Multiple-board unified configuration system in ATCA (advanced telecom computing architecture)

Abstract

The invention provides a multiple-board unified configuration system in ATCA (advanced telecom computing architecture) used for a WLAN (wireless local area network). A synchronous configuration Server module, a status management Server module and a connecting management Server module are arranged on a main control board, a synchronous configuration Agent module, a status management Client module and a connecting management Client module are respectively arranged on each business board, and a synchronous configuration Agent module, a status management Client module and a connecting management Client module are arranged on a switchboard. By the technical scheme, configuration steps in starting of high-capacity AC (alternating-current) equipment are simplified, configuration efficiency is improved, configuration error is reduced, and integral stability and flexibility of the high-capacity AC equipment are improved. The multiple-board unified configuration system is applied to the high-capacity AC equipment built by one main control board, one switchboard and multiple business boards in the ATCA platform.

Description

technical field [0001] The invention relates to the technical field of WLAN mobile communication, in particular to a system for unified configuration of multiple boards in a large-capacity AC (wireless controller) device in a WLAN network (wireless local area network). Background technique [0002] In recent years, China's telecom operators are constructing and operating WLAN hotspots on a large scale, and the total number of APs (wireless routers) has reached millions. In the next few years, it is expected that the scale of AP deployment will continue to expand several times. Growth, AC equipment that can manage hundreds or 1024 APs has been difficult to adapt to the increasingly tight situation of resources such as computer rooms, power supplies, and air conditioners. Platform (advanced telecom computing platform), a large-capacity AC device built with a main control board, a switch board and multiple service boards is an effective means to solve the above challenges. [...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the problems of the prior art, mainly because when the large-capacity AC equipment starts under the ATCA architecture, there are many items to be configured for the service board and the switch, and there is a sequence, and manual configuration of the service board and the switch board is easy to cause errors

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