Physics-Driven AI for Electronics Design
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Stop waiting on layout queues. Eliminate fixture delays with physics-driven automation.
If you're leading late-stage R&D or validation, you know fixture boards are unavoidable—but disruptive.
“Routing spaghetti” leads to re-spins
Forces fragile workarounds or skipped nets
One misaligned pogo pin can derail QA
Skilled engineers burned out on “grunt work”
Test boards wait behind higher-priority designs
Manual fixture design takes 2–6 weeks
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
Error-prone, tedious routing
Deterministic routing with physics rule checks (PRCs)
-80% re-spins
High cost of fixture errors
Built-in physics checks eliminate pin misrouting risks
Avoid costly rework from routing errors—fixtures can cost $10k–$50k to replace
Missed coverage = missed defects
Physics-verified routing and pad alignment
100% DRC-compliant
Morale drain from "grunt work"
Engineers focus on high-impact tasks
Higher team satisfaction
Overloaded layout teams
No EDA tools or manual routing required
Frees up internal resources
Weeks-long layout cycles
Full fixture design automation
Layouts in <4 hrs
Engineering leads are turning time lost to layout into time gained for testing, iteration, and innovation.
Shave 4–6 weeks off board bring-up
Every net, every pin, constraint-compliant
Free teams from repetitive routing
Automated physics checks reduce rework and field risk
Quilter works with your existing tools and fab partners.
The fastest teams already made the switch—don’t be the last stuck hand-routing environmental test boards.