A.The routes to be shared are identified by common route targets

B.The routes to be shared are identified by common route distinguishers

C.The routes to be shared are identified by common AS numbers

D.The routes to be shared are identified by common VPN labels

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.ASBR1 transforms an IPv4 update for prefix 192.168.1.0/27 to a VPN-IPv4 route; allocates VPN label V1 and sends the update to ASBR2.

B.PE1 sends an IPv4 update for prefix 192.168.1.0/27 via MP-BGP to ASBR1.

C.ASBR1 sends an IPv4 update for prefix 192.168.1.0/27 to ASBR2.

D.ASBR2 accepts a VPN-IPv4 update from ASBR1, then sends the update to PE2 via MP-BGP.

A.Show router bgp routes vpn-ipv4 detail

B.Show router route-table

C.Show router route-table summary

D.Show router bgp routes

A.The PE will install a maximum of 40 prefixes into the customer vrf and generate a log message when 40 routes are received

B.The PE will install a maximum of 40 prefixes into the customer vrf, and generate a log message both when
30 and 41 routes are received

C.The PE will install a maximum of 40 prefixes into the customer vrf, generate a log message when 10 routes are received and disable learning of new routes at 41

D.The PE will install a maximum of 40 prefixes into the customer vrf, generate a log message when 10 routes are received and drop the connection at 41

E.The PE will install a maximum of 40 prefixes into the customer vrf, generate a log message when 4 routes are received and disable learning of new routes at 41