Generate multiple candidates in hours. Physics validates every trace.
PCB layout bottlenecks every hardware program. Quilter is the first to complete entire layouts autonomously—placement, routing, and physics validation—enforcing differential pairs, DDR timing, and clearances during generation. PCB designers focus on the complex boards that define products. Engineers stay focused on system integration. The fastest learner wins, and nothing accelerates learning like 10x more options every design cycle.
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Quilter discovers "impossible" solutions because it never learned they were impossible. While LLMs mimic and autorouters maze-solve, reinforcement learning actively explores the design space. Each agent places components, routes traces, evaluates the physics, and learns which choices produce better outcomes. Millions of iterations refine placement and routing strategies, balancing constraints without human bias, producing unconventional routing methods and placement strategies that just work. What critics protecting the status quo call AI hype, we call the right tool for the job.
Hardware moves forward by testing ideas, building variants, and learning fast. Quilter removes the bottleneck so engineers can ship more boards, run more experiments, and learn faster.
Start fresh. Find what works for this design, not what worked last time.
Upload your schematic and constraints. Quilter preserves critical nets but doesn't inherit old compromises.
Hundreds of candidates are generated in parallel, each a potential discovery validated by physics constraints.
Compare actual routed layouts. Pick based on measured performance, not assumptions. Export and test.
The gap between your ideas and your tested hardware determines your competitive position. Reclaim engineering time and accelerate learning through faster innovations and fewer delays.
Ship test boards Monday, learn by Friday. Run parallel experiments that would take months in sequence. Every week without hardware is a week your competition learns more.
Corporate innovation goals assume software-like iteration. Quilter makes that assumption valid. Hit your "new product introduction" targets by testing 10x more concepts in the same timeframe.
Bad ideas die in days, not months. Good ideas iterate immediately. When experiments cost hours instead of weeks, you can afford to test the unconventional.
Your queue of ideas becomes a portfolio of experiments. Test market timing assumptions while they still matter. Ship innovations inside the window, not after it closes.
Your best PCB designers work on your hardest problems. Routine boards no longer wait behind complex ones. Every design gets fresh thinking from physics, not tired compromises.
10x more iterations means 10x more learning. The gap widens with every cycle. While competitors debate, you've already tested, learned, and moved forward.
Schedule a consultation and see how physics-driven automation removes layout from your critical path.
