Design and development of FPGA Architecture for Low-Power UART for Smart Homes

This research paper delves into the design and development of a Field-Programmable Gate Array (FPGA) architecture specifically engineered for low-power UART (Universal Asynchronous Receiver-Transmitter) communication in the burgeoning domain of smart homes. With the ever-increasing adoption of smart home technologies, the demand for efficient communication interfaces that enable seamless device connectivity while conserving power has surged. The FPGA architecture is meticulously crafted to incorporate low-power components and Intelligent clock gating techniques are adapt to the dynamic communication requirements of smart home networks. The developed FPGA architecture is designed with compatibility and scalability in mind, ensuring a smooth integration with buletooth and wifi enabled devices.