OCuLink Riser for the Supermicro AIOM Slot

@@ -17,6 +17,7 @@ The whole build, filmed off the screen while Claude worked in Adom Hydrogen, cut | [11. The via ring, a finer solve, and silkscreen](#11-the-via-ring-a-finer-solve-and-silkscreen) | 7:59 to 8:45 | Why the current solve failed, the 0.1 mm re-solve, silkscreen layout on both faces | | [12. Current, thermal, net tour, silkscreen and 3D](#12-current-thermal-net-tour-silkscreen-and-3d) | 8:40 to 9:26 | The current and thermal checks pass, the pour walkthrough, clean silkscreen, the 3D board | | [13. Analysis drawings, export and the finish line](#13-analysis-drawings-export-and-the-finish-line) | 9:32 to 10:17 | Heat and current maps, Gerbers/BOM/CPL exported and checked, renders, the finish step |+| [14. Clean DRC and the final re-solve](#14-clean-drc-and-the-final-re-solve) | 10:18 to 11:04 | Zero DRC errors, a last test-point move, every result re-measured on the final board |  ## 1. The request and the research @@ -166,3 +167,14 @@ The whole build, filmed off the screen while Claude worked in Adom Hydrogen, cut - The export: Gerbers for all six copper layers plus silkscreen, mask, paste and edge cuts, drill files, pick-and-place and BOM, each read back and checked against the board. - Export check: 6 copper layers, 820 plated holes, 8 unplated holes (the OCuLink alignment pegs), CPL and BOM matching all 38 placed parts. - Renders of the finished card for the project page, then the timeline reaches step 18, the finish line.++## 14. Clean DRC and the final re-solve++<video controls preload="metadata" width="1080" poster="clips/clip-14-poster.jpg" src="clips/clip-14.mp4"></video>++[Download clip 14](clips/clip-14.mp4) (2 min 53 s, 16x, narrated, filmed from the chat window)++- KiCad's DRC on the live board: zero errors, zero unconnected.+- Test point 1 moves off a busy scan chain clock trace; every affected check runs again.+- Results are tied to the exact board they measured, so the final board is solved again and the 3D images re-rendered.+- Same answer on the final board: 47 A/mm2 peak on the narrowest copper, residuals under 1e-7. Then both analyses and finish run on it.

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