A.The MAC addresses for the l-VPLS will age out immediately following the remote-age out of the backbone-macs of the B-VPLS.

B.There is no effect. The MAC addresses for the l-VPLS age out independently of the aging of B-VPLS addresses.

C.By default, the remote-age timer of the B-VPLS is configured to 0 and addresses do not age out. The l-VPLS uses its own timer.

D.The same timer is used for B-VPLS and l-VPLS addresses on the node.

A.There can only be one route reflector in a cluster.

B.Only the route reflector is configured with a cluster ID .

C.There can only be one level of route reflectors in the topology.

D.Clients should have iBGP sessions with each other to maintain the mesh.

A.This cannot be done.

B.Each VPLS will need their own pair of spoke-SDP's configured. The spoke-sdp's that are to be active should be configured with the option "precedence primary".

C.Each VPLS will use the same pair of SDP's with the same endpoint configured with the option "load-balancing 2".

D.Under the end-point configuration, enable load-balancing 2 and the MDU will load balance automatically.

A.In a dynamic environment where MAC addresses are changing rapidly, the higher the age-time, the larger the fdb-table-size should be.

B.In a dynamic environment where MAC addresses are changing rapidly, the higher the age-time, the smaller the fdb-table-size should be.

C.In a dynamic environment where MAC addresses are changing rapidly, the lower the age-time, the larger the fdb-table-size should be.

D.There is no relationship between the age-time and the fdb-table-size.

A.Entries 10 and 20 are executed for "client1", and entries 10 and 30 are executed for "client2".

B.Only entry 10 is executed for "client1" and "client2".

C.Entries 10 and 20 are executed for "client1", and entries 10, 20 and 30 are executed for
"client2".

D.Entry 10 is executed for directly-connected routes, entry 20 for "client1" and entry 30 for "client2".