Gain a deep understanding of Huawei’s agile distributed Wi-Fi solution and its licensing model. Discover how the solution’s central APs and remote units (RUs) are treated for licensing purposes, allowing for efficient and scalable high-density Wi-Fi coverage in various environments.
Table of Contents
Question
Which of the following statements about Huawei’s agile distributed Wi-Fi solution is false?
A. The solution applies to sites with densely distributed rooms, such as dormitories, hotels, and wards.
B. The agile distributed architecture of the solution divides a traditional AP into two independent devices: a central AP and remote unit (RU).
C. If an AC has a license that supports management of 100 APs, the AC can manage a maximum of 100 RUs.
D. The central AP connects to RUs in rooms through network cables without wall penetration loss or feeder loss, providing high-quality signal coverage.
Answer
C. If an AC has a license that supports management of 100 APs, the AC can manage a maximum of 100 RUs.
Explanation
The statement “If an AC has a license that supports management of 100 APs, the AC can manage a maximum of 100 RUs” is false in the context of Huawei’s agile distributed Wi-Fi solution.
In Huawei’s agile distributed Wi-Fi solution, the remote units (RUs) are not treated as separate access points (APs) for licensing purposes. Instead, the central AP and its associated RUs are considered as a single entity.
When you purchase an AP license for the wireless LAN controller (AC), it allows you to manage a certain number of central APs. Each central AP can then be connected to multiple RUs, and the RUs do not consume additional AP licenses.
For example, if you have an AC with a license that supports the management of 100 APs, you can deploy up to 100 central APs, and each central AP can be connected to multiple RUs, potentially supporting hundreds or even thousands of RUs, depending on the specific deployment requirements.
The other statements in the question are true:
A. The agile distributed Wi-Fi solution applies to sites with densely distributed rooms, such as dormitories, hotels, and wards, where high-density Wi-Fi coverage is required.
B. The agile distributed architecture divides a traditional AP into two independent devices: a central AP and one or more remote units (RUs).
D. The central AP connects to RUs in rooms through network cables without wall penetration loss or feeder loss, providing high-quality signal coverage.
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