For EVT/DVT hardware teams, cut board bring-up time with physics-driven AI built for first-pass success — no manual routing required.
If you lead R&D for consumer electronics, you already know that prototype velocity is limited not by creativity, but by systemic layout delays.
Delaying board bring-up by 4–6 weeks
Wasting talent on non-strategic work
Quilter enforces physics-based specs automatically
Hurting team credibility and delaying market entry
Quilter’s physics-driven, deterministic architecture solves layout problems with repeatable precision — not suggestions.
What slows you down
How Quilter solves it
Measurable impact
Layout queues stall EVT builds
Full board layout in <4 hrs using physics-driven AI
Time-to-prototype cut by up to 6 weeks
Engineers hand-routing test boards
Full automation of placement and routing with constraint inputs
Engineer time reallocated to high-impact tasks
Manual DRC/DFM checks miss issues
Built-in design rule adherence + manufacturability-aware placement & routing
PRC-validated layouts that pass internal DRC faster and cleaner
Missed prototype gates delay launch
Deterministic layout ensures review-ready outputs on first spin
Project momentum protected — hit EVT/DVT gates on schedule
Engineering teams see immediate ROI in time, rework savings, and launch readiness.
80% faster layout
Boards ready in a single workday (first candidates often appear within the first hour)
+3 weeks regained per EVT/DVT cycle
More time to test, tune, and validate
100% design file traceability
Traceable by design, built for audit-ready engineering workflows
