board

Network cabinet fan controller

Public Unreviewed

by matt

Two independently controlled 12 V fans, Ethernet and Wi-Fi, and an RGB speed display in a custom printed puck. Routed development preview, not approved for manufacture.

pcbfan-controlleresphomeesp32-s3ethernetnetwork-cabinet
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fan-controller / steps / 13-placement
Name Last commit message Last updated
README.md adom-aiflow: step evidence (placement) · matt

Step 13: Placement

place the parts for routability, current and heat; the binary packs, checks courtyards and lands moves; reserve visible space for connector labels and the two-sided service silkscreen; the switch-node check refuses switch copper under another part or a switch loop longer than the spec allows, and sends the AI back here

Visits

  • 2026-10-23T18:05:06Z
  • 2026-10-24T16:54:58Z

What the binary checked

place-land

  • accepted: 57
  • boardSha256: dcc6fad455a44aaf6a52e267782755cb2d6e50b06dd3d2b0a617c820d63a3b22
  • excused: rule only between spec.fixedRefs footprints, with KiCad's placement DRC clean and aiflow's exact courtyard check clear; a fixedRefs footprint may lack a courtyard only when it has no pads
  • mode: verified-existing
  • ok: True
  • parts: 57
  • pass: True
  • report: /home/adom/project/fan-controller/revisions/mta156/aiflow/placement-verify.json
  • revision: 6143ccc9615a728de18b297b011716d1e605f8cbd25ea92d8035bf80f4013b79
  • specSha256: f6580427681f1758bbf8ca0e26770bdb78df4a18782985f0fe6ce093ee7bf069