Once compiled, look at the output console at the bottom of the screen. Scroll through the last few lines to find the file path ending in .bin or .hex . Copy that entire file path. Upload the File into Proteus Return to your Proteus schematic workspace.
You’ll see an ESP32 with GPIO pins – no camera interface .
Some users have created that emulate the ESP32-CAM’s basic pins but replace the camera with: esp32 cam proteus library download install
Only useful for testing pin connections or power sequencing, not actual camera code.
Now that the files are in place, you can find the module within the software. Open Proteus and create a new project. Click the button. Search for "ESP32-CAM" . Select the model and click OK . Click on your workspace to place the module. 4. Configuring the Simulation Once compiled, look at the output console at
: Use the "AI Thinker ESP32-CAM" board setting.
: Proteus primarily simulates the electrical pins and basic logic. It typically does not provide a live video feed window. For advanced testing, you may need a Virtual Camera Module that interfaces with your serial port. If you'd like, I can help you: Upload the File into Proteus Return to your
Proteus (by Labcenter Electronics) does not natively support the ESP32-CAM’s camera peripheral. The OV2640 camera sensor is extremely complex to simulate in SPICE/co-simulation environments.
If you still want to try, here’s the safest method:
. For testing camera functionality, it is recommended to use the ESP32-CAM CameraWebServer example on actual hardware. generate the .BIN file from the Arduino IDE for use in your simulation?
"ESP32 Library for Proteus" on sites like The Engineering Projects or GitHub .