FPGA Implementation of Matrix-Multiplication (MM) Using Model Composer

This paper depicts a new FPGA design and implementation for various computing algebra routines, emphasize efficiency in resource utilization and speed. It is a fundamental operation in scientific computing, signal processing and artificial applications. This illustrates a tutorial on creating a Digital Signal Processing (DSP) IP core for the Zynq 7000 SoC using AMD Vitis Model Composer within the MATLAB/Simulink environment. Experimental results demonstrate significant improvements in computation speed and hardware resource utilization compared to traditional software implementations on embedded processors. The design is executed utilizing AMD Vitis Model Composer, utilizing Zynq 7000 board. Moreover, it explores the process of making a basic DSP utilizing Model Composer within the Simulink environment. Vitis model composer provides fixed-point format for numerical values within the system, offering a robust environment for hardware system simulation and implementation on various FPGAs Simulation and hardware approval comes about affirm the system's rightness and effectiveness, highlighting Vitis Model Composer as a capable instrument for model-based FPGA design. The proposed solution shows promising capabilities for real-time highperformance applications.