Robust Serial Driver Verification Through UVM Framework

The goal of this work is to provide thorough verification using the Universal Verification Methodology (UVM) to guarantee the accuracy and reliability of serial drivers in contemporary electronic systems. The primary aim is to create a Monitor Module in the UVM framework for the purpose of observing and verifying the behavior of the serial driver in testing and simulation scenarios. The Monitor Module is critical for determining compliance with UVM's standards and improves modularity and reusability. In order to test serial drivers, the project will create a UVM-based verification environment, create a monitor module to track important behaviors of the driver, run a number of test cases to assess functionality and dependability, and expand verification coverage to investigate the communication protocol in detail. In digital electronics, serial driver verification is essential for maintaining system accuracy and robustness. To make protocol compliance evaluation easier, the recommended Serial Driver Verification Scoreboard Module is a great help. Error detection, thorough protocol verification, and efficient reporting are some of its benefits.