Solutions
By Design Type
By Industry
Hardware-Rich Development
Solutions
By Design Type
By Industry
Blog
Product updates, engineering insights, and company news from the Quilter team.
Workbench
A behind-the-scenes microblog about our hardware projects and the AI that designs them.
Resources
Guides, documentation, and support to help you design faster with Quilter.
Hardware Rich Development
How physics‑first AI enables faster, more iterative hardware programs.
Learn More
Explore Quilter’s approach, product, and solutions for demanding programs.
Pricing
Quilter for Enterprise
Quilter matches your pace; today and tomorrow. Explore freely, pay only for approved designs. Pricing scales by pin count, not by seats, so your entire organization can iterate without restriction.
Quilter for Startups
Unlimited commercial access for teams racing towards product-market fit.
Quilter for Free
Whether you’re delivering a single board or scaling across entireprograms, Quilter matches your pace; today and tomorrow. Explore freely, pay only for approved designs. Pricing scales bypin count, not by seats, so your entire organization can iteratewithout restriction.
Design capacity that grows with you
Whether you’re delivering a single board or scaling across entire programs, Quilter matches your pace; today and tomorrow. Explore freely, pay only for approved designs. Pricing scales by pin count, not by seats, so your entire organization can iterate without restriction.
Design Files
Project Speedrun では、Quilter の物理法則に基づくAIが i.MX 8M Mini ベースの Linux コンピュータを設計しました。2枚の基板、843点の部品、5,141ピン、8層。初回で起動に成功しています。
プロの基板設計者は、手作業のレイアウトに428時間と見積もりました。Quilter では、エンジニアの作業は最初から最後まで約38.5時間。残りは自動化されています。
2枚の基板それぞれについて複数ステージのファイルを公開することで、作業内容を独立に検証し、自社の基準と比較できるようにしました。
2枚の基板(SOM とベースボード)それぞれについて、以下を収録しています:
これらのファイルを使って:
