A network engineer is troubleshooting OSPFv2 routing issues on two connected routers. Which two requirements to form an adjacency need to be verified? (Choose two.)

IT Questions BankCategory: CCNAA network engineer is troubleshooting OSPFv2 routing issues on two connected routers. Which two requirements to form an adjacency need to be verified? (Choose two.)

A network engineer is troubleshooting OSPFv2 routing issues on two connected routers. Which two requirements to form an adjacency need to be verified? (Choose two.)

  • Verify that one of the interfaces that connects the two routers is active and the other passive.
  • Verify that one of the routers is the DR or BDR and the other router a DRother.
  • Verify that the interfaces that connect the two routers are in the same subnet.
  • Verify that the interfaces that connect the two routers are in the same area.
  • Verify that both routers are using the same OSPFv2 process ID.

Explanation: The OSPFv2 process ID is local to each router and does not have to be common. Neither interface on the link connecting the two routers can be passive. Both must be participating in the OSPF area. The DR, BDR, and DROTHER status of the router has no bearing on the adjacency relationship.

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