Lab Objective:
The objective of this lab exercise is for you to learn and understand how to implement and verify IPv6 routing solutions in Cisco IOS software.
Lab Topology:
Task 1
Configure IP addressing on all routers as illustrated in the topology. Additionally, configure the following the following Loopback interfaces on all routers:
|
Router |
Loopback |
Loopback Interface Address/Mask |
|---|---|---|
|
R2 |
0 |
2.2.2.2/32 |
|
R3 |
0 |
3.3.3.3/32 |
Task 2
Configure RIPng between R1 and R2. Do NOT configure a global IPv6 Unicast subnet between the two routers. Use a RIPng process of R1-RIP on R1 and a process of R2-RIP on R2. Advertise the LAN subnets via RIPng and verify your configuration.
Task 3
Configure a static IPv6 tunnel between R2 and R3. Use the FEC0::ABCD::/64 subnet for this tunnel. Verify that you can ping between R2 and R3 across this tunnel. Do not configure any IPv4 dynamic routing protocols. Use static routes instead.
Task 4
Configure MP-BGP between R2 and R3 using Link-Local addresses. Advertise the LAN subnet on R3 via MP-BGP. Use AS 5. Make sure that R2 can ping the LAN subnet configured on R3.
Task 5
Configure OSPFv3 between R3 and R4. Again, do NOT configure a global IPv6 Unicast subnet between the two routers. Both routers should reside in area 0. Advertise the LAN subnet on R4 via OSPFv3. This subnet should reside in area 1. Verify your configuration
Task 6
Redistribute between the IPv6 routing protocols. Make sure that R4 and R1 can ping each other end to end following your configuration