Equipment, system and method for detecting network delay of router

Abstract

The invention relates to equipment, a system and a method for detecting network delay of a router. The system is applicable to detect network delay of the router. The router is respectively connected with a detection device and at least one target device, wherein the detection device is used for, when receiving a detection startup instruction, acquiring a connection parameter of the target device by the router; according to the connection parameter and an MAC address of the router, constructing and sending a data frame; receiving a response packet returned by the target device; according to the sent data frame and a response thereof, recording delay and a packet loss rate; and according to the delay and the packet loss rate, forming a detection report. The equipment, the system and the method which are disclosed by the invention are simple in testing process, high in consistency of a testing result, do not require a tester to carry out secondary excerption, and can effectively avoid an error caused by manual operation. Moreover, manpower resources can be effectively saved, testing efficiency is high, labor cost is low and controllability of the testing process is high.

Description

technical field [0001] The present invention relates to the technical field of network testing, and more specifically, to a device, system and method for detecting router network delay. Background technique [0002] Currently, the mainstream wireless networks are divided into two types: wireless networks (such as 4G, 3G or GPRS) implemented through public mobile communication networks and wireless local area networks (WiFi). With the development of network technology, people pay more and more attention to the network delay in the WLAN environment. [0003] In conventional WLAN network delay testing, testers usually need to build an additional network environment for testing and perform testing manually. For example, refer to figure 1 As shown, first set up the test environment as shown in the figure, the tester connects the test computer 121 to the router 110 in a wired manner, and then separately connects each terminal device 122, 123, 124, 125 to the router 110, and then...

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Problems solved by technology

[0005] First of all, testers need to manually build a test environment and operate each terminal separately to connect to wifi, which is cumbersome and inefficient; secondly, because the end time of each terminal test is uncertain, testers need to check the test status repeatedly, which takes a long time and can be Poor maneuverability; moreover, testers need to manually transcribe the test result records from different test windows of the test computer 121 into the test report. This manual transcription process is prone to errors and cannot ensure the accuracy of the test results

In addition, since each terminal needs to simulate the user's real use environment through video playback and other services, changes in video playback software, playback type, and film source clarity will have different impacts on test results. This simulation test process consists of It is impossible to ensure that the configuration of the test conditions is consistent, and the consistency of the test results is relatively poor

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