All Pots c5 o derer erit Pi SP note ads edie tera te er ES 88 Contisuring Individual DOSES dactilar De ires EU Re OUR eY UE 89 View Post IN Orao bai iia tido 89 Edit CO GPE Options E 90 Determine Best Payload Rate 1 eedaeeterdie dx tpe op e e EQ cere Fere d ree ree Me CUR EA NUR UP ERE 91 Micwing G OMDSL Rep Ont aos 92 contiguas DD Routing hue oil 93 Add TT 94 Modiy Rom MP 94 Conbbulne DDPS TT 95 Modify PPP Link Configuration erret eo pn certe dere tede curso Peter REL e dece AR 95 Moduy Default Packet SEQUI sade eere aree drca te iet e gin ie tere etre re uite tee eT e ERROR 97 Coufieuins the TUE E POS eene Dena ri ter on tpe de n HEU 99 Miew COM SALA RHO decirte teet cete din 99 Modify Wine tel ice etnia cut dtt dx dd 99 Modify Test Sett
110. ession on the PPP link enabled 1 enable link compression disabled 2 disable link compression Allow Magic Number Negotiation Determines if magic number negotiation should be done enabled 1 enable magic number negotiation e disabled 2 disable magic number negotiation Compression If none 1 then the local node will not attempt to negotiate any IP compression option Otherwise the local node will attempt to negotiate compression mode Changing this option will have effect when the link restarts none 1 do not negotiate IP compression negotiated default vj tcp 2 van jacobson TCP IP header compression will be negotiated per RFC 1332 Configuring PPP 98 FS6300 NMS User Manual 6 Configuring the 3096RC Card Configuring the T1 E1 Ports Click on T1E1 Port Configuration to view T1 E1 links for the card Select an entry in the table to configure line interfaces test settings and channel assignments for T1 E1 ports View Configuration In the T1 E1 Port Configuration window for the selected link click on View Configuration If there are alarms for the link click on Alarms Present to view the alarm details for the link Modify Line Interface Settings E 11E1Link Details View Configuration 9 0 Line Interface Settings View Line Interface Settings Circuit ID WAN Circuit Modify Line Interface ings O Test Settings Q View Test Settings Q Modify Test Settings Q Modify Channel Assignmen
111. ewing Modifying System Log Configuration on page 65 TIEI Port Configuration See Configuring the T1 E1 Ports on page 120 e TIEI Reports See Viewing T1 E1 Reports on page 124 e Re Discover Card See Re Discovering Cards Manually on page 38 Ping Displays a status message after pinging the interface Viewing the Front Panel Click on Card Front Panel GUI to view the front panel of the card in real time FS6300 31 96RC 2 PATTUN E rk 6165 250W AC POWER SUPPLY Figure 92 3196RC Front Panel LEDs Configuring the Card System Click on Card System Configuration to configure system parameters You can also view the system status eth ernet status system parameters SNMP and HTTP Parameters and system status details Modify System Parameters If you only want to view the system parameters click on View System Parameters in the Card System Config uration window To configure the card system click on Modify System Parameters in the menu tree in the Card System Con figuration window see Figure 93 on page 108 Viewing the Front Panel 107 FS6300 NMS User Manual 7 Configuring the 3196RC Card O Card System Configuration Q View System Status View Ethernet Status Q View System Parameters O View SNMP and HTTP Parameters x Modify System Parameters Country unitedStates 1 Q View System Status Details Modify System Parameters Installation Parameters Module Name
112. f the SDH Configuration window Hover the mouse pointer over an LED Section Line or Path to view the alarm status Viewing Statistics To view SDH statistics click on Near End Statistics or Far End Statistics in the menu tree of the SDH Con figuration window Click on an LED in the Current column to edit the Stats Refresh Rate Click on an LED in the History column to view past details Configuring SDH 137 FS6300 NMS User Manual 8 Configuring the 6511RC Card Viewing E1Link Layers Click on Display E1 Link VC to show a map of all the E1 links on a TUG To edit a link right click on the E1 link icon that you want to edit and select El Port Link Configuration See Configuring E1 Links on page 131 6511RC TUG3 1 192 168 2 11 Figure 122 6511RC El Link Map Viewing El Link Layers 138 Chapter9 Configuring Chassis Chapter contents Mitre NE Co 1 OPA COPA RO eae rend deeper enean e ERU E e donet eens 140 Chossa AA HT 140 O o ens 141 Mies tard Layer Ml T 142 139 FS6300 NMS User Manual 9 Configuring Chassis Introduction To configure a chassis navigate to Network Maps gt Geographical Area gt Network Node in the menu tree on the left side of the screen Right click on a chassis icon in the main window to display the configuration menu for the chassis Chassis Configuration Menu The following options are available in the pull down menu for a chassis Maes Alarm Card Status JU Ch
113. fer to the 3196RC Administra tors Reference Guide for more information on IP filtering 5 Click Modify to apply your changes Configuring PPP 117 FS6300 NMS User Manual 7 Configuring the 3196RC Card Modify Default Packet Settings You may modify the default PPP settings that each PPP link will take when first initialized See Modify PPP Link Configuration on page 116 for modifying settings for individual links To modify default packet settings for PPP links l Right click on the card in the main window and select PPP Configuration The PPP2616 window dis plays 2 Select Modify Link Configuration O ppp O View Default packet settings Modify Default Settings Modify Default packet settings Q PPP View Default packet settings Authentication Technique beo f Authentication Side local 1 lt Authentication Username Authentication Password MRU 500 Link Compression aps O Allow Magic Number Negotiation faisaia v Compression bn vr Modify Refresh Figure 103 PPP Default Packet Settings 3 Edit the desired options Authentication Technique The login technique to use for authentication none 0 No authentication will be used pap 3 password authentication protocol will be used chap 4 challenge handshake authentication protocol will be used chapORpap 5 chap will be negotiated first if that fails pap will be attempted Authentication Side The sid
114. ff 1 Line Build Out e1pulse 1 Y Yellow Alarm Format linkYellowF ormatDL 2 v Fdl dsx1Fdl none 8 v Submit Figure 66 T1 E1 Link Configuration window 1 In the T1 El Port Configuration window for the selected link click on Modify Line Interface Settings 2 Edit the desired options Circuit ID The transmission vendor s circuit identifier for the purpose of facilitating troubleshooting Line Type the type of DS1 Line implemented on this circuit The type of circuit affects the number of bits per second that the circuit can reasonably carry as well as the interpretation of the usage and error statistics Select fromt he following values other 1 Link is disabled e dsx1ESF 2 Extended Superframe DS1 e dsx1D4 3 AT amp T D4 format DS1 e dsx1E1 4 Based on CCITT ITU G 704 without CRC Cyclical Redundancy Check dsx1E1 CRC 5 Based on CCITT ITU G 704 with CRC Cyclical Redundancy Check e dsx1E1 ME 6 Based on CCIT ITU G 704 without CRC bit oriented signaling e dsx1EI CRC MF 7 Based on CCIT ITU G 704 with CRC bit oriented signaling e dax 1E1 Transparent 8 Based on CCIT ITU G 703 without CRC Cyclical Redundancy Check Configuring the T1 E1 Ports 78 FS6300 NMS User Manual 5 Configuring the 2616RC Card Line Coding The type of Zero Code Suppression used on the link e dsx1JBZS 1 Jammed Bit Zero Suppression in which the AT amp T specification of at le
115. he iDSL port 3 Select an option from the Test Mode drop down menu e localLoop 1 The T DAC s iDSL port will operate in local loopback mode Data transmitted through the 3196RC to the iDSL port is looped back to the transmitting port remoteLoop 2 For a Patton CPE iDSL modem that provides a serial port such as the model 1082 and that is remotely connected to this iDSL port remoteLoop 2 changes the operating mode of the serial port The 3196RC will cause the serial port on the remote CPE to operate in loopback mode lineLoop 3 The 3196RC s iDSL port will operate in line loopback mode For the CPE remotely con nected to this port you can use lineLoop 3 mode to test the iDSL link from the CPE to the 3196RC and back to the CPE none 0 The default value for Test Mode Configuring iDSL Ports 111 FS6300 NMS User Manual 7 Configuring the 3196RC Card Select an option from the Test Pattern drop down menu The Test Pattern parameter defines which test pattern the 3196RC will generate and transmit The 3196RC will transmit the selected test pattern to the destination port defined by the option you selected for the Test Mode 5 Click Modify to save your changes View Port Information Click on iDSL Port Status and Statistics in the menu tree of the Port Configuration window to view erros and up times for the selected port Edit CPE Options Click on Modify CPE Information in the menu tree of the Port Configurati
116. he top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the General tab then click the Rediscovery button The Rediscovery Scheduler window opens Rediscovery Scheduler O Regular Interval O Specific Dates 8 Days of Week 2 Discovering Your Network the month and in the hour of that specified date selected day Days All Specific 00 00 04 00 08 00 12 00 16 00 20 00 OK CANCEL Hours 01 00 05 00 09 00 13 00 17 00 21 00 When the Specific Dates option is selected for Rediscovery interval then after a complete discovery the rediscovery process will happen in the specified date of When the Day of week option is selected then after a complete discovery the rediscovery process will happen in the specified day of the week in the hour of that e Specific 02 00 03 00 06 00 07 00 H 0 00 11 00 14 00 15 00 18 00 19 00 22 00 23 00 Figure 26 Schedule Re Discovery for Days of the Week 3 Select the Days of the Week radio button at the top of the window 4 Select the day s that you want re discovery to occur All Days Select the radio button for All Re Discovery will occur every day Specific Days Select the radio button for Specific Then click on all of the days of the week that you want re discovery to occur For example if you select MON TUES WED the re discovery occurs only on t
