The OSPF3 protocol is a separately developed protocol that differs somewhat from OSPF2 in that OSPFv3 is link-based rather than network segmented, and the following statement is incorrect?(). Single choice questions).
Wait, so we're supposed to know the difference between OSPF2 and OSPFv3? I thought this was a simple networking exam, not a secret handshake competition!
B) The routing information obtained by the OSPFv3 router from the neighbor uses the neighbor's Link-Local address as the next hop in the forwarded packet
Ooh, this is a tough one. I think the correct answer is A. Two OSPF routers connected to the link can establish a neighbor relationship even if their IPv6 address prefixes are different. It's all about that link-local magic!
Haha, this question is a real brainteaser! I'm going to guess C. For two OSPF routers connected to the link, you can establish a neighbor relationship even if you do not configure a unicast IPv6 address. Who needs addresses anyway?
User2: I'm going with B. The routing information obtained by the OSPFv3 router from the neighbor uses the neighbor's Link-Local address as the next hop in the forwarded packet.
User1: I think the answer is A. Two OSPF routers connected to the link can establish a neighbor relationship even if their IPv6 address prefixes are different.
I'm not sure about this one. Link-local addressing is pretty tricky in IPv6, so I'm going to go with B. The routing information obtained by the OSPFv3 router from the neighbor uses the neighbor's Link-Local address as the next hop.
I think the correct answer is D. All OSPFv3 interfaces use the Link-Local address as the destination address of the message. This differs from OSPF2 where the address is network-based.
I'm not sure about that, I think the correct statement is C) For two OSPF routers connected to the link, you can establish a neighbor relationship even if you do not configure a unicast IPv6 address.
I think the correct statement is A) Two OSPF routers connected to the link can establish a neighbor relationship even if their IPv6 address prefixes are different.
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