component
RP2040 Breakout — KiCad Bridge Pipeline Demo
Public Unreviewedby John Lauer
RP2040 breakout board pushed end-to-end through the Adom KiCad bridge molecule pipeline: kicad_export_molecule (STEP + ray-traced silkscreen renders on a GPU VM) -> step2glb color-preserving GLB -> adom-molecule. Annotated silks (U1/C1-C5/Y1/J1), USB-C, 12 MHz crystal, QFN-56 RP2040.
RP2040 Breakout — KiCad Bridge Pipeline Demo
This board was produced end-to-end by the Adom KiCad bridge molecule pipeline, driven by an AI agent with no manual CAD steps:
kicad_export_molecule(bridge v0.9.61, one call on the AdomGPU Windows VM): exported the board STEP, ray-traced the silkscreen top/bottom renders (kicad-cli pcb render, hardware GPU), and located the sibling schematic/project files.step2glbconverted the STEP to the color-preserving 3d.glb on this page (OCCT XCAF — greens/golds/blacks survive).adom-moleculeimported the set (GLB + pcb + sch + pro) into the Hydrogen molecule system with Blender optimization.
Files
- 3d.glb — full 3D model from the pipeline (open in any glTF viewer)
- pcb.png — the bridge's ray-traced top render (annotated silks: U1, C1–C5, Y1, J1)
- pcb.svg — flat copper/silk plot (kicad-cli via service-kicad)
- schematic.svg — the RP2040 breakout schematic
- rp2040-breakout-silk-bottom.png — bottom-side render
Hardware
| Ref | Part |
|---|---|
| U1 | RP2040 (QFN-56) |
| J1 | USB-C receptacle (Amphenol 12401610E4-2A) |
| Y1 | 12 MHz crystal (3225 4-pin) |
| C1–C5 | 0402 decoupling |
| P1–P12 | Adom medium machine pins / contacts |
Provenance
Source project: adom-desktop-kicad-bridge/tour-pack-rp2040. Pipeline run 2026-07-15 on the AdomGPU Hyper-V GPU-PV VM (KiCad 10.0.4, bridge v0.9.61). See the KiCad bridge page for the kicad_export_molecule verb.
# RP2040 Breakout — KiCad Bridge Pipeline Demo
This board was produced **end-to-end by the Adom KiCad bridge molecule pipeline**, driven by an AI agent with no manual CAD steps:
1. **`kicad_export_molecule`** (bridge v0.9.61, one call on the AdomGPU Windows VM): exported the board STEP, ray-traced the **silkscreen top/bottom renders** (`kicad-cli pcb render`, hardware GPU), and located the sibling schematic/project files.
2. **`step2glb`** converted the STEP to the color-preserving **3d.glb** on this page (OCCT XCAF — greens/golds/blacks survive).
3. **`adom-molecule`** imported the set (GLB + pcb + sch + pro) into the Hydrogen molecule system with Blender optimization.
## Files
- **3d.glb** — full 3D model from the pipeline (open in any glTF viewer)
- **pcb.png** — the bridge's ray-traced top render (annotated silks: U1, C1–C5, Y1, J1)
- **pcb.svg** — flat copper/silk plot (kicad-cli via service-kicad)
- **schematic.svg** — the RP2040 breakout schematic
- **rp2040-breakout-silk-bottom.png** — bottom-side render
## Hardware
| Ref | Part |
|---|---|
| U1 | RP2040 (QFN-56) |
| J1 | USB-C receptacle (Amphenol 12401610E4-2A) |
| Y1 | 12 MHz crystal (3225 4-pin) |
| C1–C5 | 0402 decoupling |
| P1–P12 | Adom medium machine pins / contacts |
## Provenance
Source project: `adom-desktop-kicad-bridge/tour-pack-rp2040`. Pipeline run 2026-07-15 on the AdomGPU Hyper-V GPU-PV VM (KiCad 10.0.4, bridge v0.9.61). See the [KiCad bridge page](https://wiki.adom.inc/adom/adom-desktop-kicad-bridge) for the `kicad_export_molecule` verb.