117. her Mest e 42 Saving COME T cocotte tede ere cU CM LL eov TM UU DD eL edes 43 Porcine DiscoveyciupselserediGatdo oec eoe ccu e rM E E 44 Upgradine TTT 44 24 FS6300 NMS User Manual 2 Discovering Your Network Overview The Discovery process is the most important step in working with the NMS This chapter describes how to add containers before discovering your network how to schedule rediscovery processes and how to add a device manually to the system To open the Discovery window click on Tools Discovery Administration at the top of the screen SetUp F Tools Map Provisioning Reports Help Schedule Tasks Discovery Administration View Exported Card Configuration Firmware Upgrade Multiple Card Configuration Figure 6 Tools gt Discovery Administration Note The FS6300 supports Patton Models 2616RC 3096RC 3196RC and 6511 Note The FS6300 currently only supports all devices with same commu nity strings and networks with 24 bit masking Defining Containers Containers are unique identification details about the Geographical Areas Network Nodes and Chassis in your network You may pre define and create a master list of containers before initial discovery of your net work or you may define containers while configuring multiple cards Pre Defining Containers Before Initial Discovery Before starting discovery you may create a master list of pre defined details for the Geographical Areas Nodes
118. hose days every week 5 Select hours for the selected days All Hours Select the radio button for All for re discovery to occur every hour on the specified day s Specific Hours Select the radio button for Specific Then click on all of the hours that you want re dis covery to take place on the specified day s 6 Click OK Note When both dates and days are configured then the Specific Dates settings will take place and the Days of the Week settings will be ignored Scheduling Rediscovery FS6300 NMS User Manual 2 Discovering Your Network Configuring Multiple Cards If you have separate subnets that are supposed to be in the same Geographical Area but in a specifically named Node and Chassis you will want to update the subnet information so that is displayed as it actually is located in the network Updating the Configuration To configure multiple cards l Select Tools from the menu at the top of the screen then Multiple Card Configuration The Multiple Card Configuration window appears SetUp P Tools Map Provisioning Reports Help Schedule Tasks Discovery Administration View Exported Card Configuration Firmware Upgrade Security Administration Figure 27 Tools gt Multiple Card Configuration 2 Click on Card Parameters in the menu tree on the left side of the screen gt gt FS6300 Multiple Card Configuration Pz FS6300 NMS BB Card Config
119. ick Refresh View System Status Click on View System Status in the Card System Configuration window to see an overview of the physical sta tus of the card and the system status View System Status shows information about the handle switches front rear LEDs alarm and clock LEDs and the board temperature View System Status Details Click on View System Status Details in the Card System Configuration window to see information on CPU statistics Message Block statistics Memory statistics Manufacturer details and the Enclosure System temper ature View Ethernet Status Click on View Ethernet Status in the Card System Configuration window to see the LEDs and speeds of the card s Ethernet ports View SNMP and HTTP Parameters Click on View SNMP and HTTP Parameters in the Card System Configuration window to see the SNMP version and passwords Configuring the Card System 70 FS6300 NMS User Manual 5 Configuring the 2616RC Card Configuring Ethernet Settings Click on Ethernet Overview to configure Ethernet settings You can also view Ethernet statistics Modify Ethernet Parameters If you only want to view the Ethernet parameters click on View Ethernet Parameters in the Ethernet Over view window To configure the Ethernet settings click on Modify Ethernet Parameters in the menu tree in the Ethernet Overview window see Figure 60 FS6300 Ethernet Overview o Ethernet O View Ethernet Statistics Ethernet Parameters C
120. ied pattern of normal bits and bipolar violations which are used to replace a sequence of eight zero bits The most common coding for T1 circuits e dsxIHDB3 3 This line coding is used with most El circuits today e dsx I ZBTSI 4 May use dsx1ZBTSI or Zero Byte Time Slot Interchange This feature is not cur rently implemented e dsx LAMI 5 Refers to a mode wherein no zero code suppression is present and the line encoding does not solve the problem directly In this application the higher layer must provide data which meets or exceeds the pulse density requirements such as inverting HDLC data other 6 This feature is not currently supported Receive Equalizer The equalization used on the received signal Long haul signals should have the equalization set for more Short haul signals require less equalization Receiver Sensitivity The minimum voltage at which the WAN port will sense that the signal is avail able This variable is only used if the Receiver Equalization is set to ON Line Build Out The T1 or El pulse levels used by the T1 E1 ports triState 0 When the T1 El port is not in use you may want to place the port in tri state mode While in this setting the input lines to the port are placed in high impedance protection mode e el pulse 1 Used when connecting the T1 E1 port to El lines tl pulseOdB 2 Strong T1 pulse amplitude e tl pulse 7dB 3 Medium T1 pulse amplitude tl puls
121. if you want to use DHCP to assign the IP address 4 Click Modify to commit your changes Click Refresh View Ethernet Statistics Click on View Ethernet Statistics in the Ethernet Overview window to view statistics for the Ethernet ports on the device such as errors and frame stats Configuring Ethernet Settings 109 FS6300 NMS User Manual 7 Configuring the 3196RC Card Configuring iDSL Ports Click on iDSL Port Configuration in the pull down menu to bring up the iDSL window The iDSL window shows the number of iDSL ports available linked ports failed ports training ports and ports in test mode FS6300 IDSL Seles Se FS6300 NMS SL ri DSL Port Configuration No of iDSL Ports Available No of iDSL Ports Linked L No of iDSL Ports Activated iDSL Ports Linked No of iDSL Ports Failed No of iDSL Ports Training No of iDSL Ports in Test Mode Total Flap Count Q Activate All Port L Deactivate All Ports Q Refresh CPE Circuit ID deactivate 0 deactivate 0 ideactivate 0 deactivate 0 none D HOTE Click on Port ID to open Configuration Details window Figure 95 3196RC DSL window Activating Deactivating All Ports Click the Activate All Ports button to train all of the iDSL ports on the card Click the Deactivate All Ports button to turn off all of the iDSL ports on the card Configuring iDSL Ports 110 FS
122. ify arm Thresholds 2 Edit the desired options iDSL Alarm Thresholds Per 15 Minute Interval Errored Seconds Alarm Threshold per interval Severely Errored Seconds Alarm Threshold per interval Unavailable Seconds Alarm Threshold per interval e Modify Q Refresh Figure 97 3196RC Modify iDSL Alarm Thresholds 1 O disable 1 O disable 1 O disable Errored Seconds Alarm Threshold per interval Enter a number of errored seconds that will trigger an alarm Severely Errored Seconds Alarm Threshold per interval Enter a number of errored seconds that will trigger an alarm Unavailable Seconds Alarm Threshold per interval Enter a number of unavailable seconds that will trigger an alarm 3 Click Modify to apply your changes Viewing iDSL Reports Click on iDSL Report to view different reports about port details status statistics alarm threshold and CPE details for the iDSL ports on the 3196RC card Click the Print button to send the report to a printer on your network Click the Export to Excel button to send the report to Microsoft Excel to save in a spreadsheet Viewing iDSL Reports Figure 98 3196RC iDSL Reports fos Port Details Port Details Q Port Status Q Port Statistics Port LinkUp Activation Current Hardware Circuit CPE Details Number State State Fail 1D O Alarm Threshold 1 down 0 activate 1 lineDown 7 opera
123. iguration 89 Chassis GA NN7 NW192 168 7 0 CH1 v Card 192 168 715 Y a Device IP Model Export Time Tag Name Description 192 168 715 2616 Fri Jul 23 1 4 57 27 EDT 201 0 2616 261 4 il gt Import Figure 53 Import Card Configuration 2 Select the desired Chassis and Card IP address from the drop down menus Click the o button to refresh the available device configuration list 3 Select the configuration file from the list and click Import A confirmation message displays after the sys tem successfully applies the configuration file Import Card Configuration Result ES o DeviceName 192 168 313 Status Success Figure 54 Successful Import Configuring Cards 64 FS6300 NMS User Manual 4 Configuring and Managing Devices Viewing Modifying System Log Configuration Select System Log from the card s configuration menu to view and modify syslog information If you only want to view the syslog configuration click on View SystemLog Configuration in the System Log window To configure the syslog information click on Modify SystemLog Configuration in the menu tree in the Syslog window FS6300 System Log Configuration 9 system Log View SystemLogConfiguration atio System Log Configuration 9 System Card System Card Information SysLog Daemon IP Address 0 0 0 0 SNMP Trap Daemon IP Address 0 0
124. iguration The PPP3196 window dis plays 2 Click on PPP View and select an entry to edit from the table The FS6300 PPP window displays 3 Select Modify Link Configuration O FPP view Modify Link Configuration Ppp ID Link Configuration PPP protocol ppp ipcp 1 View Link Configuration Modify Link Configuration Authentication Technique none D Y PPP Statistics TEES LCP Statistics Authentication Side local 1 v or lt Q Dat Authentication Username a Authentication Password MRU 1500 IP Address 192 hee hso IP Mask 255 265 ss bss IP Compression none 1 v IP Force Next Hop lo llo llo llo Link Compression disabled 2 Allow Magic Number Negotiation disabled 2 v IP Fitters Modify G Refresh Figure 102 PPP Link Configuration 4 Edit the desired options PPP Protocol The desired kind of PPP protocol ppp ipcp 1 point to point protocol ppp bcp 2 bridge control protocol Authentication Technique The login technique to use for authentication none 0 No authentication will be used pap 3 password authentication protocol will be used chap 4 challenge handshake authentication protocol will be used chapORpap 5 chap will be negotiated first if that fails pap will be attempted Configuring PPP 116 FS6300 NMS User Manual 7 Configuring the 3196RC Card Authentication Side The
