In this session of The Semiconductor Webinar (TSW), we explore the design and verification of a fully synthesizable UART (Universal Asynchronous Receiver Transmitter) implemented entirely in Verilog HDL.
The webinar demonstrates the complete UART architecture, including: ✅ Baud Rate Generator ✅ UART Transmitter (TX) ✅ UART Receiver (RX) ✅ Modular and Synthesizable RTL Design ✅ Full-Duplex Communication Verification A comprehensive Verilog testbench validates the design by instantiating two UART modules cross-connected across different clock domains (100 MHz and 50 MHz) while both operate at 9600 baud. The simulation showcases reliable simultaneous bidirectional data transfer, making it an excellent example of practical digital communication design and verification. Whether you're a student, FPGA developer, ASIC engineer, or verification enthusiast, this webinar provides valuable insights into UART protocol implementation, RTL design practices, and simulation methodology. 🔹 Topics Covered UART communication fundamentals Baud rate generation Transmitter and receiver architecture Verilog RTL implementation Cross-clock domain UART communication Full-duplex verification using a testbench Simulation results and waveform analysis 🎯 Who Should Watch? Electronics & ECE Students FPGA Developers ASIC Design Engineers RTL Design Engineers Verification Engineers Embedded System Developers Semiconductor Enthusiasts 📌 About The Semiconductor Webinar (TSW) TSW is an initiative to showcase emerging talent in the semiconductor ecosystem by providing a platform where engineers, researchers, students, and industry professionals share their knowledge, projects, and innovative ideas with the global semiconductor community. 👍 If you enjoyed this session, please Like, Share, and Subscribe to TechSimplifiedTV for more semiconductor tutorials, webinars, podcasts, and career guidance.Watch the episode here :
