Physics-Driven AI for Electronics Design
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Cut 4–6 weeks from board bring-up using physics-driven AI that ensures first-pass success. Trusted by teams where prototype slippage means a missed product cycle.
Product Managers in hardware R&D own the prototype schedule—but layout delays keep blindsiding their plans. A missed market window can cost the entire product cycle.
Slip a schedule, miss a market window
Testing and firmware teams are blocked from validating while waiting on layout
Chasing updates instead of advancing roadmaps
Quilter ensures your team discovers problems early—when there's still time to fix them. Quilter outputs first-pass-valid designs through physics-driven, constraint-bound automation.
What slows you down
How Quilter solves it
Measurable impact
Missed prototype deadlines
Physics-driven AI generates fully routed boards autonomously
Full design turnaround in <4 hours
Layout queues stretch 4–6 weeks
Scales layout capacity for rapid-turn validation boards—no waiting on layout resources
Cut board bring-up from 4–6 weeks to <1 day
Cross-team dependencies stall progress
Layout-ready output unblocks firmware and mech
Significantly accelerates sync across teams
PMs stuck in status meetings
Real-time routing progress, fabricator-ready outputs
Reduce status chasing by streamlining design reviews
R&D Product Managers get their momentum back when layout moves at the speed of the rest of the team.
Validate early, test faster, and hit more milestones without delay
From schematic to board in under 4 hours
Keep firmware and test teams in flow
No surprises, no black box, fully constraint-driven
Quilter drops cleanly into existing EDA workflows—no disruption, no retraining.
The fastest teams already made the switch—don’t be the last stuck hand-routing environmental test boards.