125. ing success Click on the Refresh button Close the Alarm Details window Repeat Steps 2 8 for each card in the chassis After this is completed return to the view of the chassis in the main NMS window Configuring the Alarm Trap Manager 49 FS6300 NMS User Manual 3 Configuring Alarms and Clocking Alarm Indications The following are symbols that appear on a card or node icon when the NMS receives an alarm e Critical Red circle with a yellow X Major Orange circle with two black exclamation points um i e Minor Yellow circle with a single black exclamation point Critical Alarm Major Alarm No Alarm Informational Green circle with black checkmark Alarms are propagated up to the next level throughout the Network Maps section in the menu tree The Chassis icon indicates an alarm alert if one or more of the cards have an alarm On the Geographical Area level a network node will also display alarm alerts if a card in a chassis has an alarm Minor Alarm No Alarm Viewing Alarms Viewing a Summary of Alarms To view a summary of all systems with an alarm click on Failed Systems under Network Maps in the menu tree on the left side of the screen The Failed Systems map shows all the cards that have alarm alerts The Alarm Summary View window always appears in the bottom left corner of the screen under the main menu tree It offers a quick glance at the status of alarms that are currently occurring in the system You can ch
126. ings cua 101 Modify Channel T caso peior nia de bue tied e ERU DOR Et b beca re Ir teri bete e RR eit ras 102 View Line Until 102 Viewing KT E e ER 103 Viewing the TUET Map Layer ueni o ese RERO I ETE ENES rere restes EA lios 103 Viewing the GSHOSL Map Laetitia tette ert Dept pt Htec REE EEEE e ER ERE eae 104 7 Configuring the 3196RC Card eere eee eee esee teens tates tntnetatn tas tn sts tn stats sain assente snas enin s enean eain tn 105 Min Be UUM PEE E ID LIUM ip LII IC 106 SISGRC ConBipgurdtion Ment id trate freto e Porto etit e o Eee eder B vondecsessebssdssangesaedsosvessnosseaseapsesevoness 106 Viewing the Front Panel 5th ei eee eror edid i e tu e ri 107 Configuring th Card System oca apa 107 Modily System Parametros RAE AREA 107 KIS E T E E A S Econ 108 hi do stein o T SD LT 108 View Eternal Seti E EEE E et oin E iie E 108 View SNMP and HTTP Parametets inci dia 108 Confiputing Ethernet SeEImngs cene amc Roe ita rte isos 109 Modi Bihetnet Patito cn ori Eie Een 109 View Erhernet T doin Scene t tr ere ten ED et RR BU E EA incio lista 109 Configuring IDSL Dots teni Uo Rie t de ei aie teet ds 110 Activating Deactivating All Ports ttim RR bicis 110 Configure Individual Ponte x ot d cte Tee teinte ert e ed eee erba teer e DRE dit 111 View Port Information ti 112 Edit COPE IPHONE ninia 112 Modify IDSL Alarm Thresholds ovio dades 113 FS6300 NMS User Manual Table of Contents NY Vel POS REPONS EE 113 Configuring UP
127. ings drop down menu 2 Selecta privilege option for configuring the card through the NMS from the Monitor Privilege drop down menu 3 Select how often you would like to refresh statistics information from the Stats Refresh Rate drop down menu Select to enable or disable front handle reset from the Front Handle Reset drop down menu 5 Click Modify to save your changes Click Refresh View System Status Click on View System Status in the Card System Configuration window to see an overview of the physical sta tus of the card and the system status View System Status shows information about the handle switches front rear LEDs alarm and clock LEDs and the board temperature View System Status Details Click on View System Status Details in the Card System Configuration window to see information on CPU statistics Message Block statistics Memory statistics Manufacturer details and the Enclosure System temper ature View Ethernet Status Click on View Ethernet Status in the Card System Configuration window to see the LEDs and speeds of the card s Ethernet ports View SNMP and HTTP Parameters Click on View SNMP and HTTP Parameters in the Card System Configuration window to see the SNMP version and passwords Configuring the Card System 86 FS6300 NMS User Manual 6 Configuring the 3096RC Card Configuring Ethernet Settings Click on Ethernet Overview to configure Ethernet settings You can also view Ethernet statistic
128. is setting the input lines to the port are placed in high impedance protection mode e el pulse 1 Used when connecting the T1 E1 port to El lines tl pulseOdB 2 Strong T1 pulse amplitude e tl pulse 7dB 3 Medium T1 pulse amplitude tl pulse 15dB 4 Weak T1 pulse amplitude Yellow Alarm Format The standard used to transmit and identify the Yellow Alarm link YellowFormatBit2 1 Bit 2 equal zero in every channel e link YellowFormatDL 2 FFO00 pattern in the Data Link link YellowFormatFrame12FS 3 ES bit of frame 12 Fdl implementation of FDL is being used if any FDL applies only to T1 circuits other 1 Indicates that a protocol other than one following is used e dsx1Ansi T1 403 2 Refers to the FDL exchange recommended by ANSI e dsx1Att 54016 3 Refers to ESF FDL exchanges e dsx1Fdl none A Indicates that the device does not use the FDL If one of the El line types has been selected set Fdl to dsx1Fdl none 8 3 Click Submit to commit your changes Configuring the T1 E1 Ports 79 FS6300 NMS User Manual 5 Configuring the 2616RC Card Modify Test Settings WB Et Link Details Modify Test Settings O View Configuration Line Interface Settings View Line Interface Settings Force Yellow Alarm linkYellowAuto 1 v Modify Line Interface Settings 9 Q Test Settings Loopback Contig dsx1NoLoop 1 v Q View Test Settings Modify Test Settings Modify
129. ity critical 4 bad Total Far End Line Status Red Alarm Severity critical 4 v Figure 105 T1 E1 Test Settings 1 In the T1 El Port Configuration window for the selected link click on Modify Test Settings 2 Edit the desired options Force Yellow Alarm The standard used to transmit and identify the Yellow Alarm linkYellowAuto Do not force the transmission of a yellow alarm But yellow alarm may be automat ically transmitted linkYellowOn Force the transmission of a yellow alarm even if the received signal is in frame linkYellowDisable Do NOT transmit a yellow alarm even if the received signal is out of frame Loopback Configuration The loopback configuration of the DS1 interface e dsx1 NoLoop 1 Not in the loopback state A device that is not capable of performing a loopback on the interface shall always return this as it s value e dsx1 PayloadLoop 2 The received signal at this interface is looped through the device Typically the received signal is looped back for retransmission after it has passed through the device s framing func tion e dsx1 LineLoop 3 The received signal at this interface does not go through the device minimum penetration but is looped back out e dsx1 OtherLoop 4 Loopbacks that are not defined here Send Code The type of code is being sent across the DS1 interface by the device dsx1SendNoCode 1 Sending looped or normal data dsx1SendLineCode 2
130. l Far End Line Status 5 ppp 5 gt 15 pans v 25 ponts 6 ppp 5 v 16 ppp S v 26 ppp 5 7 ppp v 17 ppp s v 27 ppp s v 8 ppp v 18 ppp s Y 28 ppp s Y 3 ppp v 19 ppp s v 29 ppp s v 10 ppp 20 ppp Y 30 ppp s v Submit Figure 68 T1 E1 Channel Assignment In the Modify Channel Assignment section of the T1 E1 Link Configuration window you can change selected DSO channels to carry in band management information over Frame Relay or PPP links You can use the buttons at the top of the window to modify all 30 timeslots at once Or you can use the 30 drop down menus to modify selected timeslots individually Click Submit to apply your changes for individual links View Line Status There are two types of line status statistics that you may view in the T1 E1 Link Configuration window Near End Line Status and Far End Line Status Near End Line Status Click on Current Near End Line Status to view statistics for current near end per formance Click on Total Near End Line Status to view statistics totals for near end performance e Far End Line Status Click on Current Far End Line Status to view statistics for current far end perfor mance Click on Total Far End Line Status to view statistics totals for far end performance Note Refer to the 2616RC Adminsitrator s Reference Guide for detailed information about line status statistics Configuring the T1 E1 Ports 81 FS6300
131. le on the outside of the shipping container Please use the original packing material that the device came in or pack the unit securely to avoid damage during shipping Shipping instructions The RMA number should be clearly visible on the address label Our shipping address is as follows Patton Electronics Company RMA xxxx 7622 Rickenbacker Dr Gaithersburg MD 20879 4773 USA Patton will ship the equipment back to you in the same manner you ship it to us Patton will pay the return shipping costs Warranty Service and Returned Merchandise Authorizations RMAs 145
132. least one node must be deployed powered up and connected to the network Enabling AutoDiscovery To start Discovery 1 From the Tools menu at the top of the screen select Discovery Administration The Discovery Window displays 2 Click on Discover Patton Devices in the tree on the left side of the screen 3 Click on the Auto Discovery checkbox E Discovery Administration DISCOVERY ADMINISTRATION Rye Discover Patton Devices General Protocol Network Discovery Start Stop Discovery This tool allows you to enable or disable the discovery of a network or a set of devices in a network Select one or more options below lv AutoDiscovery Re Discover Already Discovered C Discover Local Network Set Discovery Interval Discovery Interval is the wait between discovering devices in seconds and takes values greater than or equal to zero If the value assigned is less than zero 6300 NMS replaces this with 10 seconds Discovery Interval in seconds 1 Set Parameters Click on the button to configure the Initial Parameters 9 Initial Parameters Click on the button to configure the Rediscovery process Q Rediscovery Figure 15 Discovery Window Starting the Discovery Process 32 FS6300 NMS User Manual 2 Discovering Your Network Configuring Discovery of Specific Networks 4 Click on the Network Discovery tab at the top of the Discovery Administration window LE Discovery A
