Passport 6400 Passport 4400 and 6400 Quick Start Guide 241-6401-280
Passport 4400 and 6400 Quick Start Guide Publication: 241-6401-280 Document status: Standard Document version: 6.0S1 Document date: August 1999 Copyright © 1999 Nortel Networks. All Rights Reserved. Printed in Canada NORTEL NETWORKS, the globemark design, the NORTEL NETWORKS corporate logo, and PASSPORT are trademarks of Nortel Networks.
Contents About this document 9 How this document is setup 9 When to use this document 9 Related documents 10 Passport 4400 10 Passport 6400 10 Logging onto the Passport switches 11 Log onto the Passport 4400 11 Log onto the Passport 6400 11 Configuring an MPANL over a dedicated line 13 Configure the 4400 14 Configure the 6400 14 Verifying the MPANL connection 15 On the 4400 15 From the 6400 16 Troubleshooting the MPANL connection 16 From the 4400 16 From the 6400 17 Configuring an MPANL tunneled
Contents On the 4400 23 On the 6400 23 Configuring a network management connection to a 4400 25 Configure the 4400 27 Configure the 6400 27 Add the FRUNI 28 Add the FRUNI DLCI 28 Add the FRDTE 29 Add the Virtual Router 29 Add the Ethernet Port 30 Add the 4400 to the IP Routing table 30 Verifying the network management connection 31 On the 4400 31 On the 6400 31 Configuring the RSI - RSA connection Configuring the RSI and RSAs 34 On the 4400 34 On the 6400 hosting the primary RSA 34 On the 6400 hosting
List of figures Figure 1 Figure 2 Figure 3 Figure 4 MPANL over a dedicated line 13 MPANL tunneled through public frame relay 19 Network management connection to a 4400 26 A simplified RSI - RSA configuration example 34 Interworking Guide 7.
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About this document This document covers the basic provisioning needed to bring up a Multiservice Passport Access Network Link (MPANL) between a Passport 4400 and 6400. Also included is a section on establishing a network management connection to the 4400, and a section on configuring the RSI -RSA components required for voice networking. How this document is setup Each section includes an example configuration with typical variables. The commands that follow use the variables from the example.
About this document Related documents This document uses commands and information found in the Passport 4400 and 6400 suite of documents.
Logging onto the Passport switches Log onto the Passport 4400 1 Connect the supplied RJ45 cable from the serial port on your computer or teminal to the local management port on the 4400. 2 Open a terminal emulation session with the following settings Data Rate: 9600 bps Data Bits: 8 Stop Bits: 1 Parity: None The port is self sensing. A welcome screen and command line prompt appears. 3 Log onto the Command Line Interface (CLI) > cli Ignore the password prompt and hit the key.
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Configuring an MPANL over a dedicated line Figure 1 shows an example of MPANL over a dedicated line. The commands that follow use the variables from this example. When you configure your MPANL, replace the example variables with variables unique to your network setup. The example shows the two Passports as co-located for the sake of simplicity. However, a dedicated line to a remote 4400 typically travels through a variety of facilities.
Configuring an MPANL over a dedicated line Configure the 4400 CLI> def msm profile dnaPrefix "302102100501" The Prefix DNA normally derives from link information. For example: DNIC 3021 RID 02 MID 10 Lp 05 Port 01 CLI> set system administration nodename "MPA_1" You do not require a nodename, but it is typically included. Although not shown in this example, the nodename appears within the prompt.
Configuring an MPANL over a dedicated line 15 Note: The 6400 needs to match the 4400 linespeed. This example uses the 4400’s default setting of 64 kb/s. PROV> add mpanl/51 PROV> add mpanl/51 framer PROV> set mpanl/51 framer int lp/5 v35/1 PROV> check prov PROV> act prov PROV> save prov PROV> commit prov PROV> end prov Verifying the MPANL connection Once the provisioning is complete on both the 4400 and 6400, verify the link.
Configuring an MPANL over a dedicated line From the 6400 From the 6400 workstation, verify the link is operational using the following commands to display link a variety of information: > d lp/5 v35/1 Unlocked and enabled. > d mpanl/51 sig Unlocked and enabled. > d mpanl/51 framer Unlocked and enabled. > d mpanl/51 sigm Unlocked and enabled; dteComponentName - "MPA_1"; CurrentState - informationTransfer.
