A.Logical Partitioning of route reflectors works best when PEs are partitioned to support different VPRNs.

B.Logical Partitioning of route reflectors is simple and scalable, but requires more hardware.

C.Filtering at route reflectors requires either inbound filtering at the route reflector or outbound filtering at the PE routers.

D.Filtering at route reflectors allows the route reflector to filter routes received from PEs and only accept routes with a certain route distinguisher.

A.Customer carrier PE routers residing in different sites must run iBGP between them to exchange customers' routes.

B.MPLS can be used in the customer carrier network to improve scalability.

C.The customer carrier network can be a pure IP network.

D.A CSC VPRN is configured on the CSC-CE to forward data packets to the network provider.

A.When the PE exports the route from the VRF into the MP-BGP table.

B.When the P receives the route from the PE.

C.When the PE propagates the route to the CE.

D.When the PE populates the route received from the CE into the VRF.

A.The customer carrier network must be MPLS-enabled.

B.VPRN instances are created on the CSC-CE routers.

C.All traffic exchanged between end-customers is carried over a single CSC VRF.

D.Customer carrier PEs residing in different sites must run MP-iBGP between them to exchange customers' routes.

A.The CE will reject the overlapping prefix

B.There will be increased CPU utilization on the PE

C.There is no issue with overlapping address space in a traditional Layer 3 VPN

D.There will be increased memory usage on the PE

E.The PE will not recognize the prefixes as being different