133. lick on Modify Line Interface Settings 2 Edit the desired options Circuit ID The transmission vendor s circuit identifier for the purpose of facilitating troubleshooting Line Type the type of DS1 Line implemented on this circuit The type of circuit affects the number of bits per second that the circuit can reasonably carry as well as the interpretation of the usage and error statistics Select fromt he following values other 1 Link is disabled e dsx IESF 2 Extended Superframe DS1 e dsx1D4 3 AT amp T D4 format DS1 e dsx1E1 4 Based on CCITT ITU G 704 without CRC Cyclical Redundancy Check dsx1E1 CRC 5 Based on CCITT ITU G 704 with CRC Cyclical Redundancy Check e dsx1E1 ME 6 Based on CCIT ITU G 704 without CRC bit oriented signaling e dsx1EI CRC MF 7 Based on CCIT ITU G 704 with CRC bit oriented signaling e dax 1E1 Transparent 8 Based on CCIT ITU G 703 without CRC Cyclical Redundancy Check Configuring the T1 E1 Ports 120 FS6300 NMS User Manual 7 Configuring the 3196RC Card Line Coding The type of Zero Code Suppression used on the link e dsx1JBZS 1 Jammed Bit Zero Suppression in which the AT amp T specification of at least one pulse every 8 bit periods is literally implemented by forcing a pulse in bit 8 of each channel Thus only seven bits per channel or 1 344 Mbps is available for data This feature is not currently implemented e dsx1B8ZS 2 The use of a specif
134. ll Hours Specific O Select All Days 8 Specific 0 00 3 00 4 00 7 00 SUN MON w WED 8 00 11 00 12 00 15 00 THU err SAT 16 00 19 00 20 00 21 00 22 00 23 00 rr HI Figure 5 Policy Scheduler 6 Click OK in the Object Details window to save the policy A confirmation message displays that the pol icy was added successfully Backing Up the Database 23 Chapter 2 Discovering Your Network Chapter contents B c l m 25 Defining Cohen ccu state sth aah Uu c E EE tastes AAS SS SEAL EIU LIII I A A 25 Pre Detinne Containers IE RR TT 25 Adding Pre Defined Contaners a a e E EREE E IRER EER R EE EE E E S 26 Modiying Pie Defined Contains morerei e EE ER AA ER E E ERE D Viewing and Deleung Contienda eius 28 Debnins Containers Duane Multiple Card Configuration c ete 29 T od eT ee 31 Same e DENE gg EE 32 TO DI a E E S 32 orien ne Discover of sBecioldemonbse e cocco Mec e E ar E ere e 33 Setting Discovery Intetyal siinon ein re deae RRE AAAA ARAE 34 RT A ney A E 35 Adding a Device Mannal ln 36 Stepping Restarting a Dicovery THOER e oes eee stet A OEO O N EEA E arad 37 ReDiscovenne Already Discovered Dil TT 38 Re Discovenng Cards E LT 38 Scheuell ting Rediscovery civic n a E EDT ERR E Win ann EB ae atom ERA 39 Regular 39 Ecco DET e n ccr uM I E TR 40 Days of the Week ccce esee A er ee E dress doe EET E 41 A nd Or Sea S eR E 42 Ed D G E T A te erc ee
135. m as warranted your sole recourse shall be repair or replacement as described above Under no condition shall Patton Electronics be liable for any damages incurred by the use of this product These damages include but are not limited to the following lost profits lost savings and incidental or consequential damages arising from the use of or inability to use this product Patton Electronics specifically disclaims all other warran ties expressed or implied and the installation or use of this product shall be deemed an acceptance of these terms by the user Summary Table of Contents DA A A A 15 2 Discovering Vour AAPP OOOO ELESEN ESEESE ENEEK SERE 24 3 Configurine Alarms and Clocking co sacos 46 47 Contisuring and Managing E teistere teses io rore FREE THERE EERO ESSEE SE EEr AERES Eaa 57 Si Configuring the 26 16 RG Card rte senevestrici vive Deseo teresine 67 6 Configuring e Re T tetes tio ttea erate titei Seere serasi E ERE etiese ieste 83 7 Configuring the SLIGRO e iv vors tt tt tosts Oo 105 8 Copfigurine TRT Ouid titzen rinata reita E Etena N EIE EE 126 9 Configuring E Sis 139 10 Contacting Barton TT T 143 Table of Contents le O 3 Table of Contents ecscssescesascsstscccrecsessacsescocescscesssaeecsosctoetss ENRERE RA ESTES 4 RT TT 10 LS L 13 A TIE 14 E AM 14 roll m de 14 ER FEIERT T ceceetererceraccsseretecercstcacercerersectcecracenseretenecaractacercicersasetoscertecettccereceerecser sree 15 OVENI ar
136. meter Configuration Card FrontPanel GUI Card System Clocking Card System Configuration Ethernet Overview i Events And Alerts E1Link IP Routing Operator Action SDH Configuration System Log Re Discover Card Ctrl ShiftR y N Number of Alaims m Critical M Major Minor 9 Ignore Info Ping Ctrl P m Warning Clear ae j rd Figure 110 6511RC Configuration Menu Display El Link VCx See Viewing El Link Layers on page 138 e Card Overview Shows information for Box Status Card Info and Alarm Info Alarm Parameter Configuration See Configuring Alarms through a Card in the Chassis on page 48 e Card Front Panel GUI See Viewing the Front Panel on page 128 Card System Clocking See Configuring Card System Clocking on page 54 Card System Configuration See Configuring the Card System on page 128 Introduction 127 FS6300 NMS User Manual 8 Configuring the 6511RC Card Ethernet Overview See Configuring Ethernet Settings on page 130 Events and Alerts See Viewing Events and Alerts on page 62 e El Link See Configuring El Links on page 131 IP Routing See Configuring IP Routing on page 133 e Operator Action See Managing Operator Actions on page 60 e SDH Configuration Configuring SDH on page 135 System Log See Viewing Modifying Sys
137. n for a chassis 1 From the menu tree on the left side of the screen select Node under Geographical Area 2 In the main window right click on the chassis that you want to configure clocking for 3 Select Chassis Clocking Synchronization from the pull down menu IET CHASSI Chassis Overview Alarm Card Status 77 2 Chassis Unit GUI Re Discover All Cards d Ctrl ShiftR Display Card Layer Figure 39 Chassis Menu gt Chassis Clocking Sync The Chassis Clocking Synchronization window displays FS6300 System Clocking System Clocking Modify System Clocking Q View System Clocking Modify System Clocking Select Card 192 168 217 v Clock Reference Master 1 v Submit Figure 40 Modify System Clocking 4 Select Modify System Clocking from the menu tree on the left side of the screen Select a card from the Select Card drop down menu and select a clock from the Clock Reference drop down menu The Clock Reference can be Master 1 Secondary 2 or Slave 3 Click Submit 6 Repeat Step 5 for each card in the chassis Note A chassis can have only one master and one secondary so if you accidentally select another master in the same chassis the NMS will not allow you to save the clock for that card as the Master Configuring Clocking Synchronization 53 FS6300 NMS User Manual 3 Configuring Alarms and Clocking Refreshing the alarms afte
138. n of where the system is located Chassis Type Choose a chassis type from the drop down menu 5 Click Update to save the information for all of the cards on that subnet Note After clicking Update it is very important to save this information in the cards non volatile memory so that the values will not be lost in case of a power failure or card reboot Saving the Configuration To save the information to non volatile memory 1 Click on Record Current Configuration in the menu tree on the left side of the screen This will save all current configurations in non volatile memory for the devices listed in the panel on the right side of the screen gt FS6300 Multiple Card Configuration E FS6300 NMS Pe Card_Config ChassislD Network IP 11 192 168 5 0 lt la Q Card Parameters E O Select All Q SNMP Passwords Record Current Configuration 192 168 5 3 ne 192 168 5 1 After making changes to card parameters click on Record Current Configuration to store changes in the card s flash memory 192168 5 2 192 168 5 20 Record Current Configuration Figure 29 Multiple Card Configuration Record Current Configuration Configuring Multiple Cards 43 FS6300 NMS User Manual 2 Discovering Your Network Forcing Discovery for Selected Cards Though the cards have the updated information saved the NMS will not display the changes until the cards have been re discov
139. ne A New Route Define Hew Route Destination ol O e O 1 Gateway O 700 s o 0 TRE Figure 100 Add a New Route for 3196RC 2 Enter a Destination address for the new route An entry with a value of 0 0 0 0 is considered a default route 3 Enter a Gateway address for the new route The gateway address specifies the IP address where the packets should be forwarded 4 Click Define Route Modify Routes To modify an existing IP route for the 3196RC 1 In the IP Overview window for the 3196RC select the entry in the table of the route you want to modify FS6300 IP Route Details IP Route Details Destination IP Address 0 0 0 0 Mask 0 0 0 0 Interface 1 Protocol user 2 Seconds Since Updated 2872 Tag 0 Gateway 192 168 3 88 2 Modify Cost h Modify State ara v 2 Modify Figure 101 Modifying a Route for 3196RC 2 The IP Route Details window displays You may only modify the gateway address cost and state of the route 3 Enter your desired changes and click Modify for each change A confirmation message displays Configuring IP Routing 115 FS6300 NMS User Manual 7 Configuring the 3196RC Card Configuring PPP Click on PPP Configuration to view PPP links for the card You may also modify the link configuration and default packet settings for PPP links Modify PPP Link Configuration To configure PPP links for the card l Right click on the card in the main window and select PPP Conf
140. nfiguration Schedule Figure 51 FS6300 Export Card Configuration window 3 Select the boxes of the desired cards Enter a name for the configuartion in the TagName field Then click Export Configuration The window displays a COMPLETED status message after the system successfully exports the configuration file Exported files are on the NMS in the directory opt FS6300 Server lt nms version gt ExportedFiles Device Config lt card type gt Selected Cards 1824168311 GA3 3 NNTC COMPLETED 182158312 GA3 3 NNICD COMPLETED 192 168 319 GA3 3 NN1 1 COMPLETED 1927159320 GAS NNIG COMPLETED 192 168 411 GA4 4 NN1 1 192 168 611 GAB B ANI 192 168 711 GAT NN7 7 O 1921687189 GATT NN7 7 E gt C Record current configuration before export C Select AN y 92 168 3 11 Export IN PROGRESS eme Ca 6511 2010 En 192 168 312 Export IN PROGRESS 192 168 3 19 Export IN PROGRESS Dee j 1192 168 3 20 Export IN PROGRESS 192 168 3 11 Export COMPLETED 192 168 3 12 Export COMPLETED Figure 52 Export Complete Configuring Cards 63 FS6300 NMS User Manual 4 Configuring and Managing Devices Importing the Configuration To load a configuration file for a card l Click Tools gt View Exported Card Configuration in the main window The Import Card Configuration window displays Import Card Conf
