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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: WLAN Networking Fundamentals | 15% | - WLAN Standards and Protocols
|
| Topic 2: WLAN Configuration and Deployment | 30% | - AC Configuration
|
| Topic 3: WLAN Service and Deployment Cases | 15% | - Industry-specific Solutions
|
| Topic 4: WLAN Product and Solution | 20% | - WLAN Solution Design
|
| Topic 5: WLAN Optimization and Troubleshooting | 20% | - WLAN Performance Optimization
|
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NEW QUESTION # 113
According to the free space signal attenuation model, signal strength is related to frequency distance. The higher the frequency, the greater the attenuation, and the farther the distance, the greater the attenuation.
Answer: A
NEW QUESTION # 114
Wireless network capacity optimization needs to consider the service types and user models of customers in different scenarios, and provide customers with capacity optimization suggestions based on network construction standards. When a customer has 300 users accessing the existing network, the concurrency rate is 40%, the average bandwidth of a single user is 16Mbps, and the terminal bandwidth of the currently selected AP is 16 Tlbpsi, the number of concurrent terminals is 15, then in order to meet the capacity requirements, () APs need to be deployed in the area.
Answer:
Explanation:
8
NEW QUESTION # 115
With the development of Wi-Fi technology, WLAN network has become one of the main means of enterprise network access, and users have higher requirements for the experience of WLAN network. In order to meet the user experience requirements, engineers need to continuously maintain and optimize the WLAN network.
Usually, engineers optimize WLAN networks from which of the following aspects? (Multiple choice)
Answer: A,B,D
NEW QUESTION # 116
What is the maximum number of spatial streams that a 3x2 MIMO WLAN system supports?
Answer: D
Explanation:
Multiple-Input Multiple-Output (MIMO) technology increases wireless transmission capacity by employing multiple antennas at the transmitting and receiving devices.
A MIMO configuration is conventionally expressed as M ร N, where M indicates the number of transmitting antennas and N indicates the number of receiving antennas.
The number of independent spatial streams supported by a MIMO link cannot exceed the smaller of the transmitting and receiving antenna counts.
This relationship is expressed as:
N_spatial streams # min(M,N).
For a 3x2 MIMO system:
min(3,2) = 2.
Therefore, the maximum supported number of spatial streams is two.
Although the transmitting device has three antennas, the receiving device has only two antennas and cannot independently resolve three simultaneously transmitted spatial streams.
The additional transmitting antenna may contribute to improved diversity or beamforming performance, but it does not raise the maximum independent spatial-stream count beyond two.
Huawei's Training Material explicitly provides the example of a 3x2 MIMO system and confirms that it supports no more than two spatial streams.
Options B, C, and D incorrectly assume that the number of streams can equal the transmitting antenna count, the sum of antenna counts, or their product.
Training Material reference: WLAN Planning Basics # WLAN Capacity Design # Spatial Stream, PDF p. 368.
NEW QUESTION # 117
During WLAN planning and design for hospital wards and consultation rooms, two planning solutions are proposed, as illustrated. Which of the following statements are correct for selecting a solution in this scenario?
Original exhibit: Q55 Enlarged Exhibit
CHOOSE TWO
Answer: A,C
Explanation:
Healthcare WLAN planning must account for the construction materials separating wards and consultation rooms because obstacle attenuation significantly affects achievable wireless coverage.
Huawei's Training Material presents two deployment solutions corresponding to different wall structures.
Solution A is intended for rooms separated by brick walls or other materials producing relatively high signal attenuation. In this arrangement, a wall-plate AP or agile distributed RU is installed in each room to provide independent wireless coverage.
The illustrated installation method is wall mounting. Therefore, option D is correct.
Solution B is intended for rooms separated by gypsum boards, foam partitions, or other materials with lower attenuation characteristics. In this arrangement, one AP or RU can cover two adjacent rooms.
The recommended installation method for Solution B is ceiling mounting, making option A correct.
Option B is incorrect because it identifies ceiling mounting rather than the wall-mounted installation shown for Solution A.
Option C is incorrect because it identifies wall mounting rather than ceiling mounting for Solution B.
Huawei additionally recommends positioning APs or RUs away from room doors to improve coverage distribution and reduce interference between adjacent coverage areas.
The correct selections are therefore A and D.
Training Material reference: WLAN Planning Scenarios # WLAN Planning in Healthcare Scenarios # WLAN Deployment Solution for Wards and Consulting Rooms, PDF p. 652, slide 25.
Lab Guide reference: Lab 9 - Indoor WLAN Planning # AP Placement and Coverage Design.
NEW QUESTION # 118
......
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