DESIGN OF HIGH SPEED 12C INTERFACE PROTOCOL DESIGN FOR ENABLING RAPID DATA EXCHANGE

Abstract

The rapid exchange of data has become increasingly essential in today's interconnected world, and
the I2C (Inter-Integrated Circuit) protocol is a popular choice for achieving this goal in various applications.
This paper presents the design of a high-speed I2C interface protocol aimed at enabling swift data exchange.
The conventional I2C system is known for its reliability and simplicity, but it has inherent limitations in terms of
data transfer rates. These drawbacks, such as low speed and limited scalability, hinder its effectiveness in
modern applications requiring rapid data exchange. In response to these limitations, our proposed system
leverages innovative techniques to enhance the I2C protocol's performance significantly. By optimizing signal
integrity, implementing clock stretching and arbitration mechanisms, and supporting higher clock frequencies,
our design enables high-speed data exchange without compromising the protocol's core characteristics. We
demonstrate the effectiveness of the proposed high-speed I2C interface through simulation and real-world
testing, showcasing its potential to revolutionize data exchange in a wide range of applications, including IoT
devices, sensors, and embedded systems. The proposed design addresses the limitations of the conventional I2C
system and offers a reliable and efficient solution for achieving rapid data exchange in the modern era.