850nm VCSEL 3D TOF Face Recognition Attendance Camera 640×480
SCANMAX M3 Binocular Camera and TOF 3D Face Recognition Attendance Camera
Scanmax Facial Module M3 Datasheet-EN.pdf
TOF and RGB Face Camera Product Description
It is a derivative product belonging to the M3 series. It has a more compact size and lower power consumption. It uses a standardized appearance size and is responsible for a unified interface. Data transmission and power supply are mainly applicable to scene applications such as face recognition and gesture recognition, which is more convenient for users' system integration.
The product integrates a TOF depth camera of 640 × 480 pixels and a 5-megapixel RGB camera. The product provides a complete SDK, and users can perform device integration and secondary development according to their own needs.
Product Specifications
| Specifications | Specifications | ||
| Model | M3 | ||
| T O F | Resolution (horizontal x vertical) | 640×480 | |
| Field of view (horizontal and vertical) | 80°× 60° | ||
| Frame Rate (fps) | Maximum 30 | ||
|
R G B |
Resolution (horizontal x vertical) | Support 1080P/960P/720P/VGA | |
|
Field of view (horizontal and vertical) |
74°× 56° @960P(Default) 63°× 37° @1080P 74°× 42°@720P 74°× 56°@VGA |
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| Frame Rate (fps) |
Maximum 30fps @ 960P/720P/VGA Maximum 15fps @ 1080P |
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| Video Coding | JPEG,RGB | ||
| Detection range(unit:m)注 1 | 0.35-1.2 | 0.5-3 | |
| Measurement accuracy注 2 | 0.1% | 0.3% | |
| Measurement accuracy注 3 | ＜1% | ||
| Light source | 850nm VCSEL | ||
| Data transmission interface | 6Pin terminal interface to USB 2.0 | ||
| Power supply | 6Pin terminal interface to 5V DC power interface | ||
| Typical power consumption(W) | 3.2 | 3.6 | |
| Operating temperature(℃) | 0-50 | ||
| Operating system | Windows7 and above,Linux,Android | ||
|
Structure size (length × height × depth, single Bit: mm) |
85.5×23.5×18(No steel sheet installed) 96.3×23.5×18( with mounting steel sheet) |
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Note 1: Measurement distance: For the small whiteboard test with 90% reflectivity, the detection distance in the center area; the reflectivity has an influence on the measurement distance, accuracy and accuracy.
Note 2: Measurement accuracy: For 90% reflectance small white board test, the root mean square error of repeated tests in the center area.
Note 3: Measurement accuracy: For the small whiteboard test with 90% reflectance, the error between the measurement distance and the true distance.
Product Structure Size(Unit:mm)
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