Wireless router stability testing system and method

Abstract

The invention discloses a wireless router stability testing system and method. The system comprises a broadband server, a simulative generator and a plurality of wireless routers, and further comprises a concentrator, wherein the simulative generator is connected with a network cable port of a computer, connected with the broadband server and used for virtually obtaining N wireless clients, network cable ports of the wireless routers are respectively connected to the broadband server, serial ports of the wireless routers are respectively connected with the computer and are in wireless network connection with the simulative generator, and the simulative generator is connected with the broadband server through the concentrator. According to the wireless router stability testing system and method, on the one hand, the testing environment can be simplified, and wireless testing terminal resources are saved; on the other hand, flow varieties between wireless terminal equipment and the wireless routers can be increased, the routers can be tested at the same time, and testing efficiency is improved.

Description

technical field [0001] The invention relates to stability testing in the communication field, in particular to a wireless router stability testing system and testing method. Background technique [0002] At present, the commonly used method for wireless router stability testing is to connect multiple real wireless terminal devices to the wireless router to be tested, open some practical applications in the real environment, use actual traffic for testing, and record the downloading file rate, ping packet loss, etc. data results. The test method has problems such as complicated test operation, resource consumption, low efficiency and the like. [0003] The currently commonly used wireless traffic testing software IxChariot is a widely used network load testing tool, which simulates a multi-user environment through multiple pairs. The number of pairs is set at 100. The effect of multiple pairs in Netstat is the number of TCP connections. With multiple connections, the high-i...

AI Technical Summary

Problems solved by technology

[0008] (1) Waste of resources: The router needs to pay the broadband account fee to connect to the Internet; and 4 PCs are required for the test. If it is a higher-end home broadband router, more PC connections may be required to test its stability, resulting in increased testing costs

[0009] (2) The operation is complex and the workload is heavy: Thunder download and PPS must be manually enabled on each PC. To ensure continuous 72-hour non-stop testing, a lot of tasks for Thunder download need to be created, and enough tasks need to be found on the Internet. Large resources, complex operations lead to a very heavy workload

[0010] (3) Low test efficiency: The environment of one broadband line can only support the stability test of one router. If there is only one environment, if it is necessary to test the stability of N routers, it will take at least 72×N hours, which makes the test efficiency low. , cannot improve

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