Design and Implementation of AMBA-APB Protocol for System-on-Chip (SoC) Designs

The demand for compact and efficient communication interfaces within integrated circuits has increased with the integration of high-performance and low-power components in System-on-Chip (SoC) designs. This study addresses this challenge by focusing on the design and implementation of an AMBA-APB protocol bridge. Leveraging inventive techniques to optimize resource utilization and enhance data transfer efficiency between master and slave components, the successful implementation and validation of the novel bridge demonstrate its potential to improve SoC performance across diverse application domains. By seamlessly connecting high-performance and low-power components, the bridge facilitates efficient data exchange, thus addressing the growing demand for compact and efficient communication interfaces within integrated circuits. The developed AMBA-APB protocol bridge offers a promising solution to the challenges associated with integrating disparate components in SoC designs, contributing to enhanced overall performance and scalability, and positioning it as a valuable addition to SoC development methodologies.