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It is located in an Autonomous System directly connected to this router

There is a single Autonomous System between the local AS and the AS that originated the prefix

There are two Autonomous Systems between the local AS and the AS that originated the prefix

There may be two or more Autonomous Systems between the local AS and the AS that originated the prefix

It is located in Autonomous System 65100

The Nokia 7750 SR allows the setting of the maximum number of routes that can be accepted in a VRF for a VPRN service.

The "maximum-routes" command is used to specify the maximum number of remote routes that can be held within a VRF for a VPRN service.

When the "maximum-routes" command is used with the "log-only" parameter, new routes are still learned.

Once the "threshold" value is reached, no new routes are added to the VRF.

It will be placed into the customer VRF and automatically propagated into the BGP table

It will be placed into the customer VRF and then be propagated to the BGP table only if BGP is used as the PE-CE protocol

It will be placed into the customer VRF and require an export policy to be propagated to the BGP table

It will be placed into the customer VRF and require an export policy to be propagated to the BGP table if RIP is used as the PE-CE protocol

It will be placed into the customer VRF and require an export policy to be placed into the BGP table if a protocol other than BGP is used as the PE-CE protocol

The LDP identifier

The Service identifier

The Route Target

The Route Distinguisher

The tunnel label

A P router may forward customer packets to their destination without the presence of a route to that destination

The ingress PE router may forward customer packets to their destination without the presence of a route to that destination

The egress PE router may forward customer packets to their destination without the presence of a route to that destination

Any provider core router (P or PE) may forward customer packets to their destination without the presence of a route to that destination

Dual CEs connected to redundant PEs can provide redundancy within a single site.

Site redundancy can be achieved by dual homing a single CE to one or more PEs.

Provider core LSPs can be LDP-based or RSVP-based.

The provider core maintains a full mesh of LSP tunnels and MP-BGP sessions between all P devices.

The route-distinguisher value must be 64496:10 for successful VPRN operation.

An export policy is not required for successful VPRN operation.

The "family vpn-ipv4" command is required under the BGP configuration for successful VPRN operation.

The neighbor address should be 10.10.10.4 under the BGP configuration for successful VPRN operation.

The VPRN configuration on ASBR1 is correct.

Show router bgp routes

Show router bgp routes detail

Show router route-table

Show router route-table

Either (b) or (d)

There will be increased memory usage on the PE

There will be increased CPU utilization on the PE

The CE will reject the overlapping prefix

The PE will not recognize the prefixes as being different

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

MP-BGP for exchanging customer routes with other PEs

A routing protocol for exchanging customer routes with the CE

MPLS for exchanging labels with other provider core devices

MPLS for exchanging labels with the CE devices

Targeted LDP for exchanging VPRN labels with other PE devices

A label signaling protocol for defining transport tunnels between PE and CE devices