Nokia 4A0-114 - Nokia Border Gateway Protocol Fundamentals for Services Exam
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Total 30 questions
Question #11 (Topic: Exam A)
In the diagram, the BGP import policy "north-and-south" is applied to router R5. Router R1 advertises the prefix 140.100.1.0/24 with a community set to "65200:1". Which of the following statements about how router R5 processes the received route update for prefix 140.100.1.0/24 is TRUE?
A. The prefix is rejected.
B. The prefix's local preference is set to 20.
C. The prefix's community value is removed.
D. The prefix's community value is modified to 65200:2.
Answer: D
Question #12 (Topic: Exam A)
On the Nokia 7750 SR, which of the following is NOT an address family that BGP supports?
A. IPv4
B. VPN-IPv4
C. Label-IPv4
D. MP-EVPN
Answer: C
Question #13 (Topic: Exam A)
In the diagram below, a data packet is sent from CE1 to a far-end CE2 over a VPRN service across multiple regions. Which of the following statements about the tunnel labels is FALSE?
A. The outer label is an RSVP, LDP, or segment routing label pushed by router Core1.
B. The second label is a BGP label pushed by router RBR1.
C. The service label is a label pushed by router PE1.
D. The outer label will be popped by router Core2.
Answer: A
Question #14 (Topic: Exam A)
In the diagram below, an end-to-end transport tunnel needs to be established between PE1 and PE2 using MP-BGP. Which of the following items is NOT required?
A. MP-BGP address families label-ipv4 or label-ipv6 need to be supported on each of the edge routers.
B. Either RSVP, LDP, or segment routing tunnels need to be established between regions.
C. Either RSVP, LDP, or segment routing tunnels need to be established within each region.
D. Each PE router needs to advertise an IP address as a labeled BGP route to identify the tunnel endpoint.
Answer: D
Question #15 (Topic: Exam A)
Which of the following statements about IPv6 Link-Local addresses is FALSE?
A. They are assigned to every physical interface running IPv6.
B. They are only valid for communication within the same broadcast domain.
C. They all have the same 64-bit subnet prefix.
D. They have an interface ID derived by default from the interface’s IPv4 address.
Answer: D
