A. Fabric Control Plane node

B. Fabric Leaf node

C. Fabric Edge Node

D. Fabric Border node

E. Fabric Access Node

F. Fabric Spine Node

A. Stuck-in-active conditions are solved faster.

B. They help in the localization of the real failure in the network.

C. They prevent a route from going into the stuck-in-active state.

D. The EIGRP adjacency between two neighbors never goes down.

A. AF21

B. CS4

C. none

D. EF

A. It requires BGP to exchange labeled IPv6 unicast between PE routers

B. iBGP peering between the PE routers should be done using an IPv6 address.

C. It does not require MPLS between the PE routers.

D. Uses an IPv4-mapped IPv6 address as the IPv4 next-hop on PE router

E. It requires a VRF on the IPv6 interface

A. Configure EIGRP OTP on the CE routers.

B. Configure eBGP peering between the CE and PE routers.

C. Configure eBGP peering among the CE routers.

D. Configure OSPF peering between the CE and PE routers.

A. The list of detected neighbors in a received UDLD message is missing the receiving switch ID and port ID combination.

B. A port in normal UDLD mode fails to receive a UDLD message for a prolonged time period.

C. A switch receives its own UDLD message on the same port it has sent it from.

D. UDLD detects a mismatch between timer settings on neighboring switches.

E. An ACL denying all IP traffic is applied to a switchport.