Design of High Speed I2C Interface Protocol For Enabling Rapid Data Exchange

Abstract

The increasing demand for high-speed data communication in embedded systems has led to a focus on efficient protocols, with the I2C protocol emerging as a preferred solution. Traditional UART (Universal Asynchronous Receiver-Transmitter) communication often struggles with limitations in speed and the complexity of wiring, making it unsuitable for applications requiring rapid data exchange. This work proposes a novel design for a high-speed I2C interface protocol aimed at enabling efficient data exchange in modern electronic systems. The design emphasizes improved communication speed and reduced complexity through a single master-multiple slaves configuration and optimized data handling techniques. The proposed I2C protocol enhances system performance by allowing for simultaneous communication with multiple devices while maintaining data integrity and reliability. Key advantages of this approach include reduced pin count, increased data throughput, and enhanced scalability for future applications in complex systems.