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HCIP-5G-RNP&RNO V2.0 H35-581_V2.0 Dumps

Huawei HCIP-5G-RNP&RNO V2.0 Certification Exam

Holding HCIP-5G-RNP&RNO Certification prove you have the capability to perform Huawei 5G radio network planning and cell parameter design, evaluating and applying network optimization features, managing radio network performance, analyzing and optimizing performance. Training and certificating senior engineers with the in-depth understanding of 5G network principles and signaling procedures, 5G network planning principles and networking features, 5G network feature deployment and systematic optimization, wireless network performance optimization, complex problem analysis and handling, analysis and processing of wireless network performance optimization of complicated problems, requirement analysis for 5G Industry private network indicators. Aiming to establish the skill standards for 5G radio network planning and optimization professionals.

Exam Information
Exam Code	H35-581
Certification	HCIP-5G RNP&RNO
Exam Name	HCIP-5G RNP&RNO V2.0
Exam Format	Single-answer Question, Multiple-answer Question, True or false
Time	90min
Passing Score/Total Score	600/1000
Exam Cost	300USD
Language	Chinese, English

Prerequisites

Master the basic knowledge about one type of mobile communication networks (2G/3G/4G).

Understand basic concepts of 5G, and Huawei's 5G base station products and basic operations.

Be able to complete basic operations and service tests on 5G networks.

Key Points Percentage

Exam Section	Percentage
5G Radio Network Indepth Principles	30%
5G Radio Network Planning	10%
5G RAN Feature Application	35%
5G Radio Network Optimization	20%
5G Industry Applications and Solutions	5%

Knowledge Points

5G Radio Network Indepth Principles (30%)

1. 5G air interface principles

2. 5G protocol and signaling analysis

5G Radio Network Planning (10%)

1. 5G wireless network coverage and capacity estimation

2. 5G radio network cell parameters design

3. 5G radio network planning simulation

5G RAN Feature Application (35%)

1. 5G physical channel management feature

2. 5G power control feature

3. 5G scheduling feature

4. 5G mobility management feature

5. 5G Massive MIMO feature

6. 5G beam management feature

7. 5G voice services solution

8. Interoperability between E-UTRAN and NG-RAN

9. 5G radio network performance management

5G Radio Network Optimization (20%)

1. 5G radio network coverage problem analysis

2. 5G radio network access problem analysis

3. 5G radio network handover problem analysis

4. 5G radio network call drop problem analysis

5. 5G radio network data transmission and RANK problem analysis

5G Industry Applications and Solutions (5%)

1. 5G industry applications and solutions

1. Which of the following NAS messages will carry QFI parameters?

A. Registration Request

B. Registration Accept

C. PDU Session Establishment Request

D. PDU Session Establishment Accpet

Answer: D

2. Regarding 5G wireless coverage planning, which of the following statements is incorrect?

A. In general scenarios, 5G coverage is limited by the uplink service channel

B. In low-frequency scenarios, there is generally no need to consider the impact of rain and snowfall.

C. The higher the edge continuity rate required by the planning, the larger the cell coverage radius will be.

D. Under normal circumstances, the shadow fading margin in dense urban areas is greater than the shadow fading margin in rural areas.

Answer: C

3. Which changes in 5G have the greatest impact on operation and maintenance?

A. Network cloudification

B. Network slicing

C.SDN

D. Microservices

Answer: ABCD

4. Which of the following are GBR parameters of 5G?

A.GFBR

B. Session-AMBR

C.MFBR

D.UE-AMBR

Answer: AC

5. Which of the following are the differences between 5G TDD and FDD in the link budget process?

A. FDD uses different propagation models

B. Low-frequency FDD networks need to reserve higher interference margins

C. FDD usually does not consider massive MIMO shaping gain

D. FDD needs to consider antenna feeder loss

Answer: BC

6. Which of the following descriptions of the downlink scheduling process are correct?

A. The MCS calculation during the scheduling process requires CQ reporting.

B. Downlink scheduling requires the terminal to initiate a request

C. When the network PRB utilization rate is high, it is recommended to enable the interference randomization feature to reduce interference.

D. gNB determines whether to perform retransmission scheduling based on the UE's HARQ feedback information.

Answer: ACD

7. In the early stages of 5G network construction, what are the following main goals for wireless network optimization?

A. PRB utilization optimization

B. Switching performance optimization

C. Optimize wireless coverage

D. Throughput optimization

Answer: BCD

8. What factors need to be considered when estimating the capacity of a 5G cell?

A. Cell bandwidth

B. Terminal type

C. Maximum number of Massive MIMO multiplexing layers

D. Distribution of terminals

Answer: ACD

9. What functions can edge cloud computing achieve on 5G networks?

A. Wireless network DU function

B. Without network CU function

C. Core network functions

D. Business application functions

Answer: BCD

10. Which of the following are the architectural features of 5G core network?

A. Fully integrated cloud network

B. Service-oriented architecture

C. Distributed architecture

D. End-to-end network slicing