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Configuring PIM Sparse Mode Remote Neighbors

You must use PIM sparse mode remote neighbors to run multicast services over BGP/MPLS VPNs.

NOTE: Although you can configure PIM sparse mode remote neighbors, you can not use these remote neighbors for BGP/MPLS VPNs.


To configure a pair of E-series routers to act as PIM remote neighbors:

  1. On one router, specify the other router to be a remote neighbor, and identify the IP address of the interface on the other router that is used for the connection to this router.
  2. host1(config-router):boston#remote-neighbor 1001::1 sparse-mode
    
    
    
  3. Specify the location of the local interface whose address is used as the source address for the PIM connection to a remote neighbor.
  4. host1(config-router-rn):boston#update-source atm 2/1.108
    
    
    
  5. (Optional) Specify how often the router sends hello messages to the remote neighbor.
  6. host1(config-router-rn):boston#query-interval 40
    
    
    
  7. Repeat Steps 2 to 3 for the other router.

query-interval

remote-neighbor

update-source

Configuration Example

This example uses the configuration shown in Figure 19. Two E-series routers called router Boston and router Chicago are running PIM and are connected by MPLS tunnels. To configure the routers as PIM remote neighbors:

  1. Specify that router Chicago will be a remote neighbor of router Boston, and identify the IP address on router Chicago that will transmit datagrams to router Boston.
  2. boston(config-router)#remote-neighbor 1001::1 sparse-mode
    
    
    
  3. Specify the location of the interface that will transmit datagrams from router Boston to router Chicago.
  4. boston(config-router-rn)#update-source atm 2/1.108
    
    
    
  5. Specify that router Boston will send hello messages to router Chicago every 40 seconds.
  6. boston(config-if)#ipv6 pim query-interval 40
    
    
    
  7. Specify that router Boston will be a remote neighbor of router Chicago, and identify the IP address on router Boston that will transmit datagrams to router Chicago.
  8. chicago(config-router)#remote-neighbor 2001::1 sparse-mode
    
    
    
  9. Specify the location of the interface that will transmit datagrams from router Chicago to router Boston.
  10. chicago(config-router-rn)#update-source atm 2/1.95
    
    
    
  11. Specify that router Chicago will send hello messages to router Boston every 40 seconds.
  12. chicago(config-if)#ipv6 pim query-interval 40
    

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