Arduino Camera Module
The processing of image processing functions such as gamma curve, white balance, saturation and chroma can be done with the SCCB programming interface. In sensor technology, OmniVision image sensor applications are used to reduce or eliminate optical and electronic errors such as fixed noise, float, and to obtain clear and balanced color images by improving the quality of the image.
- High sensitivity for low illumination applications
- Low voltage suitable for embedded applications
- Standard SCCB interface compatible with I2C interface
- RGB (GRB4: 2: 2, RGB565 / 555/444), YUV (4: 2: 2) and YCbCr (4: 2: 2) output format
- Supports second degree in various sizes from VGA, CIF and CIF to 40x.
- VarioPixel sampling method
Automatic control functions: automatic impact control, automatic gain control, automatic white balance, automatic light line suppression, automatic black level calibration are included. Color saturation, hue, gamma, sharpness ANTI_BLOOM internal image quality control.
Camera Module Specifications
- ISP has removed the noise and error correction function.
- Support for low image zooming
- Low lens light compensation
- 50/60 Hz automatic detection
- Automatic adaptation to low saturation (UV).
- Low edge enhancement auto adjustment
- Automatic adaptation to low noise reduction.
- Basic parameters
- Sensitivity array 640x480
- IO voltage of 2.5 V - 3.0 V (internal-nuclear power 1.8 V)
- Power dissipation 60 mw / 15 fps vga
- Dormancy< 20 mu A
- Working temperature -30 C - 70 C
- Stable operation 0 C - 50 C
- Output format (8 bits)? YUV / YCbCr4: 2-2 RGB565 / 555/444 GRB4: 2-2 Raw RGB Data
- Optical size 1/6 ''
- Viewing angle 25 °
- Highest showbiz rate 30 FPS VGA
- Sensitivity 1.3 V / (Lux - SEC)
- 46 dB SNR
- Dynamic range 52 dB
- Search mode line by line
- Electronic exposure line 1 - 510
- Pixel area 3.6 mu m X 3.6 microns
- Dark current 12 mV / s 60C
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Arduino Camera Module
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Arduino Camera Module
The processing of image processing functions such as gamma curve, white balance, saturation and chroma can be done with the SCCB programming interface. In sensor technology, OmniVision image sensor applications are used to reduce or eliminate optical and electronic errors such as fixed noise, float, and to obtain clear and balanced color images by improving the quality of the image.
- High sensitivity for low illumination applications
- Low voltage suitable for embedded applications
- Standard SCCB interface compatible with I2C interface
- RGB (GRB4: 2: 2, RGB565 / 555/444), YUV (4: 2: 2) and YCbCr (4: 2: 2) output format
- Supports second degree in various sizes from VGA, CIF and CIF to 40x.
- VarioPixel sampling method
Automatic control functions: automatic impact control, automatic gain control, automatic white balance, automatic light line suppression, automatic black level calibration are included. Color saturation, hue, gamma, sharpness ANTI_BLOOM internal image quality control.
Camera Module Specifications
- ISP has removed the noise and error correction function.
- Support for low image zooming
- Low lens light compensation
- 50/60 Hz automatic detection
- Automatic adaptation to low saturation (UV).
- Low edge enhancement auto adjustment
- Automatic adaptation to low noise reduction.
- Basic parameters
- Sensitivity array 640x480
- IO voltage of 2.5 V - 3.0 V (internal-nuclear power 1.8 V)
- Power dissipation 60 mw / 15 fps vga
- Dormancy< 20 mu A
- Working temperature -30 C - 70 C
- Stable operation 0 C - 50 C
- Output format (8 bits)? YUV / YCbCr4: 2-2 RGB565 / 555/444 GRB4: 2-2 Raw RGB Data
- Optical size 1/6 ''
- Viewing angle 25 °
- Highest showbiz rate 30 FPS VGA
- Sensitivity 1.3 V / (Lux - SEC)
- 46 dB SNR
- Dynamic range 52 dB
- Search mode line by line
- Electronic exposure line 1 - 510
- Pixel area 3.6 mu m X 3.6 microns
- Dark current 12 mV / s 60C
Useful Links
- Arduino Module TypesYou can examine.