Arducam IMX296 1.58MP Global Shutter Camera for Raspberry Pi
Arducam IMX296 1.58MP Global Shutter Camera for Raspberry Pi
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Our review of the Arducam IMX296 global shutter camera finds it a focused choice for makers and developers who need distortion-free images of moving subjects. It is best for embedded vision, robotics, and machine vision prototyping where a true global shutter beats rolling shutter artifacts. Setup is straightforward on Raspberry Pi systems because the module is native to Raspberry Pi and works with Bullseye OS and libcamera or PiCamera2, so the biggest reason to buy is its consistent, motion-accurate capture at a modest 1.58 MP resolution.
Key Features
- Global Shutter: The IMX296 sensor captures the entire frame simultaneously, preventing skew and motion distortion when imaging fast-moving objects.
- M12 Lens: A 45 deg HFOV M12 lens is mounted for a useful field of view and the integrated mount keeps alignment simple for prototypes.
- Manual Focus: The manual focus ring lets users fine tune sharpness for low-light or close macro work where autofocus would struggle.
- Raspberry Pi Native: No extra drivers are required; the camera works with Raspberry Pi Bullseye OS and the libcamera command set or PiCamera2 library for fast integration.
- Flexible Cable: Supplied with a 15-22pin FPC flexible cable that supports Raspberry Pi 5, 3, and 4 models, making connections to common Pi boards convenient.
Who It's For
This camera is aimed at makers, students, and engineers building robotics, inspection, or high-speed capture projects who need reliable, artifact-free frames. If your project involves moving subjects or requires synchronous exposure across the frame, the global shutter sensor gives a clear advantage over rolling shutter alternatives.
It is less suited to consumers who want high megapixel photos or a point-and-shoot camera experience; the 1.58 MP resolution and manual focus are optimized for technical use rather than general photography. Users needing a very compact zero-profile cable for Raspberry Pi Zero should note the 22-pin cable is not included.
Pros & Cons
Pros
- True global shutter sensor reduces motion distortion for moving subjects and machine vision tasks.
- Native Raspberry Pi compatibility simplifies setup with Bullseye OS and libcamera or PiCamera2.
- Manual focus and an M12 lens let users optimize image sharpness in low-light and macro scenarios.
- Flexible FPC cable supports multiple Pi models for easy prototyping across boards.
Cons
- Modest 1.58 MP resolution is focused on technical capture rather than high-resolution photography.
- 22-pin cable for Raspberry Pi Zero is not included, which may require an extra purchase for that board.
Specifications
| Sensor | IMX296 Color Global Shutter CMOS |
| Effective Resolution | 1.58 MP |
| Frame Rate | Up to 60 fps |
| Lens | M12 45 deg HFOV |
| Focus | Manual focus |
| Compatibility | Raspberry Pi 5, 3, 4 A/B; Bullseye OS; libcamera/PiCamera2 |
| Interface | 15-22pin FPC flexible cable (22-pin cable for Pi Zero not included) |
Our Verdict
The Arducam IMX296 global shutter camera is a practical, good-value module for anyone building vision systems on Raspberry Pi hardware. It delivers reliable, motion-accurate frames, easy Pi integration, and practical manual control, making it a sensible purchase for robotics and inspection projects where image fidelity under motion is essential.
Frequently Asked Questions
Does this camera need special drivers?
No additional camera driver is required; it is native to Raspberry Pi and works with Bullseye OS and libcamera or PiCamera2.
Can I use this on a Raspberry Pi Zero?
It can be used on a Raspberry Pi Zero but the 22-pin FFC cable needed for Zero is not included and must be sourced separately.
Is this suitable for high-resolution photography?
The 1.58 MP IMX296 sensor is intended for technical and motion-capture use rather than high-resolution general photography.
Editor's Take
The Arducam IMX296 global shutter camera is a practical choice for Raspberry Pi robotics and machine vision, delivering motion-accurate frames, easy Pi integration, and manual focus control at good value.

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