In order to help you pass HCIA-5G V1.0 Certification H35-660 Exam, PassQuestion has the latest HCIA-5G V1.0 H35-660 Training Material which can make you do not need to spend a lot of time and money but can get a lot of knowledge to enhance your skills in a short time.HCIA-5G V1.0 H35-660 Training Material is very helpful and can help you pass Huawei H35-660 exam with flying colors. You could go through each and every question and answer given in this format thoroughly and be confident about appearing in your final H35-660 HCIA-5G V1.0 exam.

HCIA-5G V1.0 Certification Overview

HCIA-5G certification is positioned to validate the knowledge about 5G networks and the applications of 5G technologies in various industries, and facilitate talent cultivation for business transformation, application transformation, solution design and application of ICT industry players in the 5G era.

HCIA-5G certification curriculum includes but is not limited to evolution of 5G, 5G industry progress, 5G network challenges, 5G network transformation, 5G use cases in industries, 5G network capabilities and key technologies, and typical industry solution of 5G.

With an HCIA-5G certification, you demonstrate a systematic understanding of and proficiency in the basic knowledge of 5G networks and its use cases in industries, and the basic knowledge and skills required for positions such as industry solution engineers and pre-sales solution engineers. With engineers who are HCIA-5G certified, enterprises have the basic capabilities of designing 5G industry solutions and marketing 5G industry services.

H35-660 HCIA-5G V1.0 Exam Knowledge Point

5G Basic concepts and development (33%)

1. 5G development and evolution
2. 5G protocols and standards
3. 5G three types of application scenarios (eMBB, mMTC, uRLLC) and their business applications
4. Current network performance in three types of application scenarios
5. Network key performance corresponding to three types of 5G application scenarios
6. 5G networking mode: NSA and SA
7. Industry chain progress of 5G: Chip, terminal, and network
8. 5G spectrum resources, 5G spectrum distribution and allocation in each country
9. 5G network architecture, evolution, and changes

5G Network Capabilities and Key Technologies (25%)

1. 5G core network, bearer network, and wireless network architecture
2. 5G E2E network slicing and functions
3. Key technologies of the 5G wireless new air interface: Uplink and downlink decoupling, new
coding technology, F-OFDM, etc.
4. Principle and feature of massive MIMO
5. 5G Network security and technology

5G Use Cases (17%)

1. 5G new business applications
2. Key services and application of 5G Cloud X
3. Advantages of 5G new service applications (such as WTTx, UAV, and smart manufacturing)
4. Requirements of various new services on the 5G network

5G Industry Applications and Solutions (25%)

1. Related technical features, industry and standards progress of IOV
2. 5G IOV service application scenarios and solutions
3. Technical characteristics of smart healthcare and industry progress
4. Application scenarios and solutions of 5G smart healthcare
5. Smart grid architecture, related technical features, and industry progress
6. Application scenarios and solutions of the 5G smart grid
7. Application Scenarios and Technical Requirements of 5G Smart Education

View Online HCIA-5G V1.0 H35-660 Free Questions

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

Which of the following are 5G technologies defined in 3GPP release 15?(Multiple choice)
A. Massive MIMO
B. Flexible sub-frame structure
C. New waveform
D. New mutli-access technology
Answer: A,B,C,D

Which one of the following services belongs to URLLS application scenario? 
A. Intelligent parking
D AR/VR
B. Automated driving
C. Intelligent meter reading
Answer: B

Which of the following services is the most suitable for terminals to implement DRX?
A. Automated driving
B. Video on-live
C. VR gaming
D. Intelligent meter reading
Answer: D

Which one of the following solutions cannot reduce end -to-end delay?
A. using a low latency bearer network
B. control and user plane separation (CUPS) on the core network
C. RTT optimization over the air interface
D. large-capacity spectrum bandwidth
Answer: D

Which of the following are service seniors where VR is predominately used? (Multiple choice)
A. Education .
B. industrial manufacturing
C. Video .
D. Gaming .
Answer: A,C,D