Section 2: IP IGP Protocols (30 Points) | CCIE Routing and Switching Practice Labs

Configure the IP routing as illustrated in Figure 5-10, following the directions.

Configure OSPF according to Figure 5-10. 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 and R5 fa0/1 are to be configured as OSPF area 25.
Configure the loopback addresses to be part of the OSPF process.
Make sure you are able to ping any OSPF interface from any router.

Configure EIGRP between R2 and the BB1. R2-fa0/0 must be the only interface configured for EIGRP on R2. The R2 routing table should be populated with EIGRP routes from BB1.
On R2, redistribute EIGRP into OSPF mutually. Make sure all routers have the EIGRP routes in their routing tables.
Configure R2 to receive only advertisements from BB1 for networks 193.118.1.0, 193.118.2.0, and 193.118.3.0. Use a minimum number of commands to accomplish this task.

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 on R4 a filter that will allow only networks 196.1.2.0, 196.1.8.0, and 196.1.10.0 on R2 from BB2. Use an ACL with a minimal number of lines.
Redistribute RIP into OSPF. Make sure all other routers have those three networks in their routing tables.

Configure IS-IS according to Figure 5-10. R3-fa0/0, R3-fa0/1, R5-fa0/1, R6-e0/0, and the ISDN cloud are part of the IS-IS domain. Use area 49.0004 and only level 2 adjacencies.
You should have the RT of all IS-IS routers populated with the IS-IS networks.
You should be able to ping all interfaces of all routers under the IS-IS network.
Redistribute IS-IS into OSPF on R5. In its routing table, R6 should see all routes from your topology.