Reinforcement learning for designing electronics hardware that works.
Physics-Driven AI for Electronics Design
Reinforcement learning for designing electronics hardware that works.
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Go From Schematic to Board on Your Desk in a Fraction of the Time
Works With Your Existing Workflow
Upload Altium, Cadence, Siemens, or KiCAD projects directly. Define the board outline, pre-place connectors, determine the floorplan. You control the constraints.
Physics-Aware Design
Quilter identifies bypass capacitors, impedance-controlled nets, differential pairs, and other critical considerations for your review. You see exactly what Quilter will and won’t account for up front.
Iterate More
Try multiple stack-ups, multiple manufacturers, multiple form factors. All in parallel, in hours instead of weeks. Quilter makes layout fast and abundant.
Transparent Design Review
Quilter evaluates each layout against the full list of physical constraints provided. You get clear feedback on which design aspects are truly “done” and which need further review and improvement.
Seamless Board Handoff
Quilter returns files in the same format as you submitted. Run DRC, polish, generate fab files - all in the CAD tools you already use.
Iterate Faster
Physics-first AI turns months of layout into minutes—so programs advance faster and engineers get more design cycles without added overhead.
Physics-First Confidence
All candidates undergo an extensive physics design review to ensure functionality.
Increase Engineering Bandwidth
Quilter frees engineers and PCB designers to focus on the complex, high-value tasks that drive real breakthroughs.
Hardware-Rich Development
Perfect hardware is too late hardware. The leaders redefining R&D move fast, build often, and learn in real time. Everyone else is forced to follow.
Explore Hardware-Rich Development
