RTLForge

Quick Survey We are requesting everyone who is connected with *Semiconductor Industry* to participate in the Survey , which will helpful us to improve our Product . We are aiming to provide best experience and output through our products to boost India 🇮🇳 and global semiconductor ecosystem. https://lnkd.in/dgG7vCJA For more information: Dm us 📩 Or visit us at : https://rtlforge.io/ #semiconductor #vlsi #rtlforge indiasemiconductor forum VEGA Processors Semiconductor Reviews VLSI & Embedded Job Openings VLSI Learning Community Very-Large-Scale Integration (VLSI) Semiconductor Nation - Campus Connect Digital India RISC-V (DIR-V) Program IIT Bombay

Quick Survey We are requesting everyone who is connected with *Semiconductor Industry* to participate in the Survey , which will helpful us to improve our Product . We are aiming to provide best experience and output through our products to boost India 🇮🇳 and global semiconductor ecosystem. https://lnkd.in/dgG7vCJA For more information: Dm us 📩 Or visit us at : https://rtlforge.io/ #semiconductor #vlsi #rtlforge indiasemiconductor forum VEGA Processors Semiconductor Reviews VLSI & Embedded Job Openings VLSI Learning Community Very-Large-Scale Integration (VLSI) Semiconductor Nation - Campus Connect Digital India RISC-V (DIR-V) Program IIT Bombay

Day 3: Solve the problem and upgrading the product #startupstory #startup #ai #semiconductor #vlsi #ai

⚡ RTL development is one of the biggest bottlenecks in chip design today. Here's why: → Only experienced engineers can efficiently write optimized HDL → Small syntax errors can delay verification by days → Testbench creation & simulation are repetitive and costly → PPA optimization requires deep domain knowledge to execute well The result? Slower time-to-tape-out. Higher costs. Burned-out engineers. We're changing that with RTL Forge — an AI Assistant purpose-built for HDL design. Supports: Verilog • VHDL • SystemVerilog • HLS Key capabilities: 🔹 Natural language → RTL code generation 🔹 Real-time debugging & error explanation 🔹 Automated testbench & assertion generation 🔹 PPA-aware architecture recommendations 🔹 FSM design guidance & trade-off analysis Think of it as a senior RTL engineer available 24/7 — without the hiring overhead. 🔒 ACCESS IS LIMITED — We are onboarding only a select number of hardware teams in this early phase to ensure quality and personalized support. If your team works in ASIC/FPGA design and wants to move faster, reach out now. 👉 DM us or drop an email at rtlforgeio@gmail.com Digital India RISC-V (DIR-V) Program India Electronics and Semiconductor Association Semiconductor Nation - Campus Connect Ministry of Electronics and Information Technology #RTLForge #HDL #ChipDesign #ASIC #FPGA #Verilog #VHDL #AIEngineering #EDA #SemiconductorIndustry #HardwareTech

Day 2: solving errors and moving forward. #startup #semiconductor #vlsi #rtldesign Digital India RISC-V (DIR-V) Program India Electronics and Semiconductor Association Semiconductor Nation - Campus Connect Ministry of Electronics and Information Technology

Day 1 of building something meaningful. After months of solving real-world challenges, we’re excited to share that our platform is now ready for testing. This is a big milestone for us, but it’s only the beginning. We’ve built this with the goal of making the experience more practical, efficient, and impactful for users. We’d love your feedback as we move forward. Your thoughts will help us improve, refine, and build a better product for everyone. If you’re interested in testing it or sharing your insights, connect with us. We’re ready. #rtlforge #BuildInPublic #ProductDevelopment #Innovation #TestingPhase #FeedbackWelcome #PlatformLaunch #rtlforge

