RAKINDA M5 IP Camera And RGB Camera for Face Recognition Access Control

Scanmax Facial Module M5 Datasheet-EN.pdf

RGB Face Recognition Camera Product Description
RAKINDA M5 product is a new generation of miniaturized RGBD cameras independently developed by Rakinda Internet of Things Technology Co., Ltd. The product integrates a 640 × 480 pixel TOF depth camera and a 5 million pixel RGB camera.
The miniaturized and ultra-thin size structure is suitable for various embedded and handheld detection terminals, and realizes functions such as face recognition, living body detection, scene recognition, and gestures. The product provides a complete SDK, and users can perform device integration and secondary development according to their own needs.

Product Features:
⚫Design based on TOF principle;
⚫High resolution, depth map resolution is 640×480;
⚫High accuracy, up to 0.1%;
⚫Using 940nm VCSEL light source to support outdoor applications;
⚫Miniaturized and ultra-thin design, the appearance size is 55mm × 18mm × 10.6mm, suitable for various embedded applications;
⚫Accurate synchronization and alignment between depth, IR and RGB

Product Parameters

⚫Note 1: Measurement distance: For white wall test with 90% reflectivity, the detection distance in the center area; reflectance has an impact on measurement distance, accuracy and accuracy.
⚫Note 2: Measurement accuracy: For the white wall test with 90% reflectance, the root mean square error of the repeated test in the center area.
⚫Note 3: Measurement accuracy: for the white wall test with 90% reflectivity, the error between the measurement distance and the true distance.
⚫Note 4: If the board-level power supply USB port 5V power current is greater than 1A, the power can be directly supplied through the USB port; if the current is less than 1A, power is supplied through the dedicated accessory cable.
⚫Note 5: The module form and embedded design must be used with the whole machine for heat dissipation design; refer to the design guide or contact the manufacturer for heat dissipation scheme.