4A0-M10 Practice Test Questions Answers Updated 42 Questions [Q12-Q33]

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4A0-M10 Practice Test Questions Answers Updated 42 Questions

4A0-M10 dumps & Nokia Cloud Packet Core Expert Sure Practice with 42 Questions

Preparing for the Nokia 4A0-M10 Certification Exam requires a deep understanding of 5G network architecture and protocols. Candidates are expected to have a solid foundation in networking concepts, as well as hands-on experience working with 5G networks. Nokia offers a range of training courses and resources to help candidates prepare for the exam, including online courses, study guides, and practice exams. Successful completion of the Nokia 4A0-M10 Certification Exam is an excellent way to demonstrate your expertise and enhance your career prospects in the rapidly growing field of 5G networking.

QUESTION 12
Which of the following statements about the 5G-globally unique temporary identity (5G-GUTI) is FALSE?

The 5G-GUTI provides a clear identification of the UE without revealing the UE permanent identity.

The 5G-GUTI contains an element identifying the AMF which allocated it.

The 5G network pages an idle UE using its 5G-GUTI.

During the initial registration procedure, the AMF allocates a 5G-GUTI and sends it to the UE.

QUESTION 13
In which of the following scenarios is the Service Request procedure performed?

A deregistered UE needs to register with the network.

A registered UE receives a paging request from the network.

A registered UE needs to establish a new PDU session.

A deregistered UE needs to connect to the network using non-3GPP access.

QUESTION 14
Which of the following elements is NOT used in the 5G non-standalone (NSA) deployment Option 3?

Evolved Packet Core

ng-eNB

gNB

Dual Radio UE

QUESTION 15
Which Nokia product is used for the AMF in 5GS?

Cloud Mobility Manager

Cloud Mobile Gateway

Network Resource Discovery

Smart Plan Suite

QUESTION 16
Which of the following 5GS reference points is used for control plane signaling?

QUESTION 17
Which of the following statements about session aggregate maximum bit rate (session-AMBR) is FALSE?

Session-AMBR limits the aggregate bit rate provided across all non-GBR QoS Flows of a PDU session.

SMF calculates the session-AMBR value to be enforced.

The UPF that terminates the N6 interface enforces the session-AMBR value in the downlink direction.

NG-RAN enforces the session-AMBR in the uplink direction.

QUESTION 18
Which of the following statements about the downlink user plane data flow in Option 3X is FALSE?

Data packets of bearers that do not use dual connectivity are sent from EPC to UE through eNB.

When NR coverage is good, data packets of bearers that use dual connectivity are sent from EPC to UE using secondary cell group bearers.

When NR coverage degrades, the gNB decides when to use split bearers and send some of the packets received from the core through eNB.

When NR coverage is poor, data packets of bearers that use dual connectivity are sent to the UE through eNB.

QUESTION 19
Which of the following is an HTTP method used by an NF service consumer to create a new resource at an NF service producer when the resource URI is selected by the consumer?

POST

PUT

PATCH

UPDATE

QUESTION 20
Which of the following best describes a UE route selection policy (URSP)?

A URSP is a policy pre-configured in the UE. The UE uses this policy to select a non-3GPP access network and an N3IWF to use in the PLMN.

A URSP is a policy provisioned to AMF by PCF. The AMF uses this policy to select an SMF that can serve a given PDU session for the UE.

A URSP is a policy that can be pre-configured in the UE or provisioned to the UE by PCF. The UE uses this policy to determine how to handle a given application.

A URSP is a policy pre-configured on the SMF. The SMF uses this policy to select a UPF that can serve a given PDU session for the UE.

QUESTION 21
Which 5GS network function allows UE connectivity to 5GC through non-3GPP access networks?

SEPP

N3IWF

NWDAF

NEF

QUESTION 22
Which of the following statements about network slice selection assistance information (NSSAI) is FALSE?

Allowed NSSAI is a set of slices provided to UE by AMF during UE registration procedure.

Requested NSSAI is a set of slices provided by UE to the network and contains values from serving PLMN.

Subscribed NSSAI is a set of slices specified in the UE subscription data and contains only home PLMN values.

Configured NSSAI is a set of slices configured on the AMF and contains slices supported per tracking area.

QUESTION 23
Which of the following statements about 5G QoS Flows is FALSE?

A QoS Flow is the finest granularity of QoS differentiation within a PDU session.

A PDU session has one or more QoS Flows.

All QoS Flows of a PDU session are served by a single N3 GTP-U tunnel.

Each QoS Flow is served by a dedicated data radio bearer.

QUESTION 24
Which of the following does NOT apply to an idle UE in MICO mode?

The UE performs registration updates.

The UE connects to the network to send uplink data.

Power and signaling efficiency is optimized for the UE.

The UE listens and responds to paging.

QUESTION 25
A UE has a PDU session established using slice 1. The operator removes slice 1 from the UE subscription data stored in UDM. Which of the following actions is NOT performed as a result?

UDM notifies the serving AMF about the UE subscription data modification.

AMF initiates the UE configuration update procedure.

AMF requests the UE to release the established PDU session.

UE updates its slicing information with the data received from AMF.

QUESTION 26
Which of the following statements about 5G NG-RAN is FALSE?

The Xn interface is used to connect gNB to ng-eNB.

The NG interface is used to connect ng-eNB to UPF.

The Xn interface is used to connect ng-eNB to AMF.

The NG interface is used to connect gNB to NGC.

QUESTION 27
Which of the following statements regarding cloud RAN architecture is FALSE?

The gNB is split into three functional modules: a radio unit (RU), a distributed unit (DU), and a centralized unit (CU).

DU performs the non-real time processing of layer 2.