Which step in this process does the router first perform in the DR/BDR election process?
An OSPF router is going through the OSPF adjacency process.
Which step in this process does the router first perform in the DR/BDR election process?
which OSPF adjacency state does the router describe its entire link-state database?
Through which OSPF adjacency state does the router describe its entire link-state database?
How would you ensure that the router becomes the DR?
You have a router that you want to become an OSPF DR. All routers in the area are currently set
at the default values. How would you ensure that the router becomes the DR?
Which statement is true?
You have added an OSPF router to your network and it remains in a Down state.
Which statement is true?
What does this mean about router A?
You show OSPF router A to be in a 2-Way state and router B and C OSPF routers in a Full state.
What does this mean about router A?
Which type of OSPF LSA is used to advertise routes into a different area?
Which type of OSPF LSA is used to advertise routes into a different area?
which statement is true?
Click the Exhibit button.
Brocade#sho ip ospf database link-state router
Area ID Type LS ID Adv Rtr Seq(Hex) Age Cksum
0 Rtr 10.100.1.6 10.100.1.6 80000004 641 0x2d01
LSA Header: options: 0x02, seq-nbr: 0x80000004, length: 48, flags:0x0100
link id = 172.16.10.17, link data = 172.16.10.18, type = transit(2)
link id = 10.100.1.6, link data = 255.255.255.255, type = stub(3)
Area ID Type LS ID Adv Rtr Seq(Hex) Age Cksum
0 Rtr 10.100.1.3 10.100.1.3 80000004 1044 0xd173
LSA Header: options: 0x02, seq-nbr: 0x80000004, length: 48, flags:0x0000
link id = 10.100.1.3, link data = 255.255.255.255, type = stub(3)
link id = 172.16.3.17, link data = 172.16.3.18, type = transit(2)
Area ID Type LS ID Adv Rtr Seq(Hex) Age Cksum
0 Rtr 10.100.1.5 10.100.1.5 8000000a 738 0x96e3
LSA Header: options: 0x02, seq-nbr: 0x8000000a, length: 60, flags:0x0100
link id = 172.16.3.17, link data = 172.16.3.17, type = transit(2)
link id = 172.16.10.17, link data = 172.16.10.17, type = transit(2)
link id = 10.100.1.5, link data = 255.255.255.255, type = stub(3)
Referring to the exhibit, which statement is true?
Which two steps must be taken to ensure proper EBGP peering?
You have been asked to configure a new EBGP connection to your service provider by peering
using your loopback address. Which two steps must be taken to ensure proper EBGP peering?
(Choose two.)
Which route for network 150.10.1.0/24 will be installed in the IP routing table?
What would you do to achieve this?
You want to advertise a single directly connected network prefix into BGP.
What would you do to achieve this?