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 eliminates the need to route test fixtures manually—ensuring constraint-compliant output on the first pass.
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
Quilter turns your schematic into a verified, fabrication-ready fixture—no layout tools required.
<4 hrs layout time
Shave 4–6 weeks off board bring-up
All specified nets routed with precision
Every net, every pin, constraint-compliant
+30% engineering capacity
Free teams from repetitive routing
Confidence in first-pass test coverage
Automated physics checks reduce rework and field risk
