ESP32 Camera with OLED

flux

1:41

Determining user request mode.

Clarifying conversation guidelines.

Planning the next steps.

Preparing for the review call.

Accessing knowledge base.

Running design review.

Reading docs about How do I view and navigate DRC errors like Overlapping Copper and Airwires in Flux, and fix them? Steps to open the Reviews panel, filter specific checks, and jump to offending objects..

Reading docs about Where do I see DRC errors like Overlapping Copper and Airwires in Flux and how do I navigate each item to the location in the PCB layout?.

Linking components and preparing queries.

I checked your board’s reviews. Summary:
  • Overlapping Copper: 26 errors
  • Airwires (unrouted connections): 23 errors
  • Invalid Layer: none
  • Floating Copper: none
What Flux docs say about DRC and where to see results (verbatim): “In Flux, DRCs run in real-time, and their results can be accessed from the messages menu.” “Overlapping Traces: Triggers a DRC violation when two traces from different nets overlap each other.” Source
How to fix these quickly:
  • Overlapping copper
    • Remove or reshape any duplicate traces or short stubs that sit on top of other-net traces or pads.
    • If you drew any custom copper shapes/polygons, delete or trim the ones that bridge different nets.
    • Around dense parts (soft-latch, boost, USB-C area), pull traces back from pad edges to respect clearance.
  • Airwires
    • Route each reported pair until the airwire disappears. Prioritize power rails first (USB-C VBUS to charger IN, charger OUT to boost VIN, boost 5V to ESP32-CAM VIN, LDO 3V3 to OLED header), then I2C and buttons.
Want me to walk through the first few errors and propose exact edits for each hotspot? If yes, I’ll start with the top 3 Overlapping Copper items and outline the specific traces or shapes to move or remove.
Ask for step-by-step on first error
Request hotspot prioritization
Ask about polygons vs traces
Clarify airwires handling
Ask for net-specific guidance
154 days
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    WiFi Camera with Motion Detection Reference Design.png

    WiFi Camera with Motion Detection Reference Design.png

    WiFi Camera with Motion Detection Reference DesignThumbnail

    WiFi Camera with Motion Detection Reference Design

    WiFi Camera with Motion Detection Reference Design thumbnail
    This project is a WiFi Camera with Motion Detection, utilizing ESP32-CAM module and HC-SR501 PIR sensor. The camera is activated by the sensor's output. The system also includes power regulation and communication headers for setup and control. #WiFi #MCU #PIR #ReferenceDesign #project #ESP32 #camera #referenceDesign #edgeComputing #espressif #template #reference-design.

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