Physics-Driven AI for Electronics Design
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Cut 4–6 weeks from board bring-up with physics-driven AI that delivers typically sub-4-hour layouts — no manual routing required
For Program Managers leading cross-functional hardware teams, these five delays are more than frustrating — they threaten every schedule.
Stall the entire schedule while teams sit idle
One PCB designer delays the entire cross-functional team
Stop-and-go workflows burn time and morale
Fewer prototype cycles means higher risk at EVT/DVT
Puts software and test teams behind schedule
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
4-week layout queues
Physics-driven AI generates full layouts autonomously
Less than 4 hours per board
Single-point bottlenecks
Infinite design capacity without outsourcing or staff scaling
Parallel board generation on demand
Manual hand-offs and EDA friction
End-to-end pipeline: schematic to fab-ready output
Eliminates 5–7 manual steps
Missed iteration windows
Supports rapid iteration with constraint reuse and RL tuning
5× faster prototype cycle
Late board bring-up
First-pass success validated by physics rule checks on defined constraints — schematic logic is not verified
80% fewer board re-spins
Program Managers see measurable schedule relief and capacity gains within the first prototype cycle.
More cycles before DVT freeze
Based on validated constraint coverage and PRCs
Full boards generated without queueing
Remove single-point PCB bottlenecks
Quilter drops into your existing stack—no rip-and-replace, no new process training. It’s designed for long-term toolchain compatibility and future scalability.
The fastest teams already made the switch—don’t be the last stuck hand-routing environmental test boards.