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Huawei H35-663 Exam covers various topics related to 5GtoB service planning and design, including the basics of 5GtoB network architecture, 5GtoB network planning, 5GtoB network design, and 5GtoB network optimization. H35-663 exam also tests the candidates' knowledge of 5GtoB network deployment and maintenance. HCSP-Field-5GtoB Service Planning and Design V1.0 certification will equip the candidates with the knowledge and skills required to plan and design 5GtoB networks that provide high-speed connectivity and reliable service.

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Huawei HCSP-Field-5GtoB Service Planning and Design V1.0 Sample Questions (Q46-Q51):

NEW QUESTION # 46
What is the timeline for the deployment of 5G networks?

A. 2025-2030
B. 2020-2025
C. 2025-2030 and beyond
D. 2030-2035

Answer: C

Explanation:
The timeline for the deployment of 5G networks is 2025-2030 and beyond. While some countries and regions have already started to deploy 5G networks, the rollout is expected to continue over the next several years, with many countries aiming to have nationwide 5G coverage by 2025 or shortly thereafter. However, the deployment of 5G networks will continue beyond 2025 as operators expand coverage and capacity, and new use cases for 5G emerge.

NEW QUESTION # 47
What are the key components of a 5G network architecture? Select all that apply.

A. Radio Access Network (RAN)
B. Mobile Device
C. Base Station
D. Core Network

Answer: A

Explanation:
These are the two key components of a 5G network architecture. While C. Base Station and D. Mobile Device are important parts of a 5G network, they are not considered key components of the overall architecture.

NEW QUESTION # 48
What are the different types of 5G network deployment scenarios? Select all that apply.

A. Non-standalone (NSA) deployment
B. Standalone (SA) deployment
C. Small Cell deployment
D. Macro Cell deployment

Answer: A

Explanation:
All of the above are types of 5G network deployment scenarios. Non-standalone (NSA) deployment involves the use of 5G radio access technology in conjunction with an existing 4G core network. Standalone (SA) deployment involves the use of a 5G core network in addition to 5G radio access technology. Small cell deployment involves the use of small cell base stations to provide coverage in dense urban areas or indoor environments. Macro cell deployment involves the use of traditional large cell towers to provide coverage in suburban or rural areas.

NEW QUESTION # 49
If an operator wants to optimize 5G network coverage, which of the following techniques should they use?

A. Both a and b
B. Sectorization
C. Cell splitting
D. None of the above

Answer: A

Explanation:
To optimize 5G network coverage, an operator can use both cell splitting and sectorization techniques.
Cell splitting involves dividing a large cell into smaller cells to improve coverage and capacity in areas with high user density. This technique can help reduce interference and improve network performance by allocating more resources to smaller cells.
Sectorization involves dividing a cell into multiple sectors, with each sector using a different set of frequencies or time slots. This technique can help improve network performance in areas with high traffic volumes by increasing the number of available channels and reducing interference.
By using both cell splitting and sectorization techniques, operators can optimize 5G network coverage and performance, especially in areas with high user density and heavy traffic volumes.

NEW QUESTION # 50
What is the impact of 5G on the Internet of Things (IoT)?

A. All of the above
B. Improved connectivity and reliability for IoT devices
C. Increased network congestion and security risks
D. Reduced energy consumption and operating costs for IoT devices

Answer: B

Explanation:
The impact of 5G on the Internet of Things (IoT) includes improved connectivity and reliability for IoT devices, reduced energy consumption and operating costs for IoT devices, and increased network congestion and security risks.
5G networks are designed to support massive machine-type communications, which makes them well-suited for IoT applications. The increased bandwidth and lower latency of 5G networks allow for faster and more reliable connectivity for IoT devices, which is particularly important for real-time applications like autonomous vehicles and industrial automation. Additionally, 5G networks can support a large number of devices in a small area, which is important for applications like smart cities, where many IoT devices may be deployed in a small geographic area.
In terms of energy consumption and operating costs, 5G networks are designed to be more energy-efficient than previous generations of cellular networks, which can help reduce the operating costs of IoT devices. This is particularly important for applications like smart agriculture, where IoT devices may be deployed in remote areas where power is scarce.
However, the increased number of IoT devices and the greater amount of data they generate can also increase network congestion and security risks. Operators and device manufacturers must take steps to ensure that 5G networks are secure and resilient in the face of these challenges.

NEW QUESTION # 51
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