Arducam 12MP IMX708 HDR 120° Wide Angle Camera Module with M12 Lens for Raspberry Pi

Applications

• Wildlife Photograph
• Machine Learning
• Home Security System
• AI applications
• DSLR Camera Control

Features

• Complementary for Official: Raspberry Pi officially released the amazing IMX708 autofocus camera module 3 at the beginning of this year, and Arducam Team designed this M12 Lens manual focus camera module as a supplement to the official camera.
• Arducam Camera Module 3 Series: Based on back-illuminated stacked CMOS 12-megapixel high-resolution Image Sensor (Sony IMX708) with HDR mode for up to 3-megapixel output on Raspberry Pi. Max Resolution: 4608 × 2592.
• Wide Angle M12 Lens: Armed with a 120°(HFOV) Wide Angle M12 Lens. A wide-angle lens has a deeper depth of field, which can effectively reduce bokeh. At the same time, they can better include foregrounds for landscape photos and improve image quality.
• Manual Focus: Manual Focus cameras are always more suitable in some special conditions. For example, in low-light and macro photography environments, manual focus can obtain a complete overall contrast of pictures, thereby improving image quality and focus accuracy. In HDR mode, panorama stitching, and other modes, manual focus can decrease different focus layers and blur efficiently.
• Platform Compatibility: Compatible with Raspberry Pi 3, 4 A/B, equipped with 15-22pin FPC flexible cable. Support used on Raspberry Pi Zero (22-pin FFC flexible cable not included in the package). Support Raspberry Pi Bullseye OS and libcamera command.

Specifications

Lens

Electrical and Mechanical

Package Including

• 1 x Arducam 12MP IMX708 120° Wide Angle camera module 3 with M12 Lens
• 1 x 150mm 15pin-22pin FPC Cable

Notes

• The package contains small contents, please keep it away from children to avoid accidental ingestion
• After receiving the package, please confirm whether the contents of the package are consistent with the description
• No Raspberry Pi board is included in the package
• This camera is natively supported by Raspberry Pi, you don’t need an additional driver to run it, but you will need some configuration, please refer to the following doc.