Burning system and method for WiFi device

Abstract

The invention relates to a burning system and method for a WiFi device. The system comprises a device data burning management platform, a router and the WiFi device. The WiFi device comprises an OTA (Over-the-Air Technology) module and is in communication connection with the router through the OTA module. The device data burning management platform is in communication connection with the router, is used for storing device data corresponding to the WiFi device and sends the device data to the WiFi device through the router. According to the technical scheme of the system and the method, automatic production can be realized when the WiFi device is burnt; the stations and labor cost can be reduced; hardware can be managed uniformly; a burning error can be avoided; moreover, multiple WiFi devices can be burnt at the same time; the efficiency is improved; and an individual customization demand of a user can be satisfied.

Description

Technical field [0001] The present invention relates to the technical field of firmware burning, and more specifically, to a burning system and method for WiFi equipment. Background technique [0002] With the rapid development of the Internet of Things, the unprecedented increase in WiFi devices has put forward higher requirements for factory production, including requirements for production line optimization, production intelligence, cost savings, and quality assurance. [0003] Before leaving the factory, WiFi devices need to be programmed, tested, and related tests. At present, the general method is to customize the corresponding fixture according to the specifications of the WiFi device when the WiFi is burned or tested. That is, WiFi devices of different specifications cannot use the same fixture, which adds more costs to production, and due to WiFi The device specifications are different, so it is difficult to achieve universal fixtures when burning firmware or testing for ...

AI Technical Summary

Problems solved by technology

The current general method is that WiFi needs to customize the corresponding fixture according to the specifications of the WiFi device when burning firmware or testing, that is, WiFi devices of different specifications cannot use the same fixture, which adds more costs to production, and because WiFi The equipment specifications are different, so it is difficult to achieve universal fixtures and automation when burning firmware or testing WiFi equipment. At the same time, it increases the number of workstations and increases labor costs. Moreover, this method cannot be used for the firmware that needs to be burned. Unified management, it is easy to cause programming errors after being distributed to each station, and for the development, it is necessary to consider the component verification of the factory in the production process, which increases the workload of the development stage and prolongs the development time

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