Obtaining an HCIE-5G-Radio V1.5 certification from Huawei holds significant value in the 5G industry. PassQuestion offers a comprehensive resource of HCIE-5G-Radio V1.5 H35-582-ENU Questions and Answers, empowering candidates to excel in their certification exam. The HCIE-5G-Radio V1.5 H35-582-ENU Questions and Answers provided by PassQuestion are meticulously designed to cover all the essential topics and exam objectives of the HCIE-5G-Radio certification. PassQuestion HCIE-5G-Radio V1.5 H35-582-ENU Questions and Answers are designed to simulate real exam scenarios, enabling candidates to familiarize themselves with the types of questions they might encounter in the certification exam.

Holding an HCIE-5G-Radio certification prove you have the capability to plan 5G networks, design and deploy 5G networks based on Huawei equipment solutions, handle complex network faults, and manage service experience and network performance. This certification is for those who plan to acquire the HCIE-5G-Radio certificate and those who plan to learn 5G network maintenance and optimization skills.

Prerequisites

1. The attendees must have HCIP certificate or equivalent level of competence; 
2. The attendees must have general knowledge of 5G principles, Huawei 5G base station products, and common configuration operations; 
3. The attendees must know common features of Huawei 5G networks

Huawei HCIE-5G-Radio V1.5 Certification Exam

Certification: HCIE-5G Radio
Exam Code: H35-582
Exam Name: HCIE-5G Radio (Written) 
Language: ENU/CHS
Exam Format: Single answer, Multiple answer, True-false question
Exam Cost: 300USD
Exam Duration: 90 mins
Pass Score/ Total Score: 600/1000

Exam Contents

The HCIE-5G-Radio V1.5 exam covers: 5G air interface, 5G protocols and signaling, 5G radio network planning, 5G radio network design, Huawei 5G network optimization features, 5GC evolution and key technologies, 5G transport network principles and key technologies, 5G network design and deployment based on services (such as VR and HD video), 5G network troubleshooting, 5G network optimization problem analysis.

Key Points Percentage

In-depth Introduction to 5G Radio Network Principles 20%
5G E2E Networking Solution 20%
5G NR Network Design 20%
5G Radio Network Faults Troubleshooting 7%
5G Radio Network Optimization and Service Problem Handling 13%
5G Service E2E Integration and Optimization 20%

In-depth Introduction to 5G Radio Network Principles (20%)

1. 5G air interface
2. 5G protocols and signaling analysis

5G E2E Networking Solution (20%)

1. 5G core network evolution and key technology
2. 5G bearer network deployment and evolution

5G NR Network Design (20%)

1. 5G digital indoor system deployment solution and planning
2. 5G NR service interface planning and design
3. 5G network QoS design
4. 5G NR O&M networking design

5G Radio Network Faults Troubleshooting (7%)

1. gNodeB fault analysis and troubleshooting

5G Radio Network Optimization and Service Problem Handling（13%）

1. 5G radio network feature application
2. 5G radio network problem analysis

5G Service E2E Integration and Optimization (20%)

1. 5G Service(VR/ HD video) network commissioning
2. 5G Service(VR/ HD video) optimization

View Online HCIE-5G Radio V1.5 (Written) H35-582-ENU Free Questions

1. Which of the following is the key technology to enhance high -altitude coverage 5G network?
A. UL and decoupling
B. f-OFDMA
C. 256QAM
D. Massive MIMO .
Answer: D

2. Which of the following are commercial product in the 5G terminal industry? (Multiple choice)
A. vehicle-mounted mobile module .
B. mobile handheld
C. mobile MiFi hotspot device
D. home cpe gateway
Answer: A,B,D

3. Which of the following loV application scenarios con be implement by 5G-V2X? (Multiple choice)
A. in vehicle infotainment (IVI)
B. Visualized traffic operation and scheduling
C. door-to-door traffic information service
D. vehicle-road coordination
Answer: A,B,D

4. Which of the following are major challenges in the 5G era?  (Multiple choice)
A. Explosive increase of connected devices
B. Ultra-Low latency for communication between vehicles
C. Fast handover on mobile networks
D. Surging increase of MBB data traffic
Answer: A,B,D

5. Which of following coding schemes is predominantly used for traffic channel in 5G?
A. palor code
B. turbo coding
C. convolutional code
D. LDPC
Answer: D

6. Which of the following are advantages of accessing 5G at home? (Multiple choice)
A. rapid deployment and go to market
B. optical fiber-class rate
C. higher reliability than optical fiber
D. flexible deployment
Answer: A,B,D

7. Which of the following are commercial products in the 5G terminal industry? (Multiple choice)
A. vehicle-mounted mobile module
B. mobile handheld terminal
C. mobile MIFI hotspot device
D. home CPE gateway .
Answer: A,B,D

8. In the 5G network, which technology is used to ensure end-to-end service quality? 
A. Big connections
B. Millimeter Wave Technology
C. Network Slicing
D. Edge Computing
Answer: C