|ipv6 ospf process id area id||Enables OSPFv3 on the interface|
|ipv6 router ospf process id||Enters OSPFv3 router configuration mode|
|Ping address||Checks end to end connectivity|
|router-id 32bit id||Assigns a 32 bit router-id in a dotted decimal format, example (22.214.171.124)|
|show ipv6 ospf||Displays OSPFv3 settings|
|show ipv6 ospf neighbor||Displays the contents of the OSPF adjacency table|
|show ipv6 route||Display the contents of the IPv6 routing table.|
Task 1: Enable OSPFv3.
Step 1: Access the CLI of the router and check that you still have the IPv6 addresses configured on your router, if not, rectify.
Step 2: Ping the IPv6 address of the other routers fa0/1 or gi0/1 interface. If you have correctly configured both end of the directly connected link, then this should be successful.
Step 3: Ping the IPv6 address located on the other router, this should fail because it is not directly connected and just like in IPv4 no dynamic routing protocols are enabled by default to advertise it out.
Step 4: Enter OSPFv3 configuration mode and assign the following router ID’s
R1 only..... Router ID 126.96.36.199 R2 only..... Router ID 188.8.131.52
Do you need to configure unique router ID’s ?
Step 5: Enter the configuration mode for the interface directly connecting the two routers together, fa0/1 or gi0/1.
Step 6: Enable OSPFv3 on the interface and check you have an OSPF adjacency.
Step 7: Try pinging the loopback IPv6 address of the other router
Why would it fail?
Step 8: Enable OSPFv3 on the loopback interface and ask the other student to try and ping it, because you are now advertising it via OSPFv3 this should work.