GETTING STARTED
₨ 100.10
Out of stock
Out of stock
Image Sensor |
IMX462 |
---|---|
Resolution |
2MP |
Optical Size |
1/2.8”(6.46mm sensor diagonal) |
Number of effective pixels |
1920(H) × 1080(V) |
Pixel Size |
2.9μm × 2.9μm |
Support Platform |
Raspberry Pi 4/3/Zero/CM3/CM4 |
Shutter Type |
Rolling Shutter |
Color Filter Array |
Quad-Bayer RGB |
Frame Rate |
RAW10:1920×1080@46fps;1280×720@90fps |
Output Format |
RAW10/RAW12 |
F.NO |
F2.8 |
Focus Type |
Manual Focus |
Focal Length |
3.6mm |
Lens Size |
(2G2P+IR) M12 Lens |
Field of View(FOV) |
120°(D)x88°(H)x55°(V) |
IR Sensitivity |
Integral IR-cut Filter, visible light only |
Camera Board Size |
38 × 38 × 20.67mm |
Shipping Weight | 0.021 kg |
Shipping Dimensions | 6 × 4 × 4 cm |
The ultra-low light image sensor can receive more light in extremely low light conditions, making it widely applicable to special lighting projects such as astrophotography. Arducam has released four low-light cameras so far, three of which feature switchable Motorized IR-cut. This Camera Module is based on the SONY IMX462 STARVIS Ultra low light image sensor. The sensor has very high Gravity sensitivity and NIR sensitivity for better image quality in low-light environments.
The Camera Module is equipped with a 88°(HFOV) M12 Lens. A manual focus camera allows you to use it in situations such as macro photographs, low light conditions, etc. Meanwhile, this Camera Module is native to Raspberry Pi and fully supported by libcamera and Picamera2 library.
Arducam is committed to creating diverse and convenient camera solutions for embedded camera users. We are not only engaged in the production and development of optical products but also strive to provide complete solutions for embedded cameras, optical components, etc.
Applications:
Notes:
1 x Arducam 2MP IMX462 Ultra Low Light camera module with M12 Lens
1 x 150mm 15pin-22pin FPC Cable
Only logged in customers who have purchased this product may leave a review.
No account yet?
Create an Account
Reviews
Clear filtersThere are no reviews yet.