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 / 19-thermal
Name Last commit message Last updated
artifact-0197bbbc55537181ded47da2131c7c1a450dfde729b7cbb2cfa277a364055846.png adom-aiflow: step evidence (thermal) · matt
artifact-951e86a5f64861c7b980de1846f5e0261cdaed0f665c642921b31dcb2b72d536.png adom-aiflow: step evidence (thermal) · matt
README.md adom-aiflow: step evidence (thermal) · matt

Step 19: Thermal

copper and vias at every hot tab against the rise budget; then the AI's own temperature rise drawing and a walkthrough of the pours it judged

Visits

  • 2026-10-23T18:29:11Z
  • 2026-10-24T16:56:05Z

What the binary checked

analyze-thermal

  • acknowledgedPeaks: 0 item(s)
  • boardSinkAssumptions: 0 item(s)
  • boardSinkNotes: L1: finite-difference copper/dielectric model replaces area-only pour estimate; original estimate retained, Q1: finite-difference copper/dielectric model replaces area-only pour estimate; original estimate retained, U1: finite-difference copper/dielectric model replaces area-only pour estimate; original estimate retained, U2: finite-difference copper/dielectric model replaces area-only pour estimate; original estimate retained
  • expiredAcks: 0 item(s)
  • fieldNote: same-input field screen passed under its stated assumptions
  • fieldReport: /home/adom/project/fan-controller/revisions/mta156/aiflow/fields/fields.json
  • heuristicPass: True
  • pass: True
  • results: 4 item(s)

thermal-vias

  • acked: L1, Q1, U1
  • landed: 0
  • short: 0 item(s)

thermal-vias-plan

  • parts: 4 item(s)
  • plan: /home/adom/project/fan-controller/revisions/mta156/aiflow/plan-thermal-vias.json
  • pourFreshness: 0 item(s)