Design and Implementation of Hardware Architecture of Remote Experiment Platform Based on Field Programmable Gate Array

In recent years, the majority of universities both domestically and internationally have adopted FPGA-based development boards for the experimental teaching of computer hardware-related courses. However, this mode of experimental teaching faces significant limitations due to constraints in time and space. Consequently, it has become imperative for universities to explore new models of experimental teaching and equipment management. This paper presents the design of a hardware architecture for an FPGA-based remote experimental platform, which enables remote configuration file downloading and debugging. Experimental results indicate that this hardware architecture meets the requirements of most experiments in computer organization courses.