Optimized Medical Data Synchronization Using Dual Serial Communication Interfaces with Buffered Data Transfer

In recent advancement in medical domain, the ability to transmit multiple streams of patient data is essential for effective monitoring and diagnosis. Traditionally, systems with single UART (Universal Asynchronous ReceiverTransmitter) setup, find it difficult to handle multiple data, limiting their effectiveness in complex environments. This paper proposes a method by integrating a FIFO (First-In-First-Out) buffer on the AHB bus with a dual UARTs on the APB bus. The AHB to APB bridge enables communication between high-speed and low peripheral bus, which enables multiple data streams to be processed and transmitted. This setup is designed to overcome the limitations of single UART systems, offering a way to distribute data across multiple devices. By multiple UARTs, this approach ensures that vital information can be collected and shared in real-time.