141. nth and in the hour of that specified date When the Day of week option is selected then after a complete discovery the rediscovery process will happen in the specified day of the week in the hour of that selected day Dates All Specific Hours All 8 Specific 00 00 01 00 0200 03 00 04 00 05 00 0600 07 00 08 00 09 00 10 00 11 00 12 00 1300 1400 1500 16 00 17 00 1800 19 00 20 00 21 00 22 00 23 00 Ok CANCEL Figure 25 Schedule Re Discovery for Specific Dates 3 Select the Specific Dates radio button at the top of the window 4 Select the dates that you want re discovery to occur All Dates Select the radio button for All Re Discovery will occur every day Specific Dates Select the radio button for Specific Then click on all of the dates in the month that you want re discovery to occur For example if you select 5 and 15 then the rediscovery will take place on the 5th and 15th of every month 5 Select hours for the selected dates All Hours Select the radio button for All for re discovery to occur every hour on the specified date s Specific Hours Select the radio button for Specific Then click on all of the hours that you want re dis covery to take place on the specified date s 6 Click OK Scheduling Rediscovery 40 FS6300 NMS User Manual Days of the Week To set re discovery on specific days l Click on Tools gt Discovery Administration at t
142. on 9 0 CPE Options Q View CPE Options State idle Q Q Modify CPE Options Port Configuration Port 3 Circuit ID None Desired State ile Test Mode ng s Test Pattern off 0 Payload Rate r1984 31 Error Code noError 0 modify Refresh Figure 76 3096RC Edit G SHDSL Configuration View Port Information Click on Fifo Info and DataPath Info in the menu tree of the Port Configuration window to view Fifo and Data Path errors and up times Configuring G SHDSL Ports 89 FS6300 NMS User Manual Edit CO CPE Options Click on CO Options or CPE Options in the menu tree of the Port Configuration window to view the line provision rate clock mode payload rate I bits annex type transmit power and EOC status O GSHDSLPortview Edit Configuration General Info And Activation State Info Fifo Info And DataPath Info 9 O CO Options Q View CO Options Modify CO Line Provision 7 O CPE Options Q View CPE Options Q Modify CPE Options ptions To edit the CO CPE options for a port Modify CO Options CO Options Line Provision Rate Clock Mode Payload Rate of I hits Annex Type Transmit Power Enable EOC 6 Configuring the 3096RC Card CO Configuration 0 co 1 p 9841 o x bO 0 annexe v default 0 v yes 1 n modify C2 Refresh Figure 77 3096RC Edit CO Options 1 Click on Modify CO Options or Modify CPE Options in the menu tree of the Port
143. on the same until the system is reboo IMPORTANT og 1 The Hard Reset process will reset ALL of the system s values to Set the factory default configuration To set the factory default configuration for a device l In the main menu tree under Network Maps navigate to the Chassis or Card Slot 2 Right click on the card s icon in the main window and select Operator Action The Reset Options win dow appears It shows the card model IP address and software revision of the card FS6300 Reset Options Pa FS6300 NMS 9 Operator Actions Q Record Current Configuration Q Hard Reset SetFactory Default Configuration WARHING This process will reset ALL of the system s values to the original factory settings NOTE That means the IP address and mask will contain a value of 0 0 0 0 After reseting these values the system will continue to function the same until it is rebooted If you want to continue select the Set Factory Default Configuration button below and then select the Hard Reset button from the previous menu L Set Factory Default Configuration Figure 49 Set Factory Default Configuration 3 Select Set Factory Default Configuration from the menu tree in the Reset Options window 4 Click the Set Factory Default Configuration button 5 Click the Hard Reset button the original factory settings After resetting these values the sys tem will continue to function the same until the system is reboo IM
144. on window to edit the options for the CPE such as the serial rate DTE test mode and front panel switches To edit the CPE options for a port 1 Click on Modify CPE Options in the menu tree of the Port Configuration window 2 Edit the desired configurable options Serial Rate Select from the following rate19 2k 0 for serial rate of 19200 bps rate32k 1 for serial rate of 32000 bps rate56k 1 for serial rate of 56000 bps rate64k 1 for serial rate of 64000 bps rate128k 1 for serial rate of 128000 bps ratel 44k 1 for serial rate of 144000 bps Front Panel Switches Disable or enable front panel switches for the CPE DTE Test Mode Enable or disable the CPE from initiating and responding to test patterns User ID Enter a new User ID for the remote CPE 3 Click Modify to save your changes Configuring iDSL Ports 112 FS6300 NMS User Manual Modify iDSL Alarm Thresholds 7 Configuring the 3196RC Card You may modify the number of errored seconds and unavailable seconds for which an alarm condition will be triggered for a selected iDSL port on the 3196RC To modify the iDSL alarm threshold 1 Click on Modify iDSL Alarm Thresholds in the menu tree of the Port Configuration window O DSLPortview O Edit Configuration DSL Port Status and Statistics 9 CPE Information View CPE Information Modify CPE Information Near End Performance Q DSL Alarm Thresholds View iDSL Alarm Thresholds Mod
145. oncon non nononr non non con con Sa KVAKE VESER STESSI IKEK 67 Te dra ira 68 2GIGRE Conficuraton E t E dada reto EE rne c illa 68 Viewing he Pront Paneler arere aeee Or e EE E aE E A e a E a ERE iso 69 Configuring the Card T 69 Modif System Data aa 69 View a T 70 View System Status Details aun eene nen eA ooi ri Se i e tesi re RENE 70 Miew Bilrstpet E PD Om EPI po pii omite tede iir ae 70 View SNMP and HTTP 222 certet iii 70 Confiputine Ethernet Sets io e ei Oe He Ri PER ER EE d E ec or En ere epar veo a ede gas 71 Modify Ethernet Parameters di 71 View Ethetnet Statistics ace tee aea e i e RA 71 Configuring IP Routing nei oetesen anuo ais 72 Add BOE mitad Peter ene RR de in Ritter n BERI EIE 73 Modify Routes eC 73 Confipusine N teu D Rire Per EE Ota eld dilo 74 Modify PPP Wink aT 74 Modity Default Packet Settings neci re dn nei er aeree AE A AE Er EEEE TEENER ES 76 Conlisunie the TIBE PORS T 78 View TT thea M EINE EIOS 78 Modify Line Interface Seber nes tii a 78 Modify A AOS 80 Modity Channel Assicnmients ono liada 81 View Line i A oo 81 Viewine TIE T RSDOBES s deter etiem er qt A sedute unti n enfe 82 Mieywing the TUEL Map Layer erede cerei in ra Eve Ee P EE AR ERN EE 82 6 Configuring the 3096RC Card eere eee esee esee entes tet n intus tn an stains tnos stata senes tnos stan sas en asses sen
146. onfiguration O View Ethernet Parameters Modify Ethernet Parameters State linkIndicationt OODuplex 6 PrimarylpAddress 192 168 3 14 PrimarylpMask 255 255 255 U PrimarylpFilters SecondarylpAddress O s 0 f SecondarylpMask 0 0 0 0 SecondarylpFilters Technique static 1 v 2 Modify Refresh Figure 60 Modify 2616RC Ethernet Parameters 1 Enter the main address and mask for the card in the Primary IP Address and IP Mask fields 2 The IP Filter needs to be provisioned through the card s configuration website For more information on setting up IP Filters refer to the Model 2616RC Adminstrator s Reference Guide 3 From the Technique drop down menu select static if you want to statically assign the IP address or select disable if you want to use DHCP to assign the IP address 4 Click Modify to commit your changes Click Refresh View Ethernet Statistics Click on View Ethernet Statistics in the Ethernet Overview window to view statistics for the Ethernet ports on the device such as errors and frame stats Configuring Ethernet Settings 71 FS6300 NMS User Manual 5 Configuring the 2616RC Card Configuring IP Routing You may configure a host and routes for the 2616RC through the FS6300 NMS The IP Overview window shows details for routing destinations and includes information for gateway cost interface protocol and state of each route l FS63
147. oopback options dsx1 NoLoop 1 Not in the loopback state A device that is not capable of performing a loopback on the interface shall always return this as its value dsx1PayloadLoop 2 The received signal at this interface is looped through the device Typically the received signal is looped back for retransmission after it has passed through the device s framing func tion dsxlLineLoop 3 The received signal at this interface does not go through the device minimum pen etration but is looped back out dsx1 OtherLoop 4 Loopbacks that are not defined here 3 Select a code from the Send Code drop down menu then click Modify Code options include Line Code Payload Code Reset Code ORS 511 Pattern 3in24 Pattern Other Test Pattern and No Code Configuring E1 Links 132 FS6300 NMS User Manual 8 Configuring the 6511RC Card Configuring IP Routing ou may configure a host and routes for the 6511RC through the FS6300 NMS The IP Overview window shows details for routing destinations and includes information for gateway cost interface protocol and state of each route 1 ES6300 Ip Overview on IP Routing Overview Destination 0 0 0 0 0 0 0 0 19241 58 3 88 l user 2 192 168 3 0 255 255 255 0 0 0 0 0 local 1 Add Refresh X Close Export To Excel Note To Modify Delete an existing IP Route select a row in the IP Route Details table In the window that
148. ort is available five days a week from 8 00 am to 5 00 pm EST 1300 to 2200 UTC GMT by calling 1 301 975 1007 Fax 1 253 663 5693 Alternate Patton support for Europe Middle East and Africa EMEA Online support available at www patton inalp com E mail support e mail sent to support patton inalp com will be answered within 1 business day Telephone support standard telephone support is available five days a week from 8 00 am to 5 00 pm CET 0900 to 1800 UTC GMT by calling 41 0 31 985 25 55 Fax 41 0 31 985 25 26 Warranty Service and Returned Merchandise Authorizations RMAs Patton Electronics is an ISO 9001 certified manufacturer and our products are carefully tested before ship ment All of our products are backed by a comprehensive warranty program Note Ifyou purchased your equipment from a Patton Electronics reseller ask your reseller how you should proceed with warranty service It is often more con venient for you to work with your local reseller to obtain a replacement Patton services our products no matter how you acquired them Warranty coverage Our products are under warranty to be free from defects and we will at our option repair or replace the prod uct should it fail within one year from the first date of shipment Our warranty is limited to defects in work manship or materials and does not cover customer damage lightning or power surge damage abuse or unauthorized modifi
