VLSIGPT

AI-Powered VLSI Code Generation & Debugging

Revolutionize your chip design workflow with AI. Generate optimized VLSI code from natural language prompts.

Why VLSIGPT?

The most advanced AI assistant for VLSI design automation

AI-Powered Code Generation

Generate optimized Verilog, VHDL, and SystemVerilog from natural language prompts in seconds.

Debugging Assistant

AI-powered diagnostics find and fix issues in your VLSI designs with actionable recommendations.

Built for Engineers

Specialized for ASIC, FPGA, and SoC designers with domain-specific optimizations.

Secure & Private

Your designs remain confidential with enterprise-grade security and offline modes.

How It Works

Transform your design process in three simple steps

Describe Your Design

Input your requirements in natural language. Example: "Design a 32-bit RISC-V processor with 5-stage pipeline."

AI Generates Code

Our specialized AI analyzes your requirements and generates optimized, synthesizable RTL code instantly.

Refine & Export

Review, edit, and export your design. The AI assistant helps optimize for power, performance and area (PPA).

Traditional vs. AI-Powered VLSI

Accelerate your design cycle with AI assistance

Feature	Traditional Workflow	VLSIGPT
Coding Time	Weeks to months	Minutes to hours
Debugging	Manual verification Time-consuming	AI-assisted Instant feedback
Design Quality	Dependent on engineer skill	AI-optimized for PPA
Learning Curve	Requires expert knowledge	Natural language interface

Early Feedback

What beta testers are saying

Dr. Ananya Patel

Senior ASIC Engineer

"VLSIGPT has transformed our RTL development process. What used to take days now takes hours, with fewer errors and more optimized results right from the start."

Rajesh Kumar

FPGA Design Lead

"The debugging assistant alone is worth it. It catches subtle timing issues I would've missed and suggests concrete improvements. Game changer for FPGA prototyping."

Be the First to Experience the Future of
VLSI Code Generation!

Join our exclusive beta program and help shape the evolution of AI-assisted chip design.

For ASIC/FPGA engineers, researchers, and design teams only