A network engineer is troubleshooting a single-area OSPFv3 implementation across routers R1, R2, and R3. During the verification of the implementation, it is noted that the routing tables on R1 and R2 do not include the entry for a remote LAN on R3. Examination of R3 shows the following:

A network engineer is troubleshooting a single-area OSPFv3 implementation across routers R1, R2, and R3. During the verification of the implementation, it is noted that the routing tables on R1 and R2 do not include the entry for a remote LAN on R3. Examination of R3 shows the following:
1.that all interfaces have correct addressing
2.that the routing process has been globally configured
3.that correct router adjacencies have formed
What additional action taken on ​R3 could solve the problem?

• Enable the OSPFv3 routing process on the interface connected to the remote LAN.
• Use the network command to configure the LAN network under the global routing process.
• Force DR/BDR elections to occur where required.
• Restart the OPSFv3 routing process.

Explanation: Once it is configured globally, OSPFv3 has to be enabled on each participating IPv6 interface via the ipv6 ospf*process-id area area-id* command. The network command is not used in OPSFv3. Because all other aspects of OSPFv3 are confirmed as working correctly, forcing DR/BDR elections and restarting the OSPFv3 process are unlikely to resolve one missing route entry.

Exam with this question: Chapter 10: Quiz - Troubleshooting OSPFv3 CCNPv8 ENARSI
Exam with this question: CCNA 3 Final Exam Answers