Verification of I3C Slave Controller

Abstract

The major project undertaken was regarding the Verification of I3C Slave Controller. This paper presents a comprehensive approach to the design and functional verification of I3C (Improved Inter-Integrated Circuit), a communication interface that addresses the limitations of traditional I2C and SPI protocols. The design phase includes the development of a UVM testbench for verification of I3c Slave Controller. A detailed verification framework is employed, incorporating both simulation-based testing and hardware validation to ensure compliance with the I3C specification. Functional verification focuses on main aspects such as data integrity, timing accuracy, and error handling under various operating conditions. Through extensive testing, the design shows improved data rates, reduced power consumption, and enhanced device addressing capabilities. The results affirm the successful implementation of I3C Protocol, paving the way for its adoption in next-generation applications across consumer electronics, automotive systems, and IoT devices. This work provides a foundational reference for engineers in the design and verification of I3C interfaces, highlighting best practices and potential challenges in real world applications.