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Passport provisioning

Passport provisioning. Unit objectives. In this unit, you will use operator commands to provision a Passport node compare saved and provisioning views activate your provisioning data provision logical processors, logical processor types and control processors

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Passport provisioning

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  1. Passport provisioning

  2. Unit objectives In this unit, you will • use operator commands to provision a Passport node • compare saved and provisioning views • activate your provisioning data • provision logical processors, logical processor types and control processors • perform Startup on a Passport 7400 or 15000.

  3. CAS Provisioningdata editor Current View NMIS ExternalInterfaces Edit View AB.full.110 AB.full.111 AB.full.112 Provisioning System Active CP Memory Oper Attributes Prov Attributes

  4. start prov end prov modify editing view commit prov check prov confirm prov activate prov save prov Operator commands Operational mode Operational Provisionable Provisioning steps (revise provisioning as necessary) Alternate path

  5. Command Options activate -file (<view name>)-force apply –f (<Name>) prov -file (<view name>)-force check prov -component (<component name>)-nonrecursive-stop on Error-changed clear prov -removed options commit prov -file confirm prov No options Relationship between views and commands

  6. Command Options copy prov -source-destination-current-nonrecursive end prov No options load prov -file-force save prov -current-file-component-ascii-portable start prov No options stop prov No options tidy prov -all-keep-remove-fromdate, -todate Relationship between views and commands (continued)

  7. Provisioning a Passport 7400/15000 node Network planning Hardware installation Can only be run from a local operator port Startup Access control Call router translates the DNA to a routable identity Call router Provision cards and services Commissioning Continuous loop with hardware and provisioning cards and services Monitoring Maintenance

  8. Provisioning a Passport 7400/15000 node (duplicate slide) Network planning Hardware installation Can only be run from a local operator port Startup Access control Call router translates the DNA to a routable identity. Call router Provision cards and services Commissioning Continuous loop with hardware and provisioning cards and services. Monitoring Maintenance

  9. Passport network New Node 4 Node 1 Node 3 Node 2 Node 1 New node 4 Root Root Fruni IPIFR DNADNA = 19281030001 DNADNA = 192814470301 DLCI/481 LCN/17 DCRemote DNA = 192814470301Remote DLCI = 17 DCRemote DNA = 19281030001 Remote DLCI = 481 Network management connectivity

  10. ROOT Vr/1 Pp lpPort SNMP ipStack=vrlp LAN media (Ethernet, FrDte) Network Management connectivity (continued) Passport 7400 VNS, ATM MPE, LANE VR Passport 7400 Passport network VR Passport 7400 VR PP OR Frame relay X.25 or PPP Router or FRAD Network management workstation (Preside MDM) Network management workstation (Preside MDM)

  11. Passport 7000 Passport 15000 Passport trunking Local operator ATM trunk ATM trunk Start upPhysical link Passport 15000 ATM trunk Unacked Trunk VR IPIFR ATM Trunk ATM Trunk Passport 7000 VRIP Passport 7000 IPIFR Passport 7000 Preside Workstation Fruni Preside Workstation

  12. Provisioning trunking (continued) Root Shelf Trk/20 Card/2 cardType = DS1 configuredLPs = Lp/2 Unacked Framer interfaceName=lp/2 DS1/0 Chan/0 Framing=interrupting Lp/2 mainCard = Shelf Card/2 sparedcard= logicalProcessorType = Sw Lpt/Trk DS1/0 linetype =esf Zerocoding =b8zs Chan/0 time slots 1,2,3,4,5,6…,24 application FramerName=trk/20 UnAcked Framer Sw Lpt/Trk FeatureList=UnackTrunks LogicalProcessor=lp/2 Continued

  13. Provisioning trunks over ATM Root TRK/4050 Shelf Atm atm connection= atmif/40 Vcc/0.50 Nep Card/4 cardType = 4p0C3MmAtm configuredLPs = Lp/4 ATMIF/40 Lp/4 InterfaceName= lp/4 Sonet/0 Path/0 mainCard = Shelf Card/4 logicalProcessorType = Sw Lpt/atm Nrp Vcc/0.50 Sonet/0 Vcd Path/0 application FramerName= Atmif/40 TM tx TrafficDescType=3 tx TrafficDescPrm=1:40000 atmService Category=rtVariableBitRate Sw Lpt/atm featureList = atmTrunks logicalProcessor = Lp/4 Nep application Name=Trk/4050 Atm Continued

  14. Root AtmIf/40 Vcc/0.50 vcd NepapplicationName = Trk/4050 Trk/4050 pa AtmatmConnection = AtmIF/40 Vcc/0.50 Nep Passport 7400/15000 trunk over ATM Vcc link Passport AtmIf/40 VCC 0.50 VCC 0.50 Trk/4050 AtmIf/90 VCC 0.60 Trk/9050 Trk/9060 Each Passport trunk is linked to a separate ATM VCC

  15. Passport 7400/15000 trunk over ATM NRP NEP NEP Passport 2 Passport 1 Passport 3 Logical link from one node to the other node using a permanent virtual connection (PVC) is nailed up or switched. It is manually provisioned to create the connection from Passport 1, Passport 2, and Passport 3.

  16. Start up utility Please enter 'quit' or select the desired method of NMS connectivity: 1.A connection to NMS through a DPN network. 2.A connection to NMS through a Passport network. 3.A direct connection to NMS from this Passport using Frame Relay PVC. 4.A connection to NMS via Passport ILS networking. Please enter 'quit' or select one of the following: 1. Reset node to CP-only software. 2. Create Sw lpts and load software on FPs. 3. Perform on-card tests of each card in the node. 4. Configure the node for NMS connectivity. 5. Display the cards inserted in the node. 6. Provision a spare CP. 7. Change selected NMS connectivity. 8. Confirm the provisioning.

  17. Unit summary In this unit, you • used operator commands to provision a Passport node • compared saved and provisioning views • activated your provisioning data • provisioned logical processors, logical processor types and control processors • performed Startup on a Passport 7400 or 15000.

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