Section 2: IP IGP Protocols (30 Points)


Configure the IP routing as shown in Figure 4-10, following the directions.

Figure 4-10. IP IGP Diagram


Section 2.1: OSPF (11 Points)

  • Configure OSPF according to the diagram in Figure 4-10. R1-s0/1, R2-s0/1, R4-S0/1, and R5-s0/1 are to be part of the OSPF area 0.

  • R2-s0/0 and R3-s0/0 are to be configured as OSPF area 1.

  • R1-e0/0 is to be configured as OSPF area 11.

  • R1-e0/1, R3-fa0/0, R3-bri0/0, R5-fa0/0, R5 fa0/1, R5-bri0/0, and R6-e0/0 are to be configured as OSPF area 22.

  • R3-fa0/1 is to be configured as OSPF area 33.

  • Configure the loopback addresses to be part of the OSPF process.

  • Make sure you are able to ping any OSPF interface from any router.

Section 2.2: EIGRP (10 Points)

  • Configure EIGRP between R2 and BB1. R2-fa0/0 must be the only interface configured for EIGRP on R2. R2 routing table should be populated with EIGRP routes from BB1.

  • Configure the routing waiting time for EIGRP on R2 to remain active indefinitely.

  • Redistribute EIGRP into OSPF. Make sure all routers have the EIGRP routes in their routing tables.

Section 2.3: RIP (9 Points)

  • Configure RIP between R4 and BB2. R4-e0/0 must be the only interface configured for RIP on R4. You should receive updates and R4 routing table will be populated with some RIP routes from BB2.

  • Configure a filter that will allow only networks 20.0.0.0/8 to be accepted on R4 from BB2.

  • Redistribute between RIP and OSPF. Make sure all others routers have network 20.0.0.0 in their routing tables.




CCIE Routing and Switching Practice Labs
CCIE Routing and Switching Practice Labs
ISBN: 1587051478
EAN: 2147483647
Year: 2006
Pages: 268

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