A.A single connection to a single service provider.

B.Multiple connections to different service providers.

C.Two connections to two different service providers.

D.Two connections to a single service provider.

A.131071

B.32768

C.8190

D.4094

A.The PE devices participating in the VPLS mesh determine which bridge is closest to Root Bridge. This bridge becomes the Primary Bridge.

B.The PE devices participating in the VPLS mesh run a separate Spanning Tree instance in the Core. The Primary Bridge is the Root Bridge for the VPLS mesh.

C.The PE devices participating in the VPLS mesh determine which bridge is the Root Bridge. This becomes the Primary Bridge.

D.The PE devices participating in the VPLS mesh determine which bridge has the lowest bridge-ID . This bridge becomes the Primary Bridge.

A.A 32 bit IPv4 address followed by a 64 bit Route Distinguisher

B.A 32 bit IPv4 address followed by a 64 bit Route Target

C.A 64 bit Route Distinguisher followed by a 32 bit IPv4 address

D.A 64 bit Route Target followed by a 32 bit IPv4 address

E.A 32 bit Route Distinguisher followed by a 32 bit IPv4 address FA 32 bit Route Target followed by a 32 bit IPv4 address

A.PE1 advertises 64496:1:192.168.1.0/27 route update to ASBR1.

B.ASBR2 advertises 64497:1:192.168.1.0/27 route update to PE2.

C.PE2 advertises 192.168.1.0/27 route update to CE2.

D.ASBR1 advertises 64496:1:192.168.1.0/27 route update to ASBR2.