Implementation of Serial Communication using UART in FPGA

Electronics and Communication Engineering

Many computers and microcontrollers include several serial data ports that allow them to communicate with serial input/output devices like keyboards and printers. A modem attached to a serial port allows for the transmission and receiving of serial data over telephone lines to and from remote destinations. The UART (Universal Asynchronous Receiver-Transmitter) is the serial communication interface that receives (RxD) and transmits (TxD) serial data. This technique enables asynchronous communication, allowing devices to exchange data without relying on a shared clock signal.The project develops into the UART-TxD and UART-RxD module's architecture, synchronization methods and hardware settings, emphasizing the FPGA's crucial role in efficient implementation and adaptability for various data transmission and receiving needs. Additionally, this project demonstrates practical applications for the FPGA-based UART-TxD and UART-RxD modules, including real-time data transfer and receive in embedded systems, IoT, and sensor interfaces. This resource caters to engineers and developers interested in utilizing FPGA boards for tailored serial communication solutions, providing insights into both theoretical and practical aspects of UART-TxD and UART-RxD serial communication within an FPGA framework implementation

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