149. over Patton Devices E General Protocol Network Discovery Start Stop Discovery This tool allows you to enable or disable the discovery of a network or a set of devices in a network Initial Parameters The discovery engine considers the parameters specified here during the first hiscover Local Network start of the WebNMS server either a cold or a warm start Discovery Interval 0 Rediscovery Interval i es values greater than or equal SNMP Timeout fi SNMP Retries Initial Parameters ok 7X Cancel Figure 14 Set Initial Parameters 3 The initial parameters are Discovery Interval Interval in seconds between the discovery of any two devices in the network Rediscovery Interval Interval in hours between two complete discoveries of a network SNMP Timeout Threshold value in seconds for all the SNMP requests SNMP Retries Number of SNMP retries for discovery status polling and data collection 4 Click OK Then click Apply in the Discovery Administration window Configuring Initial Discovery Pa rameters 31 FS6300 NMS User Manual 2 Discovering Your Network Starting the Discovery Process Before starting the Discovery process at
150. pops up make the required changes and submit Figure 116 6511RC IP Overview The table in the IP Overview window shows a list of defined routes for the 6511 RC and includes the follow ing information for each entry Destination The destination IP address of this route An entry with a value of 0 0 0 0 is considered a default route Mask The mask that is logical ANDed with the destination address before being compared to the value in the Destination field Gateway The IP address where the packets should be forwarded Cost The cost of the route as defined by RIP standards Cost is sometimes considered to be number of hops Interface The index value that uniquely identifies the local interface through which the next hop of this route should be reached Protocol The routing mechanism via which this route was learned local 1 Added by the DACS to support an interface user 2 Added by an administrator on the IP Routing Information table or via SNMP managemen tools rip 4 Learned via reception of RIP packet icmp 5 Learned via reception of ICMP packet State Shows if a route is valid in use Configuring IP Routing 133 FS6300 NMS User Manual 8 Configuring the 6511RC Card Adding Routes To add an IP route to the 6511RC 1 In the IP Overview window for the 6511RC click the Add button to define a new route FS6300 Define A New Route Define Hew Route Destination
151. r configuring clocking After you have configured clocking for the chassis you can refresh the alarms that occurred before clocking was configured To refresh the alarms for a card l Right click on the card icon and select Alarm Parameter Configuration The FS6300 Alarm Details window displays see Figure 33 on page 48 2 Click on Alarm System Overview in the menu tree on the left side of the screen 3 Click the Clear All Alarms button Click the Refresh button All of the alarms that were related to clocking should be cleared Other alarms not related to clocking may still be present The next step after configuring clocking synchronization is to configure clocking options for the card system including Clock Fallback and Clock Auto Recover Configuring Card System Clocking In addition to setting a clock to Master Secondary or Slave you must also select the source for clocking and determine whether to enable or disable Clock Fallback and Clock Auto Recover To configure card system clocking 1 Right click on the card icon and select Card System Clocking mmo un Display E1 Link VC1 Display E1 Link VC2 Display E1 Link VC3 Card Overview Alarm Parameter Configuration Card FrontPanel GUI Card System Clocking N Card System Configuration Ethernet Overview Events And Alerts E1 Link IP Routing Operator Action SDH Configuration System Log Re Discover Card Ctri Shift R Ping Ctrl P
152. resh Figure 112 Modify Card System Parameters 1 Select to enable or disable graphics from the Web Settings drop down menu 2 Selecta privilege option for configuring the card through the NMS from the Monitor Privilege drop down menu 3 Select how often you would like to refresh statistics information from the Stats Refresh Rate drop down menu Select to enable or disable front handle reset from the Front Handle Reset drop down menu 5 Click Modify to save your changes Click Refresh View System Status Click on View System Status in the Card System Configuration window to see an overview of the physical sta tus of the card and the system status View System Status shows information about the handle switches front rear LEDs alarm and clock LEDs and the board temperature View System Status Details Click on View System Status Details in the Card System Configuration window to see information on CPU statistics Message Block statistics Memory statistics Manufacturer details and the Enclosure System temper ature View Ethernet Status Click on View Ethernet Status in the Card System Configuration window to see the LEDs and speeds of the card s Ethernet ports View SNMP and HTTP Parameters Click on View SNMP and HTTP Parameters in the Card System Configuration window to see the SNMP version and passwords Configuring the Card System 129 FS6300 NMS User Manual 8 Configuring the 6511RC Card Configuring Eth
153. rver m Host 192 169 254 139 Ps Port 6300 User Name Password PATTUN Connect to Server Quit FS6300 NMS Figure 1 Logging in to the application client 1 Inthe Host field enter localhost for the server address if you are logging in directly to the server If you are logging in from the WRAC enter the IP address of the NMS server 2 Enter the User ID assigned to you in the User ID field If you do not have a User ID contact your system administrator For unconfigured systems the default User ID is superuser 3 Enter the password assigned to you in the Password field To learn how to configure your password see Configuring Your Password on page 18 For unconfigured systems the default password is superuser 4 Click Connect The splash screen with a progress bar is shown before the Application Client is completely opened Bringing up the NMS Server from Linux 17 FS6300 NMS User Manual 1 Introduction Configuring Your Password Configuring your password before connecting to the client When you log on to the Application Client for the first time a Password Confirmation dialog box is displayed only if this has been enabled by your administrator If you do not see this dialog box then ignore this section and perform the steps explained in the next section Configuring your password from the client on page 18 To configure your password before connecting to the client l Inthe Password Confirma
154. s Modify Ethernet Parameters If you only want to view the Ethernet parameters click on View Ethernet Parameters in the Ethernet Over view window To configure the Ethernet settings click on Modify Ethernet Parameters in the menu tree in the Ethernet Overview window see Figure 74 O Ethernet View Ethernet Statistics Ethernet Parameters Configuration View Ethernet Parameters Modify Ethernet Parameters State linkIndicationt OODuplex 6 PrimarylpAddress 192 168 3 14 PrimarylpMask 255 255 255 0 PrimarylpFilters SecondarylpAddress Br 0 O 0 SecondarylpMask 0 0 0 0 SecondarylpFilters Technique static 1 v Modify Q Refresh Figure 74 Modify Ethernet Parameters l Enter the main address and mask for the card in the Primary IP Address and IP Mask fields 2 The IP Filter needs to be provisioned through the card s configuration website For more information on setting up IP Filters refer to the Model 3096RC Adminstrator s Reference Guide 3 From the Technique drop down menu select static if you want to statically assign the IP address or select disable if you want to use DHCP to assign the IP address Click Modify to commit your changes Click Refresh View Ethernet Statistics Click on View Ethernet Statistics in the Ethernet Overview window to view statistics for the Ethernet ports on the device such as errors and frame stats
155. s You may configure the Alarm Trap Manager for any particular card in the chassis subnet or you can configure all of the cards in the subnet at once I Alarmira pManager Alarm Trap Manager Fe FS6300 NMS Select Card 192 168 2 17 v Alarm Trap Manager 1 192 168 254 139 Alarm Trap Manager 2 Alarm Trap Manager 3 Alarm Trap Manager 4 Configure All Cards 2 Modify Use this configuration to assign the IP Address of 6300 NMS Server as Alarm Trap Manager on any selected card or on all cards in the chassis Figure 32 Alarm Trap Manager 3 Select the card that you would like to configure from the Select Card drop down menu If you would like to configure all of the cards at the same time select the Configure All Cards checkbox at the bottom of the screen 4 Enter the IP address of the NMS server in the Alarm Trap Manager 1 field Introduction 47 FS6300 NMS User Manual 3 Configuring Alarms and Clocking 5 Click the Modify button 6 If the configuration was successful a Configuration Result window displays Click OK Configuring Alarms through a Card in the Chassis To configure the IP address for the Alarm Trap field for each card l From the menu tree on the left side of the screen select the Chassis for the card that you want to config ure 2 In the main window right click on the Card then select Alarm Parameter Configuration The FS6300
156. side of the link which will be authenticating local 1 local server will be authenticating Remote needs to log into local server remote 2 remote server will be authentication Local needs to log into remote server Authentication Username and Password The username and password that will be sent to the remote side if the remote machine is authenticating MRU The setting for Maximum Receive Unit MRU used for the PPP negotiation IP Address The IP address that will be used for the PPP link IP Mask The IP mask that will be used for the PPP link IP Compression Set whether Van Jacobson vj tcp 2 header compression is used or not none 1 IP Force Next Hop The IP address of the interface which should be the next hop for the packets fast routing Link Compression Enables the PPP link layer address and protocol field compression When enabled the PPP negotiations will desire link compression but may disable the compression due the other end of the link not accepting link compression When disabled the PPP negotiations will force no compression on the PPP link enabled 1 enable link compression disabled 2 disable link compression Allow Magic Number Negotiation Determines if magic number negotiation should be done enabled 1 enable magic number negotiation e disabled 2 disable magic number negotiation IP Filters This option is not modifiable through the FS6300 NMS Re
