Quilter

Paragraph 1: Quilter is a physics-driven AI that automates PCB placement and routing. It targets hardware teams, including engineers, PCB designers, and engineering managers, helping them generate fabrication-ready layout candidates quickly. The tool fits into existing ECAD workflows and emphasizes reducing non-core layout tasks while keeping engineers in control of decisions and checks throughout the process. It uses physics and reinforcement learning to explore candidate boards and validate traces.

Paragraph 2: Quilter integrates into current design workflows by having users prepare designs in their ECAD, upload them, and let Quilter handle placement, routing, and validation against constraints. Output is returned in native formats for popular ECAD tools, and users review, adjust, and resubmit. Most boards go through multiple cycles, with complete transparency about physics checks performed at each step, ensuring user control and traceability.

Paragraph 3: Quilter emphasizes multiple candidate generation, physics validation of every trace, and ranking against fabrication rules. It supports design-type and industry-specific solutions, including tests, IC evaluation boards, design validation boards, and backplanes. It highlights rapid iteration, reduced bring-up times, and the ability to run boards in parallel to accelerate delivery timelines.

Paragraph 4: Quilter provides self-hosted deployment options and cloud deployment, with references to integrations with ECAD formats like Altium, Cadence Allegro/OrCAD, Siemens Xpedition, and KiCAD. It also mentions a free version and enterprise pricing options, indicating scalability, deployment flexibility, and ongoing product updates across platforms and regions.