Question 6
Referring to the ABR configuration shown in the exhibit, which three statements are correct? (Choose three.)
- The ABR advertises a default route to the NSSA using a Type 7 LSA.
- The ABR advertises a single Type 3 summary LSA to the backbone area for all Type 1 and Type 2 LSAs in the 192.168.16.0/20 range.
- The ABR advertises a Type 5 external LSA to the backbone area for each Type 7 LSA in the NSSA.
- The ABR does not summarize any routes within the 192.168.16.0/20 range.
- The ABR advertises a single Type 5 external LSA to the backbone area for all Type 7 LSAs in the NSSA.
Question 7
Referring to the exhibit, which two statements about route reflectors are correct? (Choose two.)
- RR1 advertises routes learned from Client1 to RR2 with itself as the next hop.
- RR2 advertises routes learned from Client3 to EBGP2 with itself as the next hop.
- RR1 and RR2 need the same cluster ID to exchange routes learned from their clients.
- RR2 adds its cluster ID when advertising routes from Client4 to Client3.
Question 8
You are provisioning Layer 2 circuits between sites CE1, CE2, and CE3. Referring to the exhibit, which statement is true?
- A point-to-multipoint LSP must be created between sites.
- Each site must have only one VLAN configured to the PE.
- Site PE1 must have a point-to-multipoint link configured towards the core.
- Two VLANs must be configured from PE 1 to CE 1.
Question 9
What information is stored in a VRF table for a BGP Layer 2 VPN? (Choose three.)
- Layer 2 encapsulation
- local site ID
- remote interface of local CE device
- logical interlace provisioned to local CE device
- label-switched path
Question 10
Which two statements about wide and narrow metrics used in IS-IS are correct? (Choose two.)
- Wide metrics are enabled with the wide-metrics-only parameter under protocols isis hierarchy.
- Narrow metrics are enabled by default and use 8 bits in TLVs to send information.
- Wide metrics are sent by default and use 24 bits in TLVs to send information.
- Disabling narrow metrics results in external routes being leaked from L1 to L2 areas automatically.