Abstract:To solve the problem of software complexity and hardware resource consumption in high resolution and high-speed compression of non-standardized images in space applications, in this paper, a software and hardware co-optimization design method based on JPEG2000 IP core is proposed. The system hardware interface design is simplified through GTX high-speed interface and industrial interface internalization; The software architecture of the FPGA program is simplified through the third-party IP core and AXI high-speed bus technology; the quality of hardware compression is controlled by using the technology of image compression performance software simulation optimization and matching of IP core compression parameters. The final high-resolution image high-speed compression system hardware size is reduced by 66%, weight is reduced by 46%, and power consumption is reduced by 62%. At the same time, the IP core-based compression system has a 54% faster sampling, a 32% increase in maximum real-time compression speed and a 25% reduction of single-frame compression time than the ADV212-based compression system. The design scheme can meet the requirements of high compression performance, low resource consumption, miniaturization and modularity in space missions, and provides a reference for high-quality commercial remote sensing compression.