The intelligent camera module integrates multiple vision recognition algorithms running on its ESP32 dual-core processor. It can return recognized human body, objects, and symbols through serial/I2C/WiFi at a rate of 25fps or 50fps. A deck of symbol cards is included for testing the recognition algorithms. Coding is required to integrate the camera with other hardware such as Petoi walking legged robot Bittle. Features Color recognition, ball recognition, human sensing, card pattern (shapes, traffic signs, and numbers) recognition. Motion gestures, ambient light, and proximity sensing functionalities with built-in infrared sensor No network necessary - all its vision algorithms are processing locally, with no need of the network, and no worries about privacy issues Widely Applicable - it can be widely used in intelligent toys, AI educational robots, robotics kits, IoT robotics, maker products, and other applications Stream video through WiFi Compatible with any Arduino-compatible microcontroller(such as Arduino Uno) with grove socket Support C++ and MicroPython API A demo of attaching the camera to the mouth of quadruped robot dog Bittle to perform object following Your browser does not support our video. Specifications CPU: 240MHz dual-core processor and larger memory Camera: 300k (640*480) pixel RGB camera with a wide-angle lens; FPS(max) 60fps; sensor Ssze 1/4”; field of view - FOV 84°; focal length - 2.5mm; aperture - 2.2mm; len diameter 5.5mm Light Intensity & Motion Sensor: can detect light intensity, infrared proximity, and hand glide gestures A deck of symbol cards is included for testing the recognition algorithms More information online documentation advanced user manual
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