Arducam 2MP Sony IMX462 Ultra Low Light STARVIS Camera Module w/ 141° M12 Lens for Raspberry Pi
The Arducam 2MP Sony IMX462 STARVIS camera module is an ultra-low-light imaging solution for Raspberry Pi, featuring a wide-angle M12 lens and native support via libcamera and Picamera2 libraries for computer vision and surveillance applications.
Features
- Ultra-Low-Light STARVIS Sensor: Sony IMX462 sensor excels in near 0 lux conditions with high G-sensitivity (10471 G) and superior near-infrared (NIR) performance for surveillance and astrophotography.
- Wide-Angle M12 Lens: Features a 141.4°(H) field-of-view manual-focus lens (F2.1, 2.1mm focal length) for expansive scene capture in robotics and monitoring.
- High-Speed Imaging: Delivers up to 90fps at 720p and 46fps at 1080p, supporting RAW10/12 output and HDR modes for clear, low-noise video.
- Native Raspberry Pi Integration: Fully compatible with Raspberry Pi 4/3/Zero/CM3/CM4 via the Arducam Pivariety solution, working as a standard V4L2 device.
- Compact & Ready-to-Use: Module measures 25x24mm and includes a 150mm FPC cable for easy connection to Raspberry Pi camera interfaces.
Out of stock
Designed for demanding low-light imaging, this camera module leverages the Sony IMX462 STARVIS CMOS sensor, a 1/2.8-inch optical format with 2.9µm quad-Bayer pixels optimized for high sensitivity and minimal noise. Its integral IR-cut filter ensures accurate color reproduction in visible light, while enhanced NIR sensitivity supports specialized applications like smart traffic and agricultural monitoring. The module outputs RAW10/12 data via a 15/22-pin FPC interface, enabling high-frame-rate capture for dynamic scenes.
The integrated manual-focus M12 lens provides a 161° diagonal field of view, making it suitable for wide-area surveillance, autonomous robots, and astrophotography. Built on Arducam’s Pivariety hardware ISP solution, it delivers a plug-and-play experience identical to official Raspberry Pi cameras, with full driver support in libcamera and Picamera2. This combination of sensor performance, optical design, and seamless Pi compatibility makes it an ideal choice for developers and integrators building vision-based IoT systems.
Additional Information
| Weight | 0.013 kg |
|---|---|
| Dimensions | 4 × 4 × 4 cm |















