Your Path to Success: How to Pass the Nokia 4A0-C02 Nokia SRA Composite Exam Exam

PE1 and PE2 advertise the same VPN route to the route reflector.

The route reflector receives two routes for prefix 10.1.1.0/24; one from PE1 and one from PE2.

The route reflector reflects two routes for prefix 10.1.1.0/24.

PE3 receives two routes and is able to load balance traffic across PE1 and PE2.

iBGP

eBGP

MP-iBGP

MP-eBGP

Targeted-LDP

BGP

MP-BGP

RSVP-TE

Configuring iBGP sessions between PEs residing in different customer carrier sites.

Configuring a policy on each CSC-CE to advertise local PE addresses to the network provider.

Configuring a CSC VPRN on each CSC-PE with a SAP interface towards the attached CSC-CE.

Configuring an IES service on PEL

When the route is first received at the P from the PE

When the route from the CE is populated into the VRF at the PE

When the route from the PE is populated into the VRF at the CE

When the route is propagated from the PE to the CE

When the route is exported into the MP-BGP table from the VRF

"Spoke.Sites" and "Hub_Site"

"Hub_Site"

"Spoke_Sites"

No communities should be imported

Two SDPs must be bound to the VPRN service on each PE.

Three SDPs must be bound to the VPRN service on each PE.

Five SDPs must be bound to the VPRN service on each PE.

Twelve SDPs must be bound to the VPRN service on each PE.

The prefix 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.

The prefix is located in Autonomous System 65100.

One label per VRF per route

One label per VRF per next-hop

One label per VRF

All of the above

A and C

B and C

192.60.100.0

10.10.10.6

10.10.10.3

192.50.1.1

It forwards the packet based on the label signaled by MP-BGP.

It decrements the TTL and forwards the packet based on the inner label.

It swaps the outer label then forwards the packet.

The P router does not perform any operations on labeled packets.

ecmp and multipath must be configured within the VPRN instance.

The RD of the VPRN on the local PE must be different from the RD of the remote PEs.

Is enabled in the config>router>bgp context

Allows a PE router to load share traffic across routes learned from both direct CE-PE peerings and MP-BGP peerings.

"Extranet-VPN-Blue" and "Extranet-VPN-Green"

"Blue-Only"

"Extranet-VPN-Blue"

"Blue-Green"

One VPRN, one route distinguisher, and two route targets

Two VPRNs, one route distinguisher, and three route targets

Two VPRNs, two route distinguishers, and three route targets

One VPRN, two route distinguishers, and three route targets

Model B does not require the configuration of VPRN instances on the ASBRs.

The ASBRs exchange data packets that are encapsulated with a transport label and a service label.

The route target advertised in one AS is maintained and used in the remote AS.

The CLI command "configure router bgp enable-inter-as-vpn" is required on the ASBRs.