GreenThumbAi Smart Ear Tag Design
Thought for 21 sec
flux
Remaining layout issues
What remains
Severity summary
Notable pattern in the current report
Bottom line
Table
| Check | Count | Status |
|---|---|---|
| Airwires | 89 | Error |
| Floating copper | 31 | Error |
| Overlapping copper | 109 | Error |
| Total across these three checks | 229 | Error |
Table
| Category | What it means |
|---|---|
| Overlapping copper | Copper objects are shorting or geometrically colliding |
| Airwires | Nets still have unrouted or broken connections |
| Floating copper | Some vias, traces, or copper islands are disconnected from any valid net |
Table
| Priority | Category | Why |
|---|---|---|
| 1 | Overlapping copper | Highest risk because it can create real shorts |
| 2 | Airwires | Board is still incomplete electrically |
| 3 | Floating copper | Usually cleanup after routing/short fixes |
Table
| Observation | Interpretation |
|---|---|
| A few pad IDs repeat many times | The worst issues are likely clustered around a small number of hotspot components / footprints rather than spread evenly across the whole board |
| Some route segments and vias also repeat | There are likely local routing tangles causing multiple cascading DRC failures |
The board still has major unresolved layout problems and is not ready for fabrication yet.
Recommended next move
Table
| Step | Action |
|---|---|
| 1 | Fix the worst overlapping copper hotspot first |
| 2 | Re-check airwires after the shorted area is cleaned up |
| 3 | Remove floating vias / orphan copper last |
If you want, I can next inspect the repeated hotspot objects and map them back to likely component regions.
Inspect hotspot regions
Focus on overlap errors
Check specific objects
Airwire hotspot mapping