157. solving line length and line quality Sequences of line probe messages are exchanged between the CO and CP The CO interprets the messages and calculates a worst case payload value The worst case value determines the highest payload rate the CO and CP can achieve without errors NOTE Line probe needs to be enabled on the CP NOTE This tool will cause the DSL line to be retrained E Calculate Best Line Rate Best Line Rate 0 Figure 78 3096RC Line Provision Tool Click the Calculate Best Line Rate button to determine the best payload rate A status message will display when the tool is finished Click OK Configuring G SHDSL Ports 91 FS6300 NMS User Manual Viewing G SHDSL Reports 6 Configuring the 3096RC Card Click on G SHDSL Report to view different reports about port details CO CPE details data path and Fifo information for the G SHDSL ports on the 3096RC card Click the Print button to send the report to a printer on your network Click the Export to Excel button to send the report to Microsoft Excel to save in a spreadsheet GSHDSL General D Fifo Info Data Path Info Port Details CO Details CPE Details Viewing G SHDSL Reports General amp Activation State Informations Hardware Status Download Of Sync WordLocked 1 operationa poor O 0 yes 1 asm Train
158. status eth ernet status system parameters SNMP and HTTP Parameters and system status details Modify System Parameters If you only want to view the system parameters click on View System Parameters in the Card System Config uration window To configure the card system click on Modify System Parameters in the menu tree in the Card System Con figuration window see Figure 57 on page 68 Viewing the Front Panel 69 FS6300 NMS User Manual 5 Configuring the 2616RC Card O Card System Configuration Q View System Status View Ethernet Status Q View System Parameters O View SNMP and HTTP Parameters x Modify System Parameters Country unitedStates 1 Q View System Status Details Modify System Parameters Installation Parameters Module Name DAC Web Settings enableGraphics 1 Monitor Privilege readonly 2 l M Stats Refresh Rate rateSmin 300 M Front Handle Reset lenable 1 Modify Refresh Figure 59 Modify 2616RC Card System Parameters 1 Select to enable or disable graphics from the Web Settings drop down menu 2 Select a privilege option for configuring the card through the NMS from the Monitor Privilege drop down menu 3 Select how often you would like to refresh statistics information from the Stats Refresh Rate drop down menu Select to enable or disable front handle reset from the Front Handle Reset drop down menu 5 Click Modify to save your changes Cl
159. ste ed AENEAN 54 Main Reference and Fallback Reference incio ertt eren ttim er n SH isis SEISE NEE rides 56 ad P 56 GI DM c MDC 56 4 Configuring and Managing Devices eese eee eere eene enn tn senten tatnen sensns insists essen sesta sensn sens TEKES Ssi 57 A nto uet ete drei etie Des libet ui e DE I E TET 58 Adding R m 58 Bossa diu p e 59 Geographical AREAS nio POR UAR ERIS U HEU REPRE RAE rH PRAE RET 59 INOS cs O OO O r e a are aaea a AN EA E N S N T TE 59 SITO E de dttv diana triseebntaahiee TTT YOE tia erat oare 59 Plor SVC m 59 Ici c T 59 Nanaeimg Operor ACTIONS easet ertt rr reete c n a NEM DTI ee Rees bee De oae RR ANSA E SASE 60 Record the current Configuration e aeter rait ote Ee Eoi re dida 60 psum 60 Sec the factory default canfiguration anida nte e tdt ie t einn 61 fontes Carlito 62 Viewing Dene ate E T 62 FS6300 NMS User Manual Table of Contents Exporting the Configuratio Dossieren ia dte d tete dias 63 Importing the Configuration caia ricerca 64 Viewing Modifying System Log Configuration eese tenete nete nennen nennen nene 65 Changing Alam Status Vacio 65 pu A O 66 5 Configuring the 2616RC Card oomoccocoononnonnonnonnsnnononncnnonconconnononncnnonc
160. t State Shows if a route is valid in use Configuring IP Routing 72 FS6300 NMS User Manual 5 Configuring the 2616RC Card Add Routes To add an IP route to the 2616RC 1 In the IP Overview window for the 2616RC click the Add button to define a new route EJ FS6300 Define A New Route Define Hew Route Destination 0 J 210 0 Gateway O ss Oi ss o 0 momento Be Figure 62 Add a New Route for 2616RC 2 Enter a Destination address for the new route An entry with a value of 0 0 0 0 is considered a default route 3 Enter a Gateway address for the new route The gateway address specifies the IP address where the packets should be forwarded Click Define Route Modify Routes To modify an existing IP route for the 2616RC 1 In the IP Overview window for the 2616RC select the entry in the table of the route you want to modify FS6300 IP Route Details IP Route Details Destination IP Address 0 0 0 0 Mask 0 0 0 0 Interface 1 Protocol user 2 Seconds Since Updated 2872 Tag 0 Gateway 192 168 3 88 2 Modify Cost h Modify State ara v 2 Modify Figure 63 Modifying a Route for 2616RC 2 The IP Route Details window displays You may only modify the gateway address cost and state of the route 3 Enter your desired changes and click Modify for each change A confirmation message displays Configuring IP Routing 73 FS6300 NMS User Manual 5 Configuring the 2616RC Card
161. t Line Coding dsx1 HDB3 3 Y Q Near End Line Status Current Near End Line Status Total Near End Line Status Q Far End Line Status Current Far End Line Status Receiver Sensitivity linkSensitivityLevel5 5 v Total Far End Line Status a Modify Line Interface Settings Line Type dsx1E1 CRC MF 7 e Receive Equalizer linkRxEqualizerOff 1 Line Build Out e1pulse 1 Y Yellow Alarm Format linkYellowF ormatDL 2 v Fdl dsx1Fdl none 8 v Submit Figure 85 T1 E1 Link Configuration window 1 In the T1 El Port Configuration window for the selected link click on Modify Line Interface Settings 2 Edit the desired options Circuit ID The transmission vendor s circuit identifier for the purpose of facilitating troubleshooting Line Type the type of DS1 Line implemented on this circuit The type of circuit affects the number of bits per second that the circuit can reasonably carry as well as the interpretation of the usage and error statistics Select fromt he following values other 1 Link is disabled e dsx IESF 2 Extended Superframe DS1 e dsx1D4 3 AT amp T D4 format DS1 e dsx1E1 4 Based on CCITT ITU G 704 without CRC Cyclical Redundancy Check dsx1E1 CRC 5 Based on CCITT ITU G 704 with CRC Cyclical Redundancy Check e dsx1E1 ME 6 Based on CCIT ITU G 704 without CRC bit oriented signaling e dsx1EI CRC MF 7 Based on CCIT ITU G
162. tem Log Configuration on page 65 e Re Discover Card See Re Discovering Cards Manually on page 38 Ping Displays a status message after pinging the interface Viewing the Front Panel Click on Card Front Panel GUI to view the front panel of the card in real time gt FS6300 6511RC 6165 250W AC POWER SUPPLY Figure 111 6511RC Front Panel LEDs Configuring the Card System Click on Card System Configuration to configure system parameters You can also view the system status eth ernet status system parameters SNMP and HTTP Parameters and system status details Modify System Parameters If you only want to view the system parameters click on View System Parameters in the Card System Config uration window To configure the card system click on Modify System Parameters in the menu tree in the Card System Con figuration window see Figure 112 on page 129 Viewing the Front Panel 128 FS6300 NMS User Manual 8 Configuring the 6511RC Card O Card System Configuration View System Status View Ethernet Status Q View System Parameters O View SNMP and HTTP Parameters x Modify System Parameters Country unitedStates 1 Q View System Status Details Modify System Parameters Installation Parameters Module Name DAC Web Settings enableGraphics 1 Monitor Privilege readonly 2 l M Stats Refresh Rate rateSmin 300 M Front Handle Reset lenable 1 Modify Ref
163. tion dialog box click Reuse to continue using the same password for the same period as previously configured To enter a new password click Configure and perform further steps 2 Enter the new password in the Type new password field Re enter the same password in the Confirm new password field Enter the number of days you want your password to be valid in Password expiry duration If no value or zero is entered in this field then the password never expires 5 Click Connect The new password is assigned to you and you are connected to the Application Client You need to use this new password from the subsequent login Configuring your password from the client l Afterlogging into the client select Security Administration from the Tools menu Select the user from the users list and click Edit in the Menu bar Select Change Password The Password Configurator window is displayed 2 Enter the new password in the New Password field Re enter the same password in the Confirm Password field Click OK The new password is assigned to the user Logging into the Application Client 18 FS6300 NMS User Manual Troubleshooting 1 Introduction Table 1 lists the messages that are displayed in certain situations during the login process Message You are logged in for the first time would you like to reuse the existing password or configure a new pass word See Configuring your pass word before connecting to the client
164. tion will be used pap 3 password authentication protocol will be used chap 4 challenge handshake authentication protocol will be used chapORpap 5 chap will be negotiated first if that fails pap will be attempted Authentication Side The side of the link which will be authenticating local 1 local server will be authenticating Remote needs to log into local server e remote 2 remote server will be authentication Local needs to log into remote server Authentication Username and Password The username and password that will be sent to the remote side if the remote machine is authenticating MRU The setting for Maximum Receive Unit MRU used for the PPP negotiation Configuring PPP 76 FS6300 NMS User Manual 5 Configuring the 2616RC Card Link Compression Enables the PPP link layer address and protocol field compression When enabled the PPP negotiations will desire link compression but may disable the compression due the other end of the link not accepting link compression When disabled the PPP negotiations will force no compression on the PPP link enabled 1 enable link compression disabled 2 disable link compression Allow Magic Number Negotiation Determines if magic number negotiation should be done enabled 1 enable magic number negotiation e disabled 2 disable magic number negotiation Compression If none 1 then the local node will not attempt to negotiate an
