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Study H35-663 Tool - Test H35-663 Duration

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Huawei H35-663 certification exam is an excellent opportunity for professionals to enhance their career prospects in the field of 5G network planning and design. HCSP-Field-5GtoB Service Planning and Design V1.0 certification demonstrates that the candidate has the necessary skills and knowledge to plan and design 5G networks for businesses. It is an internationally recognized certification that is highly valued by companies in the telecommunications industry. HCSP-Field-5GtoB Service Planning and Design V1.0 certification can help professionals to stand out in their job search and open up new career opportunities in the field of 5G network planning and design.

Huawei H35-663 Exam covers a range of topics including 5G network planning and design, 5G-to-B service planning and design, key 5G technologies and their applications, and more. H35-663 exam is designed to test the candidate's ability to plan and design 5G-to-B services that meet the needs of businesses and organizations. It also evaluates the candidate's understanding of the latest trends and developments in the field of 5G-to-B service planning and design.

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Test H35-663 Duration & H35-663 Official Practice Test

To pass the H35-663 exam, you must put in a lot of time studying, practicing, and working hard. You will need real Huawei H35-663 Questions and the necessary understanding of the exam's format to pass the H35-663 test. Without preparing with actual HCSP-Field-5GtoB Service Planning and Design V1.0 (H35-663) questions, applicants find it difficult to get the knowledge essential to pass the Huawei certification exam in a short time.

Huawei H35-663 Exam is an important certification for professionals who are involved in the planning and design of 5G services. It is a challenging exam that requires a deep understanding of the underlying principles and technologies of 5G networks. However, passing the exam will demonstrate that you have the knowledge and skills to design and deploy 5G services that meet the needs of your customers, and will help you advance your career in this exciting and rapidly-evolving field.

Huawei HCSP-Field-5GtoB Service Planning and Design V1.0 Sample Questions (Q35-Q40):

NEW QUESTION # 35
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 # 36
What is network slicing in 5GtoB service planning and design?

A. A technique to divide a physical network into multiple logical networks
B. A technique to encrypt network traffic for improved security
C. A technique to add new network nodes to an existing network
D. A technique to synchronize network nodes for improved reliability

Answer: A

Explanation:
Network slicing in 5GtoB service planning and design is a key feature that enables network operators to create virtual networks that are customized to the needs of specific business customers or use cases. It involves dividing a physical network infrastructure into multiple logical networks, each with its own set of resources, characteristics, and performance levels.
Each slice is designed to meet the specific needs of a particular business customer, industry, or application. For example, a business customer may require a slice that has low latency, high bandwidth, and guaranteed service availability for its mission-critical applications, while another customer may require a slice with higher capacity and lower priority.
By leveraging network slicing, network operators can provide differentiated services to business customers, improve network efficiency, and increase revenue streams. This allows for more efficient use of network resources, as the slices can be dynamically adjusted to meet changing customer demands.

NEW QUESTION # 37
Which of the following is not a use case for 5G networks?

A. Autonomous vehicles
B. Internet of Things (IoT) connectivity
C. Enhanced mobile broadband
D. 3G network coverage improvement

Answer: D

Explanation:
3G network coverage improvement is not a use case for 5G networks. 5G networks are designed to provide faster data speeds, lower latency, and more reliable connectivity for applications such as enhanced mobile broadband, Internet of Things (IoT) connectivity, and autonomous vehicles. Improving 3G network coverage is not a primary use case for 5G, although it may indirectly improve coverage in some areas as 5G networks are deployed.

NEW QUESTION # 38
Which of the following factors should be considered for 5G network planning in a rural area?

A. Limited fiber connectivity
B. Lower population density
C. Lower bandwidth requirements
D. Both a and b

Answer: D

Explanation:
Both a and b should be considered for 5G network planning in a rural area. Limited fiber connectivity may affect backhaul capacity and infrastructure, and lower population density may affect the business case for deploying 5G networks in these areas. However, it's worth noting that lower bandwidth requirements may not always be the case in a rural area, as some applications or use cases may require high-speed connectivity.

NEW QUESTION # 39
What are the benefits of using Massive MIMO in 5G network design? Select all that apply.

A. Greater network coverage
B. Reduced latency
C. Increased data rates
D. Improved spectral efficiency

Answer: D

Explanation:
A, B, and D are the benefits of using Massive MIMO in 5G network design.
Massive MIMO (Multiple-Input Multiple-Output) is a technology used in 5G network design that involves using a large number of antennas at the base station to improve network performance. Some of the benefits of using Massive MIMO include:
A). Improved spectral efficiency: By using a large number of antennas, Massive MIMO can increase the number of spatial streams in a wireless signal, which improves the spectral efficiency of the network.B. Increased data rates: By increasing the number of spatial streams, Massive MIMO can increase the data rates that can be supported by the network.C. Reduced latency: While Massive MIMO does not directly reduce latency, it can indirectly reduce latency by increasing the data rates and reducing network congestion, which can result in faster data transmission and lower latency.D. Greater network coverage: By using a large number of antennas, Massive MIMO can improve the coverage of the network and reduce dead spots in the coverage area.

NEW QUESTION # 40
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