The world's first Generative AI engine for Analog Mixed-Signal (AMS) layout. We reduce the "spec-to-GDSII" cycle from months to weeks.
Analog design has always been a "black art" requiring manual craftsmanship. Our neural networks learn from physics-based constraints to generate DRC/LVS-clean layouts.
Our engine predicts parasitic resistance and capacitance (RC) in real-time during placement, ensuring signal integrity remains pristine.
Porting IP from 180nm to 7nm usually takes 6 months. Ampzion does it in 48 hours by re-calculating device dimensions automatically.
Define matching, symmetry, and shielding requirements in text. Our tool enforces them strictly in the GDSII output.
A plugin for major EDA tools (Cadence Virtuoso / Synopsys Custom Compiler). It sits as a side-panel assistant, auto-completing routing and placement tasks for engineers.
Pre-verified, silicon-proven analog IP blocks for PCIe Gen6, USB4, and High-Efficiency Buck Converters. Ready to drop into your SoC.
Full turn-key service. You give the specs; we deliver the packaged chip.
Combining open-source digital cores with our proprietary analog peripherals for low-cost IoT microcontrollers.
Chat with your schematic. Ask: "Optimize this Op-Amp for lower noise."
Define PPA (Power, Performance, Area) targets. Circuit topology selection using AI suggestions.
Ampzion Engine generates 1000+ layout variations in 24 hours. The best 3 are selected for review.
Parasitics extraction. Post-layout simulation. DRC/LVS closure automated.
GDSII file generation and mask preparation data sent to foundry.
We are looking for VLSI Engineers, Analog Designers, and Machine Learning Researchers who want to disrupt the $600B semiconductor industry.
Join the waitlist for Ampzion Studio Beta or schedule a demo for your engineering team.