Physics-driven AI delivers constraint-abiding designs without manual routing or EDA tool overhead—purpose-built for precision test boards layout teams don’t have time for.
Environmental test boards aren’t just tedious—they’re time bombs. When layout delays push testing into the final stretch, teams don’t have time to fix what they find. Late discovery means a failed qual, a missed compliance gate, or a schedule slip nobody can absorb.
Teams get critical boards too late to fix what they find before deadlines
One bad layout can derail qualification and delay compliance
Poor layout can invalidate test results
Route through power regions, break impedance, or need hand-holding
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
Bottlenecked by manual routing
Full-board AI placement + routing
First candidates in < 1 hr; full job typically completes within hours
Repetitive grunt work
Constraint reuse + schematic parsing
80% less layout effort
Autorouters can’t be trusted
Physics Rule Checks + deterministic routing
0 PRC violations at output
Missed test windows
Rule-constrained, first-spin outputs
Enables earlier validation—reduces risk of late discovery during qual
Error-prone constraint setup
Auto-imports prior constraints for layout alignment
Prevents re-entry mistakes and speeds setup
Quilter gives engineering teams time back, reduces error risk, and helps critical tests happen on schedule.
80% less layout effort
Engineers prioritize high-impact boards
90% fewer re-spins
Validation stays on schedule
<4 hr turnarounds
Schematic upload to fab-ready file
2–3 weeks saved on bring-up
Layout no longer the bottleneck