165. tional D None Q Near End 2 down 0 deactivate 0 deactivate 0 operational D None 3 down 0 deactivate 0 deactivate 0 operational 0 None 4 down D deactivate 0 deactivate D operational D None 5 down 0 deactivate 0 deactivate 0 operational 0 None 6 dowen 0 deactivate 0 deactivate 0 operational 0 None 7 E down 0 deactivate 0 deactivate 0 operational 0 None 8 down D deactivate 0 deactivate 0 operational 0 None 9 down 0 deactivate 0 deactivate 0 operational 0 None 10 down 0 deactivate 0 deactivate 0 operational 0 None 11 down D deactivate 0 deactivate 0 operational 0 None 12 down 0 deactivate D deactivate 0 operationial 0 None 13 down 0 deactivate 0 deactivate 0 operational 0 None 14 down 0 deactivate 0 deactivate 0 operational 0 None 15 down D deactivate 0 deactivate 0 operational 0 None 113 FS6300 NMS User Manual 7 Configuring the 3196RC Card Configuring IP Routing ou may configure a host and routes for the 3196RC through the FS6300 NMS The IP Overview window shows details for routing destinations and includes information for gateway cost interface protocol and state of each route 1 ES6300 Ip Overview on IP Routing Overview Destination 0 0 0 0 0 0 0 0 19241 58 3 88 l user 2 192 168 3 0 255 255 255 0 0 0 0 0 local 1 Add Refresh X Close Export To Excel Note To Modify Delete an existing IP Route select
166. ualization Receiver Sensitivity The minimum voltage at which the WAN port will sense that the signal is avail able This variable is only used if the Receiver Equalization is set to ON Line Build Out The T1 or El pulse levels used by the T1 E1 ports triState 0 When the T1 El port is not in use you may want to place the port in tri state mode While in this setting the input lines to the port are placed in high impedance protection mode e el pulse 1 Used when connecting the T1 E1 port to El lines tl pulseOdB 2 Strong T1 pulse amplitude e tl pulse 7dB 3 Medium T1 pulse amplitude tl pulse 15dB 4 Weak T1 pulse amplitude Yellow Alarm Format The standard used to transmit and identify the Yellow Alarm link YellowFormatBit2 1 Bit 2 equal zero in every channel e link YellowFormatDL 2 FFO00 pattern in the Data Link link YellowFormatFrame12FS 3 ES bit of frame 12 Fdl implementation of FDL is being used if any FDL applies only to T1 circuits other 1 Indicates that a protocol other than one following is used e dsx1Ansi T1 403 2 Refers to the FDL exchange recommended by ANSI e dsx1Att 54016 3 Refers to ESF FDL exchanges e dsx1Fdl none A Indicates that the device does not use the FDL If one of the El line types has been selected set Fdl to dsx1Fdl none 8 3 Click Submit to commit your changes Configuring the T1 E1 Ports 100 FS6300 NMS User Manual 6 Configuring
167. uccess ful logins are allowed When exceeded the session with Appli cation Client is forcefully termi nated and you need to reopen the Application Client FS6300 NMS Application Client has been terminated This message is displayed when the Application Client is idle for more than a specified period that is when there is no interaction between the user and the Applica tion Client The Application Client is termi nated Bring up reopen the client again Logging into the Application Client 20 FS6300 NMS User Manual 1 Introduction Using the NMS Menus The following menu items are always available at the top of the main window of the NMS e SetUp F Add Device 6300 Container Definition Back Forward Exit Tools Schedule Tasks Discovery Administration View Exported Card Configuration Firmware Upgrade Multiple Card Configuration Security Administration Map Provisioning Create Inter Chassis Links Auto Screen Maps and Channels Create and Manage DSO Maps DSO Availability by Ports Chassis Diagnostics InBand Channel Manage ment e Reports Alarm Tracking Chassis Checklist Discovery Checklist Device Checklist NMS Summary Help About FS6300 NMS Additionally some options in the menu tree have other toolbars at the top related to their function in the net work Fault Management Network Events View Details Alarms Refresh Fault Management Network
168. utton to send the report to a printer on your network Click the Export to Excel button to send the report to Microsoft Excel to save in a spreadsheet B T1E1 Link Acti y T1 E1 Link Activity Overview O Line Interface Settings O Test Settings Circuit Loopback Line ID Config Status 1 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 2 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 3 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 4 RoutedPPP NMS dsx1E1 4 dsx1NoLoop 1 No Alarm 5 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 6 VAN Circuit other 1 dsx1NoLoop 1 No Alarm Li VAN Circuit other 1 dsx1NoLoop 1 No Alarm 8 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 3 WEAN Circuit other 1 dsx1NoLoop 1 No Alarm 10 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 11 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 12 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 13 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 14 WAN Circuit other 1 dsx1NoLoop 1 No Alarm 15 WAN Circuit other 1 dsx1NoLoop 1 No Alarm WAN Circuit other 1 dsx1NoLoop 1 No Alarm Refresh Gy Print Export to Excel Figure 107 3196RC T1 E1 Reports Viewing the T1 E1 Map Layer Click on Display T1E1 Map Layer to show a map of all the T1 E1 ports on the card Right click on a port in the map to configure its link See Configuring the T1 E1 Ports on page 120 for more details TE 3196RC_
169. v I 4 gt D 33 Major Alarms Total 379 Displaying 355 to 379 A a Failed Systems IES 2 FS6300 Geographical Areas E e Fault Management Hetwork Events 5 Alarms t a CriticalAlarms 3 8 12AIlAlarms t ab ClearedMinor 5 ai Performance T 9 SHMP Tools E a Network Database Ag Administration Tools Alarm Summary View amp o Status l Failure Object Owner J Daterrime ww J alarm message J E 192 158 411 PATH1 A 192 168 4 11_SDH Sec 192 168 4 11_PATH1 S 192 168 4 11_PATHIR 192 168 8 12_WAN Por 192 168 3 20_PATHI1 R 192 168 3 20_PATH1 S 192 168 3 20_SDH Sec 192 168 3 20_PATH1 4 192 168 7 19_SDH Sec 192168 7 19 PATHT A 192 168 719 PATHTR 192 168 7 19_PATH1 S 192 168 6 11_PATHI1 R 192 168 6 11_PATH1 S 192 168 6 11_PATH1 A 192 168 6 11_SDH Sec 1892 168 7 19 WAN Por 192 168 7 19 WAN Por 192 158 7 19 WAN Por 192 168 56 11 WAN Por 192 168 6 11_WAN Por Jul 29 2010 06 25 05 AM PATH1 AIS Alarm 21643 Jul 29 2010 06 25 05 AM SDH Section LOS Alarm 21642 Jul 29 2010 06 25 05 AM PATH1 SLMM Alarm 21641 Jul 29 2010 06 25 05 AM PATH1 RDI Alarm 21639 Jul 29 2010 06 24 38 AM WAN1 Red Alarm 21637 Jul 29 2010 06 24 31 4M PATHT RDI Alarm 21635 Jul 29 2010 06 24 31 AM PATH1 SLMM Alarm 21634 Jul 29 2010 06 24 31 AM SDH Section LOS Alarm 21633 Jul 28 2010 06 24 31 AM PATH1 AIS Alarm 21632 Jul 29
170. very is completed It make take a minute or more for the discovery indicators to reflect the changed status Stop Hetwork Discovery Select Network 10 104 0 0 v a Start Discovery E Stop Discovery Discovery Status Figure 21 Stop Discovery in progress 3 A message will display in the Discovery Status area that discovery is currently disabled for the network Make the desired changes in the Network Discovery and or Protocol tabs and click Apply Return to the Start Stop Discovery tab Select the network from the drop down mneu and click Start Discovery The discovery process will continue Stopping Restarting a Discovery Process 37 FS6300 NMS User Manual 2 Discovering Your Network Re Discovering Already Discovered Devices By default the rediscovery process discovers only devices that were not discovered previously It does not redis cover the already discovered devices To rediscover already discovered devices l Click on Tools gt Discovery Administration at the top of the screen Then click on Discover Patton Devices in the menu tree of the Discovery window 2 Click on the General tab then select the checkbox for Re Discover Already Discovered By default this option is disabled Discovery Administration DISCOVERY ADMINISTRATION General Protocol Network Discovery Start Stop Discovery This tool allows you to enable or disable the discovery of a network or a set of devices in a network
171. y State ara v 2 Modify Figure 82 Modifying a Route for 3096RC 2 The IP Route Details window displays You may only modify the gateway address cost and state of the route 3 Enter your desired changes and click Modify for each change A confirmation message displays Configuring IP Routing 94 FS6300 NMS User Manual 6 Configuring the 3096RC Card Configuring PPP Click on PPP Configuration to view PPP links for the card You may also modify the link configuration and default packet settings for PPP links Modify PPP Link Configuration To configure PPP links for the card l Right click on the card in the main window and select PPP Configuration The PPP3096 window dis plays 2 Click on PPP View and select an entry to edit from the table The FS6300 PPP window displays 3 Select Modify Link Configuration O FPP view Modify Link Configuration Ppp ID Link Configuration PPP protocol ppp ipcp 1 View Link Configuration Modify Link Configuration Authentication Technique none D Y PPP Statistics TEES LCP Statistics Authentication Side local 1 v or lt Q Dat Authentication Username a Authentication Password MRU 1500 IP Address 192 hee hso IP Mask 255 265 ss bss IP Compression none 1 v IP Force Next Hop lo llo llo llo Link Compression disabled 2 Allow Magic Number Negotiation disabled 2 v IP Fitters
172. y IP compression option Otherwise the local node will attempt to negotiate compression mode Changing this option will have effect when the link restarts none 1 do not negotiate IP compression negotiated default vj tcp 2 van jacobson TCP IP header compression will be negotiated per RFC 1332 Configuring PPP 77 FS6300 NMS User Manual 5 Configuring the 2616RC Card Configuring the T1 E1 Ports Click on T1E1 Port Configuration to view T1 E1 links for the card Select an entry in the table to configure line interfaces test settings and channel assignments for T1 E1 ports View Configuration In the T1 E1 Port Configuration window for the selected link click on View Configuration If there are alarms for the link click on Alarms Present to view the alarm details for the link Modify Line Interface Settings E T1E1Link Details View Configuration 7 Q Line Interface Settings View Line Interface Settings Circuit ID WAN Circuit Modify Line Interface ings O Test Settings Q View Test Settings Q Modify Test Settings Q Modify Channel Assignment Line Coding dsx1 HDB3 3 Y Q Near End Line Status Current Near End Line Status Total Near End Line Status Q Far End Line Status Current Far End Line Status Receiver Sensitivity linkSensitivityLevel5 5 v Total Far End Line Status x Modify Line Interface Settings Line Type dsx1E1 CRC MF 7 v Receive Equalizer linkRxEqualizerO

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