Free 4A0-107 Exam Braindumps
Nokia Quality of Service Questions 91–95 (page: 20)

Updated On: 9-Feb-2026

Which of the following rate-limiting approaches are used on the Nokia 7750 SR? (Choose two)

  1. Shapeless policing at SAP-ingress only.
  2. Shapeless policing at SAP-ingress and egress.
  3. Biased round robin queuing at ingress only.
  4. Soft shaping at all network interfaces.
  5. Soft shaping at network ingress only.

Answer(s): D,E



If a packet is marked on a SAP-ingress, it will be remarked at the first network egress point (if remarking is enabled in the network egress policy).

  1. TRUE
  2. FALSE

Answer(s): B



Which of the following statements are TRUE regarding the PE device in a QoS enabled network? (Choose two)

  1. A device that provides no differentiation between customer traffic flows.
  2. A device that classifies and marks customer traffic.
  3. A device that uses MPLS EXP bits to differentiate between traffic flows.
  4. A device that creates macroflows towards the core from multiple customer sites.
  5. A device that passes macroflows while optionally changing QoS markings.

Answer(s): B,D



On the Nokia 7750 SR, what is the maximum number of queues that a single SAP-ingress policy can support in a VPLS?

  1. 16
  2. 8
  3. 32
  4. 48
  5. 56

Answer(s): C



Click the exhibit button below. A network operator has configured a network-queue policy to map forwarding classes to queues, as shown in the exhibit below. Based on the default scheduling behavior of the Nokia 7750 SR, in which order will packets be serviced?

  1. All in-profile packets in round-robin, then all out-of-profile packets in biased round-robin.
  2. In-profile EF packets, then in-profile H2 packets, then in-profile AF packets, then out-of-profile EF packets, then out-of-profile H2 and AF packets, and then out-of-profile BE packets.
  3. In-profile EF, H2 and AF packets, then out-of-profile H2, AF and BE packets in biased round-robin.
  4. In-profile EF packets, then in-profile H2 and AF packets, then out-of-profile H2, AF and BE packets in biased round-robin.
  5. In-profile EF and H2 packets, then in-profile AF packets, then out-of-profile H2, AF and BE packets in biased round-robin.

Answer(s): D



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