Physics-Driven AI for Electronics Design
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Cut 4–6 weeks from board bring-up with physics-driven AI that ensures first-pass success. No CAD tools. No bottlenecks. Just routed boards, ready for validation.
If you're responsible for delivering working hardware on a tight schedule, you're likely burned by these bottlenecks.
Delays firmware bring-up, derails timelines, and stalls project-wide momentum
Engineers drained by yet another repetitive UART + I²C board
Low-complexity boards get deprioritized in shared layout queues
Library prep, footprint creation, and rule setup stall layout starts
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
Slow test board turnaround
Full-board automation with physics-driven placement and routing
Layout time cut from 6 weeks to hours—not days— with a 24 h upper bound.
Manual routing grind
Auto-generates layouts for low-complexity test and eval boards
+30% reclaimed engineering time
Layout queue delays
Seamless handoff from schematic to routed design
Eliminates queue; no CAD dependency for routine boards
Tool friction
Outputs fabrication-ready files; no tool setup required
No need to reopen CAD tools for layout
Engineering teams regain control over timelines, free up expert time, and stay ahead of schedule—without waiting on CAD queues or fighting rework.
Schematic to fab-ready in under 4 hours
Time reclaimed from layout, rework, and library overhead
Eliminates CAD delays for routine boards
Adopting Quilter is seamless. It fits into your workflow without disrupting processes, requiring retraining, or overhauling your toolchain.
The fastest teams already made the switch—don’t be the last stuck hand-routing environmental test boards.