物理法則に基づく
エレクトロニクス設計AI

使える結果を出すエレクトロニクス・ハードウェア設計のための強化学習

Trusted Industry Partners:

custom circuit board

回路図から実基板を
手元に届くまでを、これまでより短時間で

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既存のワークフローにそのまま

Altium、Cadence、Siemens、KiCAD のプロジェクトをそのまま投入できます。基板外形を定義し、コネクタを事前配置し、フロアプランを決める。制約条件はあなたがコントロールします。

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物理制約を考慮した設計

Quilter は、バイパスコンデンサ、インピーダンス制御ネット、差動配線(差動ペア)などの重要項目を抽出して提示します。Quilter が何を考慮し、何を考慮しないかを事前に明確に確認できます。

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より多く試して、より早く学ぶ

スタックアップ、製造パートナー、フォームファクタを複数パターンで試せます。すべて並列で、数週間ではなく数時間で。Quilter はPCBレイアウトを高速化し、試行回数を増やします。

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比較しやすい設計レビュー

Quilter は、提供された物理制約の全リストに対して各レイアウトを評価します。どこが本当に「完了」していて、どこに追加のレビューや改善が必要かを明確に示します。

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ファイル形式そのまま

Quilter は、投入したのと同じ形式でファイルを返します。DRC(デザインルールチェック)、仕上げ、製造データ生成まで、使い慣れたCADツールで行えます。

Manual Layout vs Layout Automation with Quilter

The layout work that professionals quoted at 428 hours took 38.5 hours of human cleanup with Quilter.

Before: Manual Layout
Mon
Tue
Wed
Thu
Fri
Sat
Sun
n0
Start Working on Layout
Layout in Progress
n1
Layout in Progress
n2
Layout in Progress
n3
Layout in Progress
Engineer Reviews Draft and Requests Changes
Layout in Progress
n4
Layout in Progress
Engineer Reviews Final Layout
Submit to Fab
Fabrication and Assembly
n5
Fabrication and Assembly
Board Arrives
After: Layout with Quilter
Mon
Tue
Wed
Thu
Fri
Sat
Sun
n0
Submit to Quilter
Quilter Generates 100s of Candidates
n1
Engineer Reviews Candidates and Makes Adjustments
Submit to Fab
Fabrication and Assembly
n2
Fabrication and Assembly
Board Arrives

Why Teams Choose Quilter

Scale Without Hiring

Add boards, not headcount. Layout talent is scarce, and designs sit on hold waiting for it. Quilter runs multiple boards in parallel overnight, so the backlog clears with the team you have.

Compress Delivery Timelines

Boards that took 4 to 8 weeks now come back in days. Your firmware team stops waiting. Your validation starts sooner. Run 2 or 3 iterations in the time one used to take.

Validated AI for Hardware

Most enterprise AI pilots stall in proof of concept. Hardware teams in consumer electronics, aerospace, and defense are using Quilter to design boards reaching fabrication today.

Native Support for All Popular ECAD Formats

Reinforcement learning for designing electronics hardware that works.

custom circuit board
Tony Fadell headshot

Quilter gives top PCB designers the superpower to turn weeks into days. It’s a complete paradigm shift. When you iterate faster, you can out-innovate your competitors.

Tony Fadell

Build Collective Principal, “Father of the iPod”, iPhone Co-Inventor, and Nest Founder

Anyone who's done circuit design long enough will be skeptical at first and assume this is just a fancy auto-router, because nobody who tried auto-routing ever liked it. But the way you approach placement overcomes a lot of those barriers, and makes this a genuinely useful tool that saves time.

Principal Engineer, Defense and Aerospace

The biggest value is efficiency. Producing a quick derivative of a core design takes a lot of effort. Quilter can let us serve customers much faster and reach far more of them than we could before.

Division Manager, Semiconductors Industry

Built for Regulated Industries and
Modern IP Protection Requirements

No Training on Your Data

Most AI tools are only as good as the data you feed them, which is why so many stall before they deliver value. Quilter learned layout by playing millions of synthetic boards against the laws of physics, the way AlphaGo learned Go. We don’t train on your data, and you get value on the first board, not after a large data cleanup project.

Compliant with Cybersecurity Best Practices

Data is encrypted at rest and in transit using security best practices (TLS1.3, AES-256), independently audited and compliant with industry standards. What SOC 2 Type II Means for Your Design Data↗

Self-Hosted Deployment Available

We offer an option to deploy Quilter inside your own infrastructure. You control access, networking, and data residency while we manage the application.

Honest About What We Do Well

Quilter has a goldilocks zone today, and it's expanding with every release. Many teams adopt Quilter by running it end to end on the boards it handles well, and on the routine sections of more complex ones while they pre-route the critical parts themselves. Start today to build fluency on a tool that is evolving fast.

Dimension Current Capabilities Status
Components 100 to 1,000 per board Live
Pins to route No inherent limit, but the current best performance is around 2000-5000 Live
Pin density Under 20% Pin density (%) = (Component Pin Area) / (Total Board Surface Area) × 100% Live
Via types Through-hole vias Live
Blind & buried vias In development
BGA fanouts Automated fanout generation Beta
Length matching Coming soon In development
RF Pre-route RF nets, Quilter can handle the rest In development