Implementation of a Single Cycle Datapath for the Design of a Low-process Control in XC3S500E

This paper outlines the design of a low-process control system for embedded systems applications, utilizing a RISC- V processor. The design incorporates functional units of a single-cycle Datapath and a control unit developed in Verilog HDL. Focus on testing RISC- V instructions to achieve low-process control in embedded systems applications by employing proper instruction mnemonics. The approach enhances the low-process control and efficiency in embedded systems applications and system design through single-cycle control. The designed low-process control proves valuable by computing the processor time (T) needed in instruction execution. Low-process control 1 exhibits an 88.21 % improvement over an A VR processor control, and low-process control 2 demonstrates a 49.43% improvement, thereby ensuring efficient process control. The findings contribute to the understanding of RISC- V architecture implementation in an FPGA platform, featuring LED visualization to depict equivalent machine code generated in a single-cycle process. This study advances the theoretical framework of system optimization and control with the use of FPGA platforms.