Physics-Driven Layout for Every Engineering Challenge
Hardware teams can only move as fast as the slowest bottleneck. For most, that bottleneck is PCB layout.
Solutions
By Design Type:
By Industry:
By Role:
IC Evaluation Boards
Automate DUT layout to accelerate silicon bringup.
Aerospace & Defense
Accelerate CCA bring-up.
Electrical Engineers
Get test and evaluation boards in hours, not weeks.
Test Fixtures & Harnesses
Eliminate fixture delay without manual routing or CAD time.
Robotics
Automate subsystem and sensor board layout to remove weeks from EVT cycles.
Product Managers
Unblock firmware and test teams to cut prototype schedules.
Design Validation Boards
Generate boards for socketed setups, EMC pre-checks, and debug.
Consumer Electronics
Accelerate EVT/DVT bring-up.
R&D Managers
Generate prototypes in hours and free engineers for innovation.
The Problem
Cut Layout Out of the Critical Path
Most engineering teams rely on PCBs—but not every engineer should have to design them. When iteration speed is limited by layout queues, tooling overhead, or internal bottlenecks, programs fall behind. Quilter removes the bottleneck by generating complete layouts through physics validation.
Compile
Don’t Draw
Parallel exploration replaces sequential compromise
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Layout leaves the critical path
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PCB designers tackle breakthroughs, not bottlenecks
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Physics guarantees what autorouters can't
Proven Technology
Proven in the Lab.
Proven for Orbit
Boards designed with Quilter have already been fabricated, tested, and flown in aerospace environments. Our customers rely on Quilter not just to move faster—but to move with confidence.