Configuring an MPANL over a dedicated line 17 From the 6400 Check all cabling . Ensure all cables are correct for the interface type and mode. Check the Passport patch panel connections. Use the following commands to check the operational state of the MPANL service: > d lp/5 v35/1 Unlocked and enabled. > d mpanl/51 sig Unlocked and enabled. > d mpanl/51 framer Unlocked and enabled; Verify frames are being sent to/from the interface.
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Configuring an MPANL tunneled through public frame relay Figure 2 shows an example of MPANL tunneled through public frame relay. The commands that follow use the variables from this example. When you configure your MPANL, replace the example variables with variables unique to your network setup.
Configuring an MPANL tunneled through public frame relay Configure the 4400 CLI> def msm profile dnaPrefix "302102100501" The Prefix DNA normally derives from link information. For example: DNIC RID MID Lp Port 3021 02 10 05 01 CLI> set system administration nodename "MPA_1" A nodename is not required, but is typically included. Although not shown in this example, the nodename appears within the CLI prompt.
Configuring an MPANL tunneled through public frame relay 21 PROV> add sh card/5 PROV> set sh card/5 cardType v35 PROV> add lp/5 PROV> set lp/5 logicalProcessorType Sw Lpt/MPANL_MUX PROV> set lp/5 mainCard sh card/5 PROV> add lp/5 V35/1 PROV> set lp/5 v35/1 linkMode dce PROV> set lp/5 v35/1 lineSpeed 64000 Note: Linespeed is the aggregate of all 4400s connecting to this port. For example, if you added a second MPANL with a linespeed of 64000 to this port, the linespeed in the command becomes 128000.
Configuring an MPANL tunneled through public frame relay PROV> end prov Verifying the MPANL connection Once the provisioning is complete on both the 4400 and 6400, verify the link. On the 4400 CLI> show msm linkstatus table IfIndex : InterfaceType : LAPFStatus : LocalComponentName : RemoteComponentName: RemoteGenCfgType : PANLStatus : 149 dte up "MPA_1 MPANL/149" "PPNODE mpanl/5117 SigMpanl" nortelAccessDevice up When the MPANL is up, the local and remote node names are displayed.
Configuring an MPANL tunneled through public frame relay 23 > d frmux/51 dlci/17 Unlocked and enabled; usageState - busy; aBitStatusFromIf - active. > d mpanl/5117 sig Unlocked and enabled. > d mpanl/5117 sigm Unlocked and enabled, dteComponentName - "MPA_1", currentState - informationTransfer. > d mpanl/5117 prefixDna/* “302102100501” Troubleshooting the MPANL connection If your MPANL does not come up: On the 4400 Check all cabling. Ensure all cables are correct for the interface type and mode.
Configuring an MPANL tunneled through public frame relay Check the operational status of the framer > d mpanl/5117 framer Unlocked and enabled; verify that frames are being sent to/from the interface. 241-6401-280 6.
Configuring a network management connection to a 4400 The objective of this section is to enable network management connectivity between a network management terminal and the Passport 4400. Once connected, a network operator at the terminal can open a telnet or NMS session to the 4400 for further provisioning and surveillance. The network management terminal can be located anywhere in the network. The 6400 commands assume the network management core router (NMCR) is not yet set up.
Configuring a network management connection to a 4400 Figure 3 Network management connection to a 4400 Passport 4400 Subnet A Prefix DNA: 30210111052 IfIndex 4 IP: 198.47.2.2 netmask: 255.255.255.0 LP/7 6-Port Ethernet FP LP/6 FrUni DNA: 302101100699 FRUNI FRDTE Virtual Router Ethernet Port IP: 198.47.100.1 netmask: 255.255.255.0 FP Virtual hairpin connection Logical interface IP: 198.47.2.1 netmask: 255.255.255.0 Network management workstation IP: 198.47.100.2 netmask: 255.255.255.
Configuring a network management connection to a 4400 27 Configure the 4400 CLI> define bridge global ipProtocol routed CLI> add ip address entry 4 198.47.2.2 255.255.255.0 198.47.2.255 CLI> define ip base parameter dataLinkType 4 198.47.2.2 fr CLI> define ip base parameter routeProtocolType 4 198.47.2.2 passiveRip Note: The above two commands use the 3.
