Which of the following concerning OSPFv3 is TRUE?
C
Which type of OSPF LSA has the following characteristics: It is flooded only within the area it
originates from and can be originated by any OSPF router within the area (including non-DR routers).
A
An OSPF adjacency is stuck in the exstart state. What is the most likely cause?
A
What type of LSA is used to flood information about prefixes from one OSPF area to other attached
areas?
B
Click on the exhibit.
Router R2 learns the networks shown from IS-IS. Router R2 is configured to redistribute routes from
IS-IS to OSPF as shown. Assume the OSPF and IS-IS adjacencies are operational.
How many OSPF Type 5 LSAs will router R1 receive from router R2?
D
Click on the exhibit.
In the topology shown, router R1 is an ASBR configured to export external routes to OSPF. There are
no stub or NSSA areas. Which of the following regarding LSAs is TRUE?
D
Which LSA type is not found in point-to-point only OSPF networks?
B
Click on the exhibit.
The route table on router R2 shows the system address of router R5 but it does not show any of the
interfaces from the non-OSPF area.
What may be causing this?
C
A router receives an OSPF database description packet from a neighbor that references an LSA, which
is already in the router's LSDB. The sequence number in the DBD packet is lower than the sequence
number of the LSA in the LSDB.
What action does the router take?
A
Which of the following statements concerning OSPFv3 is false?
C