AI RTL Generator in Action | Creating an I2C Module, Waveforms & GitHub Upload |

🤖 AI Meets RTL – Watch Our Student Generate a Complete I2C Module Using AI! What if you could describe a hardware module in plain English and get verified RTL code in seconds? At VoltEdge Labs, we're building an AI-powered RTL generator that does exactly that. In this video, one of our innovative interns from the Foundations of VLSI Design Program demonstrates: ✅ How our AI RTL Generator works (prompt → RTL output) ✅ Generating a complete I2C controller module (master/slave, read/write, start/stop conditions) ✅ Output reports – linting, synthesis estimates, and testbench suggestions ✅ Waveform analysis of the AI-generated I2C module using GTKWave ✅ How all our IPs are uploaded to GitHub – version control, documentation, and open-source collaboration 🏢 About VoltEdge Labs VoltEdge Labs is a semiconductor design startup focused on indigenous IP creation, AI-for-EDA tooling, and industry-ready VLSI training. Our mission is to accelerate chip design in India by building smart automation tools and training the next generation of designers. Our GitHub Repository: All our IPs – including AI-generated modules, RISC-V cores, MAC units, and UART/I2C/SPI peripherals – are uploaded to our public GitHub organization. Each IP comes with: RTL source code (Verilog/SystemVerilog) Testbenches and simulation scripts Waveform screenshots Synthesis and timing reports Integration guides 🔬 In This Demo – AI-Generated I2C Module Our student intern walks through: Prompt: *"Generate a synthesizable I2C master module with 100kHz clock, 7-bit addressing, and read/write capability"* AI Output: Clean, commented Verilog code Simulation: Compile, run, and capture waveforms Verification: Compare AI-generated RTL against expected I2C protocol behavior GitHub Upload: Commit, push, and document the IP with a README Waveforms shown: Start and stop conditions Data bits on SDA with SCL toggling Acknowledge bits from slave Multiple byte transfers 🎓 Why Watch? See the future of RTL design – AI-assisted hardware development Learn how to use AI tools responsibly (review, verify, integrate) Understand VoltEdge Labs' workflow: AI generation → simulation → GitHub → IP library Get inspired to contribute to open-source VLSI projects 📢 Call to Action 👉 Like & Share to support our student's awesome work! 🔔 Subscribe for more AI + VLSI content, tool demos, and student projects. 💬 Comment – Would you use an AI RTL generator? What module would you generate first? #AI #RTL #I2C #Verilog #VoltEdgeLabs #AIGenerator #GitHub #OpenSourceVLSI #MakeInIndia #StudentIntern Check out our GitHub link in the description below to explore all our IPs! 🚀 (Add actual GitHub link in YouTube description)