Nokia NRS II Composite - 4A0-C01 Free Exam Questions

A. HO-DSP

B. AFI

C. NSEL

D. IDI

A. TRUE

B. FALSE

A. The adjacency is in the exchange state. The next step is to exchange link state request and link state update packets.

B. The adjacency state is full. The routers are exchanging database description packets to notify each other that all link state advertisements have been received.

C. The adjacency state is two way because both routers have received a database description packet.

D. The adjacency is in the ex start state. The routers have exchanged database description packets, but still have to negotiate the starting sequence number.

A. The customer's Layer 2 header is removed at the iLER.

B. The customer's Layer 2 header is removed at the eLER.

C. The customer's Layer 3 header is removed at the eLER.

D. The customer's Layer 3 header is removed at the iLER.

A. show router mpls settings

B. show router ldp default

C. show router mpls label-options

D. show router ldp parameters

E. show router ldp settings

A. A group and neighbor statement for each peer

B. A policy statement within the router identifying what is to be advertised

C. Default metrics for each link

D. Access-lists denoting what is to be advertised

A. The Ethernet port must be set to access mode, and the service must have a spoke SDP.

B. The Ethernet port must be set to network mode.

C. The Ethernet port must be set to access mode.

D. The Ethernet port must be set to network mode, and the service must have a spoke SDP.

A. Route distinguishes are appended to IPv4 prefixes to form IPv6 prefixes.

B. Route distinguishes are used to ensure that VPRN IP prefixes are globally unique.

C. CE routes use a route distinguisher to indicate which VPRN they are associated to.

D. Route distinguishes are used to determine which routes a VPRN should import.

A. It is used to signal the service labels in the provider core.

B. It allows link LDP to be configured on the edge devices only.

C. It is used to signal the transport labels in the provider core.

D. It allows selective control over which devices are configured for LDP.

A. Inter-Area Network

B. AS Summary

C. Intra-Area Prefix

D. Inter-Area Router

A. The highest interface MAC address

B. The loopback address

C. The sequence number of the Hello packet

D. The device that first initiated communication becomes the DIS

E. The system ID

A. An LSP state change causes the Message-ID to be incremented.

B. Message-IDs replace individual refresh messages.

C. RSVP refresh reduction is disabled by default.

D. RSVP generates a summary refresh message for each LSP.

A. An Epipe service that has 2 SAPs on the same router and has no SDPs configured.

B. An Epipe service that is configured between two routers, each having 1 SAP and 1 SDP configured

C. An Epipe service that has 3 or more SAPs configured.

D. An Epipe service that has 1 SAP and 1 SDP configured.

A. 0

B. 6

C. 3

D. 2