A method for quickly burning TypeC software

Abstract

The invention discloses a method for quickly burning TypeC software. The method is realized based on a display and a board to be burned. The method comprises the following steps: step S1, burning thesoftware packaged with TypeC. Bin on the display, and taking the burned display as a burning master; step S2, connecting a burning master machine and a board to be burned with wires and energizing; step 3, the burn master machine judging whether there is software in the board to be burned, if so, executing step S4, if not, executing step S5; Step S4, the burning master machine judging whether thesoftware version in the board to be burned is the same as the software version in TypeC. Bin, if the software version is the same, executing step S8, if the software version is not the same, executingstep S5; 5, that burn master machine writing the packaged TypeC. Bin file into the ROM of the board to be burned; Step S8, the burning master displaying that the burning is successful. The inventiondoes not need a computer, a special fixture, a special wire rod and the like, and does not need computer operation, thereby simplifying the hardware structure and reducing the operation difficulty.

Description

technical field [0001] The invention relates to a method for burning TypeC software, in particular to a method for quickly burning TypeC software. Background technique [0002] In the prior art, in order to make electronic devices such as mobile phones thinner, more convenient to charge, and more intelligent, the trend of unified interfaces is more obvious. Therefore, the popularity of TypeC interfaces has emerged as the times require. The feature that the TypeC interface can directly transmit video signals and data signals is also compatible with the power of the mobile phone chip, and it can be directly connected to the monitor, mouse and keyboard for office work. It should meet the privacy and portability of some high-end people. The TypeC box with HDMI and USB interface can solve related problems due to its small size and light weight. In addition to the important task of switching USB3.1 data and DP video data, the Mux chip in TypeC also serves as the control center o...

AI Technical Summary

Problems solved by technology

The Mux currently used in the market has a small package QFN --- many and dense solder pins, and the shape is different, it is difficult to find a suitable adapter for mass production programming

However, using the original programming method requires special software tools, and requires the use of a PC, a small debug board, and several wires, and during operation, the operator needs to use the mouse to click at least 4 times

It can be seen that the existing TypeC software programming method has defects such as complex hardware architecture and high requirements for operators' computer skills, which is not only difficult to operate, but also relatively expensive

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