System Verilog-based FIFO design and verification with functional coverage and assertion Available to Purchase

The project aims to design and verify a synchronous First-In-First-Out (FIFO) memory module in System Verilog, featuring configurable width and depth parameters. The FIFO module is implemented with read and writes pointer logic, allowing for data storage and retrieval. The methodology involves creating a comprehensive test bench with a simulation results, coverage metrics, and assertion reports to validate the FIFO’s functionality under various scenarios, including sequential, random, and parallel data transactions. Assertions are employed to verify key properties such as FIFO full and empty conditions, pointer movements, and timing constraints. The project’s advantages lie in providing a flexible and efficient FIFO memory solution, applicable in diverse digital systems, and the verification suite ensures robustness by systematically testing the module’s behavior. The output includes simulation results, coverage metrics, and assertion reports, offering a comprehensive validation of the FIFO module’s compliance with the specified requirements.