ESP32-S3 Camera Module Selection
Thought for 6 sec
I’ll finish the PCB as a single-copper-layer CNC-friendly board: set constraints, place parts per your edge requirements, route what can be routed on one layer, then run DRC/airwire checks.
Worked for 10 mins 8 sec
Placement is complete: the XIAO is on the right edge, the display header is on the top edge, the three buttons are vertically aligned on the right, and the MicroSD socket is near the XIAO for short SPI routing.
Worked for 48 sec
Pre-route check passed, so I’m starting the autorouter now with the single-layer stackup in place. If the router cannot complete every connection on one copper layer, I’ll report the specific remaining airwires rather than adding vias.
Worked for 3 mins 32 sec
I set the PCB up as a single-copper-layer CNC-friendly board and resized it to 50 mm × 80 mm with wider margins/clearance. I also placed the parts as requested: XIAO on the right edge, TFT header on the top edge, buttons vertically on the right, and MicroSD near the XIAO.
Open items:
- Autorouting could not continue because the account is out of ACUs.
- The board still has unrouted airwires because routing did not complete.
- After adding ACUs, the next step is to rerun routing and then DRC/airwire checks.
Suggested next steps:
- Add ACUs to continue AI routing.
- Ask me to rerun the autorouter for the 1-layer CNC board.
- If 1-layer routing cannot complete, I’ll identify the exact unrouted nets and propose CNC-friendly jumper-wire options without adding vias.
Rerun autorouter
Find jumper options
Run layout checks
List remaining steps