I watched a senior RTL engineer spend 3 days debugging a timing issue that our AI assistant caught in under 10 seconds. That moment made it very clear — hardware design hasn't kept up with the AI revolution. Until now. Introducing RTL Forge 🔧 Your AI-powered HDL design co-pilot. Here's what's different from doing it manually: 🐢 Manual → Write HDL from scratch, wait for synthesis, get cryptic errors, guess at fixes, repeat. ⚡ RTL Forge → Describe your design in natural language. Get clean, optimized Verilog/VHDL/SystemVerilog instantly. 🐢 Manual → Spend hours building testbenches for every module. ⚡ RTL Forge → Auto-generate complete testbenches and SVA assertions on demand. 🐢 Manual → PPA optimization requires deep expertise and multiple iterations. ⚡ RTL Forge → Get power, performance & area trade-off suggestions in real time. The hardware world deserves a GitHub Copilot moment — and RTL Forge is it. ⚠️ We are currently granting access to a SELECTED group of engineers only. Want in? Comment "ACCESS" below or send me a DM. Let's build faster, together. #RTLDesign #HardwareEngineering #FPGA #ASIC #Verilog #SystemVerilog #VHDL #AIAssistant #ChipDesign #EDA #VLSI

🚨 Hardware engineers — how much time do you spend writing boilerplate RTL code, hunting for syntax errors, or iterating on testbenches manually? The answer for most teams: Way too much. Manual RTL design means: ❌ Hours lost writing repetitive Verilog/VHDL/SystemVerilog code ❌ Debugging cryptic synthesis errors with no guidance ❌ Testbench creation that slows down every single design cycle ❌ PPA optimization that requires years of experience just to get right We built RTL Forge — an AI-powered HDL Assistant that changes this entirely. ✅ Generate production-ready RTL code from plain English prompts ✅ Instant debugging assistance — no more guessing at cryptic errors ✅ Auto-generate testbenches and assertions in seconds ✅ PPA-aware suggestions baked right in What used to take days now takes minutes. 🔒 We're currently opening access to a LIMITED number of hardware engineers and teams. If you're working in ASIC, FPGA, or chip design and want early access — drop a comment below or DM me directly. Spots are filling fast. #VLSI #FPGA #ChipDesign #RTL #Verilog #VHDL #HardwareEngineering #AITools #EDA #SemiconductorDesign ChipIN Centre Chips to Start-up (C2S) Programme

🛡️ Quantum Error Correction Generates Automatically Quantum error correction is PhD-level physics. RTLForge makes it automatic. Traditional approach: 8-12 weeks to design QEC Requires quantum physicist Suboptimal designs RTLForge approach: Describe fidelity requirement AI analyzes circuit AI generates optimal QEC code Output: Error-protected circuit Trade-off optimization: High fidelity: 50 physical qubits → 1 logical qubit Resource-constrained: 10 physical qubits → 1 logical qubit AI picks best for your situation Result: 95% faster, 30-40% better efficiency, no PhD required. #QuantumComputing #ErrorCorrection #AI IndiaAI India Semiconductor Mission

🚀 The Quantum Verification Revolution We just verified a quantum circuit. IBM couldn’t. Here’s why. Quantum computers are real. Quantum verification? Still broken. A single 50-qubit circuit has 2⁵⁰ states—far beyond what classical systems can simulate. That’s why most quantum circuits are sent to hardware untested, and 40–50% fail only after expensive runs. The problem: ❌ Simulation doesn’t scale ❌ Manual checks are error-prone ❌ Hardware testing is costly and risky The RTLForge solution: We don’t verify everything—we verify what matters. ✔️ Property-based verification ✔️ Symbolic (non-simulation) verification ✔️ Noise-aware error prediction ✔️ Mathematical equivalence checking What this enables: ✅ Correct algorithms before hardware ✅ Valid gates, topology, and measurements ✅ Reliable fidelity predictions Results: 📈 95% hardware success rate ⚡ 5× faster time to production 🔍 85% fidelity accuracy Bottom line: Stop running quantum circuits blind. Verify first. Execute with confidence. #QuantumComputing #Verification #Reliability #DeepTech #QualityEngineering India Semiconductor Mission India Electronics and Semiconductor Association India-DST