Development of Serial Driver Verification Environment Module Using UVM Method
Abha Dargar, M. Shanmuka Satya Sudheer Naidu, S. Karthik, D. Krishna, K. Venkatesh
Abstract
The development of a Serial Driver Verification Environment Module using UVM is a critical component ensuring the reliable and robust operation of serial communication interfaces in modern electronic systems. This module serves as a key part of verification process helping to identify and rectify potential issues and bugs in the serial driver's functionality. The UVM is a widely accepted and standardized framework for verifying digital designs by ensuring their compliance with industry standards. This methodology provides a structured and systematic approach to the verification process, enabling through testing of the serial driver in various scenarios and corner cases. The proposed involves the creation of a verification environment module tailored specifically to the serial driver by utilizing UVM principles and methodologies. The module will include test benches, sequences, and monitors designed to thoroughly test the serial driver's functionality, performance, and compliance with relevant communication protocols.