Example-2

Figure: EVPN-VPWS endpoints example-2

In Figure: EVPN-VPWS endpoints example-2, PE1 is configured with the following Epipe services.

endpoint X create
exit
endpoint Y create
exit
bgp-evpn
  evi 350 
  local-attachment-circuit "CE-1" endpoint "Y" create
    eth-tag 1
  exit
  remote-attachment-circuit "ICB-1" endpoint "Y" create
    eth-tag 2
  exit
  local-attachment-circuit "CE-2" endpoint "X" create
    eth-tag 2
  exit
  remote-attachment-circuit "ICB-2" endpoint "X" create
    eth-tag 1
  exit  
  mpls bgp 1 
    auto-bind-tunnel
      resolution any
      exit
    no shutdown
    exit
  exit
sap lag-1:1 endpoint X create
exit
sap lag-2:1 endpoint Y create
exit

In Figure: EVPN-VPWS endpoints example-2, PE2 is configured with the following Epipe services.

endpoint X create
exit
endpoint Y create
exit
bgp-evpn
  evi 350 
  local-attachment-circuit "CE-1" endpoint "Y" create
    eth-tag 1
  exit
  remote-attachment-circuit "ICB-1" endpoint "Y" create
    eth-tag 2
  exit
  local-attachment-circuit "CE-2" endpoint "X" create
    eth-tag 2
  exit
  remote-attachment-circuit "ICB-2" endpoint "X" create
    eth-tag 1
  exit  
  mpls bgp 1 
    auto-bind-tunnel
      resolution any
      exit
    no shutdown
    exit
  exit
sap lag-1:1 endpoint X create
exit
sap lag-2:1 endpoint Y create
exit

This example is similar to the Figure: EVPN-VPWS endpoints example-1 example, except that the two PEs are multihomed to both CEs. In Figure: EVPN-VPWS endpoints example-1, if CE2 goes down, then, no traffic exists between PEs because the two PEs lose all the objects in the endpoint connected to CE2. Traffic that arrives on EVPN is only forwarded to a SAP on a different endpoint.