Save 4–6 weeks on board bring-up with physics-driven AI designed for first-pass success—built for socketed setups, EMC pre-checks, and bring-up boards.
Board layout shouldn’t be the thing slowing down functional testing. When you're managing validation in fast-paced R&D, delays in board bring-up aren’t just inconvenient—they become critical-path blockers.
Stalls validation cycles by 4–8 weeks per iteration
“They should be testing, not drawing traces.” Even when engineers route it themselves, they lose weeks better spent testing.
“Is it a silicon bug or a board bug?” delays root-cause resolution
A failed EMC pre-check can derail your launch timeline
When layout errors can cost weeks in debug and re-spins, deterministic systems outperform probabilistic ones by ensuring predictable, compliant outcomes—especially during validation. as during validation. Quilter’s physics-driven automation ensures repeatable, rule-compliant layouts every time.
What slows you down
How Quilter solves it
Measurable impact
PCB layout backlog
Full-stack AI agent automates placement and routing
Full board in under 4 hours
Engineers stuck on layout
Layout-free workflow—no ECAD tools or training needed
Reclaims 3–6 weeks of engineer time—manual layout typically takes 1–3 weeks for simple boards, and 3–6 weeks for moderate complexity boards
Debug ambiguity in bring-up
Deterministic routing ensures signal and power integrity
Fewer false positives during validation
Compliance failures at DVT
Constraint-aware layout to meet EMI/EMC standards through physics-based design logic and validated rule checks
Reduces $50K–$150K test rerun risk
Engineering leaders report massive time and resource savings when validation workflows aren’t blocked by manual board design.
4–6 weeks faster
Shrinks validation cycles from months to days
80% fewer re-spins
Reduces rework and missed milestones
$8K saved per iteration
Avoids re-spins and accelerates compliance testing or customer demos
3× engineer productivity
Enables teams to focus on high-value engineering work