Configuring a network management connection to a 4400 PROV> set sw lpt/FRIP featureList frsVirtualFramer frameRelayUniPvcSvc frameRelayDte ip PROV> add sh card/6 PROV> set sh card/6 cardType v35 PROV> add lp/6 PROV> set lp/6 lpt sw lpt/FRIP PROV> set lp/6 mainCard sh card/6 PROV> ch prov PROV> act prov PROV> save prov Add the FRUNI PROV> add fruni/699 PROV> set fruni/699 dna dataNetworkAddress 302101100699 PROV> delete fruni/699 framer PROV> add fruni/699 vframer PROV> set fruni/699 vframer logicalProc
Configuring a network management connection to a 4400 29 Add the FRDTE PROV> add frdte/699 PROV> delete frdte/699 framer PROV> add frdte/699 vframer PROV> set frdte/699 vframer logicalProcessor lp/6 PROV> add frdte/699 staticDlci/100 The above command creates a static DLCI between the FRUNI service and the FRDTE. Each 4400 in the network requires a unique DLCI.
Configuring a network management connection to a 4400 PROV> set vr/1 pp/frdte699rg1 ipp logicalIf/198.47.2.1 netMask 255.255.255.0 PROV> add vr/1 pp/frdte699rg1 ipp logicalIf/198.47.2.1 rip PROV> add vr/1 pp/frdte699rg1 ipp logicalIf/198.47.2.1 PROV> add vr/1 pp/ENET70 PROV> add vr/1 pp/ENET70 ipp PROV> add vr/1 pp/ENET70 ipp logicalIf/198.47.100.1 PROV> set vr/1 pp/ENET70 ipp logicalIf/198.47.100.1 broadcastAddress 198.47.100.255 PROV> set vr/1 pp/ENET70 ipp logicalIf/198.47.100.1 netMask 255.255.255.
Configuring a network management connection to a 4400 31 Verifying the network management connection Verify you have network managment connectivity after configuring the connection. On the 4400 CLI> show ip route table Shows all networks the 4400 can identify. Ensure an entry for the static route is displayed. CLI> ping Confirms whether the connection to the specified IP address is up. CLI> show fr port spvc circuit table Shows the SPVC if it is active to the Passport FRUNI.
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Configuring the RSI - RSA connection Voice networking requires the provisioning of the Remote Server Interface (RSI) on the 4400 and the Remote Server Agent (RSA) on the 6400. Together they form the connection that allows the 4400 access to the voice networking call server (VNCS) on the 6400. Both digital and analogue voice networking require an RSI - RSA connection. Note the following when configuring the connection: • A typical network has multiple RSAs for load sharing and backup purposes.
Configuring the RSI - RSA connection Figure 4 A simplified RSI - RSA configuration example Passport 4400 Prefix DNA: 302102100201 network MPANL RSI Passport 6400 Passport 6400 MPANL lp/2 v35/1 RSA RSA VNCS VNCS Primary RSA lp/5 RSA DNA: 302102100599 Secondary RSA lp/3 RSA DNA: 302102110399 PPT 7_505 004 NC Configuring the RSI and RSAs On the 4400 CLI> add voice switch CLI> add server 1 vncs CLI> add rsi server 302102100599 Prim-RSA5 primary CLI> add rsi server 302102110399 Secon-RSA3 secon
Configuring the RSI - RSA connection 35 PROV> add sw lpt/RSA PROV> set sw lpt/RSA featureList serverAccessRsa PROV> set sw lpt/CP featurelist vncsCallServer PROV> set lp/5 logicalProcessorType sw lpt/RSA PROV> check prov PROV> act prov PROV> save prov PROV> add rsa/5 PROV> set rsa/5 logicalProcessor lp/5 PROV> set rsa/5 dna dataNetworkAddress 302102100599 PROV> add rsa/5 vncsAccess PROV> check prov PROV> act prov PROV> save prov On the 6400 hosting the secondary RSA PROV> add shelf card/3 PROV> set shelf c
Configuring the RSI - RSA connection PROV> set rsa/3 dna dataNetworkAddress 302102110399 PROV> add rsa/3 vncsAccess PROV> check prov PROV> act prov PROV> save prov Verifying the RSI - RSA connection After both the RSI and RSA are configured, verify the connection is up. On the 4400 CLI> show rsi server operational table Verify the availability status shows available. On the 6400 with the primary RSA > d rsa/5 Verify the RSA is enabled. > d rsa/5 VncsAccess Unlocked and enabled.
Passport 6400 Passport 4400 and 6400 Quick Start Guide Release 6.0 Copyright © 1999 Nortel Networks. All Rights Reserved. NORTEL NETWORKS, the globemark design, the NORTEL NETWORKS corporate logo,and PASSPORT are trademarks of Nortel Networks. Publication: 241-6401-280 Document status: Standard Document version: 6.
