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HP Deploying HP Enterprise Networks Sample Questions:

1. Click the Exhibit button to examine a network diagram and router configuration.

The provider provisions a VPLS for Customer Blue using LDP signaling and a VPLS for Customer Orange using MBGP signaling. A Customer Blue device at Site-1 sends data to a Customer Blue device in Site-4.Based on the output shown in the exhibit, which MPLS label is found on this packet if captured on the segment between P-3 and PE-4?

A) 122933
B) 1088
C) 1084
D) 3
E) 992

2. Click the Exhibit button.

In this star topology, router HKG is the hub. Routers SIN, SGN, and KUL are spokes and are not interconnected. A multicast source at 10.1.1.1 is functioning and able to send streams to all sites. A review of the network shows that PIM DM is configured on all interfaces. All routers are neighbors in OSPF. Receivers 10.2.1.12, 10.3.1.112, and
10.4.1.231 cannot receive the multicast stream, 232.0.0.1.
Which router configuration changes will resolve this issue?

A) [SIN-VLAN-interface200] igmp enable [KUL-VLAN-interface300] igmp enable [SGN-VLAN-interface400] igmp enable
B) [HKG-pim] static-rp 10.1.254.1 preferred [SIN-pim] static-rp 10.1.254.1 preferred [KUL-pim] static-rp 10.1.254.1 preferred [SGN-pim] static-rp 10.1.254.1 preferred
C) [HKG] c-bsr looback 0 [HKG-pim] c-rp loopback 0
D) [HKG-VLAN-interface100] igmp enable

3. Click the Exhibit button.

You have been asked to recommend a design and configuration for an HP OSPF multi-area network. You have been asked to configure Area 1 so that the routing table and LSDB on R3 are kept as small as possible, while still supporting OSPF. R3 will not be required to redistribute any routes into OSPF. Based on these requirements, what is the best configuration in Area 1 on both R1 and R3?

A) [R1] ospf 1 area 1 network 10.1.1.1 0.0.0.0 stub no-summary [R3] ospf 1 area 1 network 10.1.1.2 0.0.0.0 stub
B) [R1] ospf 1 area 1 network 10.1.1.1 0.0.0.0 stub [R3] ospf 1 area 1 network 10.1.1.2 0.0.0.0 stub
C) [R1] ospf 1 area 1 network 10.1.1.1 0.0.0.0 stub no-summary [R3] ospf 1 area 1 network 10.1.1.2 0.0.0.0 stub no-summary
D) [R1] ospf 1 area 1 network 10.1.1.1 0.0.0.0 nssa no-summary [R3] ospf 1 area 1 network 10.1.1.2 0.0.0.0 nssa

4. Click the Exhibit button.

Router-1 and Router-2 are BGP peers. Router-2 and Router-3 are BGP peers. However, Router-3 has not learned the 16.0.0.0/8 BGP route. How can you resolve this issue? (Select two.)

A) Prepend AS1 to the 16.0.0.0/8 route on Router-1.
B) Establish a physical link between Router-1 and Router-3.
C) Enable BGP peering between Router-1 and Router-3.
D) Enable IGP synchronization on all routers.
E) Configure Router-2 as a route reflector and Router-1 and Router-3 as clients.
F) Adjust the local preference of 16.0.0.0/8 on Router-1.

5. Click the Exhibit button.

A provider of MPLS services configures MPLS Layer-3 VPN services for two customers. Each customer has three branch offices that will be interconnected. The address blocks chosen by the customers for each site are:

The provider uses OSPF as its IGP with the Loopback 0 addresses shown as the OSPF router-id and the MPLS LSR-ID. Customer A Site 1 successfully pings Customer A Site 2. This ICMP echo request is captured on the Ethernet segment between routers P-10 and P
20. What is found on this packet capture? (Select two.)

A) MPLS outer label corresponding to FEC 16.0.0.2
B) MPLS VPN label
C) route distinguisher
D) MPLS outer label corresponding to the LSR-ID of P-20
E) VPN target

Solutions: