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DEMO·RL ENGINE·PHYSICS-VALIDATEDLIVE
[00]//DEMO · SEE IT RUNREV 4.7

PCBs that work. / First iteration.

Reinforcement learning generates multiple PCB layout candidates with physics-validated traces — in hours instead of weeks.

[01]//WORKFLOW · PROJECT SETTINGSCONFIGURE ONCE

Set it once. Applied everywhere.

GerberGPT manages every project setting — board dimensions, layer stackup, design rules, and constraints. Configure once, and the AI applies them consistently across every generated iteration.

gerbergpt://project/config
● applied
board.size120 × 80 mm
layers6
stackupJLC7628
design.rulesIPC-2221B
constraintsimpedance 50Ω ±10%
components248 placed
// settings preserved across all iterations
[02]//GENERATION · PHYSICS-VALIDATED TRACESVALIDATED IN-LINE

Every trace, checked before you see it.

Each trace is validated against electromagnetic constraints, thermal limits, and signal-integrity requirements during generation — not after.

The reinforcement-learning model understands the physics of electronics design, so layouts meet real-world performance requirements from the first candidate.

[03]//SPEED · HOURS INSTEAD OF WEEKSBENCHMARKS
10×
Faster design cycles
95%
Fewer design iterations
100%
Physics-validated
[04]//INTEGRATIONS · YOUR EXISTING TOOLSEXPORT-READY
I/O 1
KiCad
Native support
I/O 2
Altium
Full compatibility
I/O 3
Gerber
Standard formats

Built on reinforcement learning.

E1

Deep Learning Models

Trained on vast datasets of successful layouts, the models understand the relationships between component placement, routing, and performance.

E2

Physics Simulation

Real-time electromagnetic and thermal simulation ensures every design meets performance requirements before manufacturing.

[ READY ]//TRANSFORM YOUR PCB DESIGNEOF

Run your first board today.