SSD firmware burning method and related components

Abstract

The invention discloses an SSD firmware burning method. According to the method, automatic power-on and power-off control is carried out on SSD firmware through notification type hot plug; reset and drive loading functions brought by two times of manual hard disk plugging and unplugging in a traditional method are achieved. Compared with a traditional burning method, two times of manual plugging and unplugging actions are reduced; the manual workload and the working time in the burning process are avoided; automatic firmware burning is achieved; the achieving efficiency is greatly improved; meanwhile, the labor cost caused by manual work is reduced; and the burning cost is reduced. The invention further provides an SSD firmware burning device and equipment and a readable storage medium, and the SSD firmware burning device and equipment have the above beneficial effects.

Description

technical field [0001] The present application relates to the technical field of cloud computing data centers, in particular to a method and system for burning SSD firmware, a server and an FPGA acceleration board. Background technique [0002] With the development of technologies such as the Internet, cloud computing, and the Internet of Things, solid-state drives (SSDs), as a new generation of storage components, are widely used due to their excellent storage performance. [0003] Solid-state drives need to update the firmware version regularly to meet the needs of R&D testing. Under current conditions, updating the firmware version during the R&D process involves multiple manual insertion and insertion of hard drives. Manual insertion and removal of hard drives is inefficient and requires human resources. In the later stages of R&D, it is necessary to test hard disks in large quantities. Manually plugging and unplugging hard disks to burn SSD firmware will consume human r...

AI Technical Summary

Problems solved by technology

[0003] Solid-state drives need to update the firmware version regularly to meet the needs of R&D testing. Under current conditions, updating the firmware version during the R&D process involves multiple manual insertion and insertion of hard drives. Manual insertion and removal of hard drives is inefficient and requires human resources. In the later stages of R&D, it is necessary to test hard disks in large quantities. Manually inserting and unplugging hard disks to burn SSD firmware will consume human resources and time resources, resulting in low burning efficiency and further affecting the efficiency of SSD testing.

Images