Chip batch burning method and system and computer readable storage medium

Abstract

The invention provides a chip batch burning method and system and a computer readable storage medium, and the method comprises the steps: receiving a batch order of a customer for a chip, wherein thebatch order comprises a program version and an order number; detecting the current task loads of all the burning devices, sorting the current task loads of all the burning devices in sequence, and screening out the burning device at the later preset position from the current task loads as a target burning device; according to the order number of the batch orders, formulating and allocating corresponding burning tasks to the target burning devices, wherein the burning tasks comprise the burning number and burning programs; enabling each target burning device to receive the corresponding burningtask and cache the burning task in the cache queue for waiting until the burning task is sequentially updated to the foremost column of the cache queue; and enabling each target burning device to carry out burning operation on the plurality of chips on each version of PCB according to the burning program until the corresponding burning quantity is finished. According to the invention, efficient and accurate batch burning of the chips can be realized.

Description

technical field [0001] The invention relates to the technical field of chip programming, in particular to a chip batch programming method, system and computer-readable storage medium. Background technique [0002] At present, most electronic products on the market need to be controlled by chips, so it is necessary to program the chips. [0003] In the field of production of control equipment such as automotive ECU modules and air-conditioning control modules, it is necessary to burn the relevant control logic programs into the chip after the circuit is assembled. When programming the chip, it is necessary to fix the chip or related circuit board on the fixture and other instruments, and connect it with the programmer installed on the fixture, and then operate the host computer to control the programmer to burn the chip, and then burn the chip. After recording, remove the chip or circuit board from the fixture to complete the programming of a chip. [0004] The hardware str...

AI Technical Summary

Problems solved by technology

First of all, the operator needs to correspond one-to-one with the software serial number of the chip and the position number of the chip on the circuit board when programming the chip. The operation is cumbersome and complicated, and only one chip can be burned at a time. The work efficiency is low and mass production cannot be achieved Secondly, during the programming process, the operator is likely to make a wrong correspondence between the software serial number and the required number of chips. On the one hand, if the final output of chip products is not enough, it needs to be reprogrammed, which will inevitably increase additional work. On the other hand, if the final output of chip products exceeds the required number of chips, it will cause waste of chip resources and increase the production cost of manufacturers.

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