Huawei H12-321_V1.0-ENU HCIP-WLAN-CEWA V1.0 Online Training

To help you pass your H12-321_V1.0-ENU HCIP-WLAN-CEWA V1.0 exam, you can prepare your Huawei H12-321_V1.0-ENU Exam with less effort. You would have basic and advanced understanding about all the concepts of Huawei H12-321_V1.0-ENU Exam Certification. These Huawei H12-321_V1.0-ENU HCIP-WLAN-CEWA V1.0 Online Training are designed for your convenience and you can rely on them without any hesitation. With the help of Exam4Training Huawei H12-321_V1.0-ENU HCIP-WLAN-CEWA V1.0 Online Training for the preparation of HCIP-WLAN H12-321_V1.0-ENU Exam, you would be able to pass this exam in first attempt with maximum grades.

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1. When the air interface frame is a management frame, how many bits are the ESS and IBSS in the Capability Info field of the management frame that can determine the device is a wireless bridge?



2. According to the detection results reported by the AP, the AC can obtain the neighbor relationship between the AP and the surrounding devices, as well as the neighbor relationship of all radio frequency devices under the entire AC including legal APs, illegal APs, and non-Wi-Fi interfering devices, as shown in the following figure:





In order to prevent the reported data from being too large, only the legal neighbors with signal strength greater than -85dBm and illegal neighbors with signal strength greater than () dBm are reported here.

3. In the N+1 backup network as shown in the figure, AC3 is the backup AC of AC1 and AC2, the number of APs that are online on the main AC1 is 1024, the number of configured APs is 2048, and the number of APs that are online on the main AC2 is 512. Normally, what is the minimum number of APs allowed to access on AC3, and what is the minimum number of APs allowed to be configured on AC3?



4. As shown in the figure, in the Mesh network, which STP spanning tree protocol needs to be enabled?



5. As shown in the figure, a point-to-point link with a length of 3km, and an office building with a height of 9.1m from the ground at the midpoint of the link, if the signal transmission frequency is 5.8GHz, please refer to the following formula according to the actual situation, what is the minimum installation height of the transmit and receive antenna from the ground?






 

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