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A. 2 static RP's cannot be configured on the same device

B. 10.10.10.24 will be RP for 234.1.1.1 and 10.10.10.66 will be RP for 230.1.1.1

C. 10.10.10.24 will be RP for 230.1.1.1 and 10.10.10.66 will be RP for 234.1.1.1

D. 2 static RP's both with override cannot be configured on the same device

A. It is the delay before the source PE switches traffic from the I-PMSI to the S-PMSI.

B. It is the delay before the source PE sends MDT Join TLVs.

C. It is the delay before the source PE switches traffic from the S-PMSI to the I-PMSI when traffic rate drops below the threshold.

D. It is the delay before the receiver PE prunes the S-PMSI.

A. 1

B. 7

C. It will be random

D. 6

E. 2

A. 00-01-5e-76-2b-cc

B. 01-00-5e-75-2a-0b

C. 00-01-5e-67-2a-0b

D. 01-00-5e-67-2a-0b

E. 01-00-5e-66-3a-6b

F. 00-01-5e-al-2a-6b

A. Only Router A will get this IGMP report and Router A will propagate a PIM join towards the core network

B. Both Router A and Router B will get this IGMP report and Router B will propagate a PIM join towards the core network

C. Both Router A and Router B will get this IGMP report and both of them will propagate a PIM join towards the core network

D. Only Router A will get this IGMP report and as Router A is not PIM DR, so no further action

A. FF02::FF02:2003

B. FF02::FE02:2003

C. FF02::1:FF02:2003

D. FF02::FF:FE02:2003

A. A unicast frame with a known destination in the forwarding table.

B. A unicast frame with an unknown destination in the forwarding table.

C. A unicast frame with an unknown source in the forwarding table.

D. A unicast frame with a known source in the forwarding table,

A. PIM SSM

B. Either PIM SSM or PIM ASM

C. PIM DM

D. PIM ASM

A. The PMSI is the PIM-enabled interface between the PEs in an MVPN service.

B. The PMSI is the GRE tunnel that carries customer multicast traffic across the service provider core network.

C. The PMSI is the interface between the PEs and CEs in an MVPN service.

D. The PMSI is an overlay broadcast network that interconnects all PEs in an MVPN service.

A. The system IP address of the receiving PE.

B. The destination group address of the customer packets.

C. A multicast group address selected from the range of addresses specified in the I-PMSI configuration.

D. The multicast group address configured for the I-PMSI.

A. Hello and Join/prune messages use the outgoing interface's global unicast IPv6 address as source address.

B. Register messages use the RP's global unicast IPv6 address as destination.

C. Register messages use the outgoing interface's global unicast IPv6 address as source address.

D. Hello and Join/Prune messages use All-PIM-Routers multicast address (FF02::D) as
destination.

A. PIM is used to signal customer multicast routing information and discover PEs.

B. BGP is used to signal customer multicast routing information, while PIM is used to discover PEs.

C. BGP is used to signal customer multicast routing information and discover PEs.

D. PIM is used to signal customer multicast routing information, while BGP is used to discover PEs.

A. Router performing PIM Source Path Tree signaling

B. Receiver performing enhanced IGMP version 2 signaling

C. Router performing translation to convert a standard IGMP (*, G) Join into a PIM (S, G) Join

D. Receiver performing IGMP version 3 (S, G) report

E. RP performing translation to convert a PIM (*, G) Join into a PIM (S, G) Join

A. There is one PIM neighbor.

B. There are three PIM neighbors.

C. There is no PIM neighbor in router 100. All the PIM neighbors are in the base router.

D. There are two PIM neighbors.

A. There is insufficient information to answer

B. 1

C. 2

D. 3