This repository contains a Verilog implementation of a systolic matrix multiplier designed for 4x4 matrices. The project incorporates RAM for efficient data storage and retrieval during computations. The implementation is optimized for hardware design and can serve as a foundational component for larger digital signal processing systems or custom hardware accelerators.
- Systolic Architecture: Utilizes a systolic array design, enabling efficient pipelined processing for matrix multiplication.
- 4x4 Matrix Multiplication: Capable of performing multiplication operations on 4x4 matrices.
- Integrated RAM: Built-in RAM modules to facilitate intermediate data storage and reduce latency.
- Hardware Description: Fully implemented in Verilog, suitable for FPGA or ASIC synthesis.
- Verilog (70.3%): Core implementation of the matrix multiplier and RAM modules.
- Tcl (29.1%): Scripts for automation and synthesis flows.
- Pascal (0.6%): Minor components or utilities included in the project.
This project is ideal for those interested in digital design, FPGA development, or exploring systolic architectures for computational tasks.