Design and Development of Serial Driver Verification and Test Module using Universal Verification Methodology

In the field of digital design and verification, serial communication driver verification is essential for guaranteeing the accuracy and dependability of electronic systems. A standardized framework for functional verification in hardware design, the Universal Verification Methodology (UVM), was used to construct the Serial Driver Verification Testing Module that is shown in this abstract. The suggested module is an essential part of the verification environment as it makes it easier to evaluate if the serial driver complies with communication protocols. The module is made to systematically watch, evaluate, and score the interactions between the serial driver and the tested Device Under Test (DUT) by utilising UVM’s capabilities. The Serial Driver Verification Scoreboard Module’s key features include effective reporting systems, error detection, and thorough protocol verification. Scalability and maintenance are improved by the modular and reusable verification components made possible by the UVM approach. By comparing predicted and observed communication sequences, the scoreboard module may identify potential protocol breaches and offer insightful information about the driver’s conduct.