

3.65mm 12.5MP M12 wide angle lens with <0.5% distortion, 82° H.FOV, F2.8 aperture, 0.1m MOD and 1/2.3″ format.
CCL123036MPFR Low distortion wide angle 3.6mm 82° M12 mount lens 1/2.3“ with HD 14MP IMX117 UAV drone
| IMAGE FORMAT | 1/2.3“ |
| FOCAL LENGTH | 3.65mm |
| F.O.V. | 94°(D) |
| 82°(H) | |
| 69°(V) | |
| RESOLUTION | 12.5MP |
| TV DISTORTION | <0.5% |
| APERTURE | F2.8 |
| MOUNT | M12x0.5 |
| IRIS | Fixed |
| M.O.D. | 0.1m |
| T.T.L. | 25mm |
| CONSTRUCTION | 6E+IRF |
The 3.65mm 12.5MP M12 Low Distortion Wide Angle Lens is designed for compact imaging systems that require a broad field of view while maintaining accurate image geometry. Supporting a 1/2.3″ image format and up to 12.5MP resolution, this fixed focal lens provides a 94° diagonal, 82° horizontal, and 69° vertical FOV with TV distortion below 0.5%. Its F2.8 fixed aperture and M12x0.5 mount make it suitable for compact embedded cameras, machine vision systems, industrial inspection equipment, and other space-constrained imaging devices. With a 0.1m minimum object distance, the lens can also capture relatively close-range targets while maintaining a wide viewing area.
Designed for compact machine vision and industrial imaging applications, this lens combines wide-angle coverage with low geometric distortion, helping cameras capture a larger scene without significant edge deformation. The 6E+IRF optical construction further supports a compact lens design for high-resolution imaging systems.
Machine Vision Inspection
The combination of 12.5MP resolution, 82° horizontal FOV, and <0.5% distortion makes this lens suitable for machine vision systems that need to inspect relatively large areas while preserving image geometry. It can be integrated into compact inspection cameras for object detection, positioning, dimensional inspection, and surface analysis.
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Industrial Object Detection
The 3.65mm focal length provides broad scene coverage, while the low-distortion optical design helps reduce geometric deformation around the image edges. This makes the lens suitable for industrial cameras used for object presence detection, equipment monitoring, and automated visual inspection.
Compact Embedded Vision Systems
With an M12x0.5 mount, 25mm TTL, and fixed iris, the lens is well suited to compact embedded cameras where installation space is limited. Typical devices may include smart cameras, robotic vision modules, compact inspection cameras, and other embedded imaging equipment.
For additional guidance on selecting lenses for different sensors and imaging requirements, see the Lens Selection Guide.
Wide-Area Close-Range Imaging
The 0.1m MOD allows the lens to be positioned relatively close to the target while retaining a broad field of view. This can be useful for applications where the camera must capture a nearby object or inspection area within a restricted installation space.
Q: What is the focal length of this M12 lens?
A: This lens has a fixed 3.65mm focal length, providing a wide field of view for compact imaging systems.
Q: What is the field of view of the 3.65mm lens?
A: The lens provides a 94° diagonal, 82° horizontal, and 69° vertical FOV on its specified 1/2.3″ image format.
Q: How much distortion does this lens have?
A: The specified TV distortion is less than 0.5%, making it suitable for applications where image geometry and accurate object representation are important.
Q: What sensor size is compatible with this lens?
A: The lens is specified for a 1/2.3″ image format and supports up to 12.5MP resolution.
Q: Is this lens suitable for close-range imaging?
A: Yes. Its 0.1m minimum object distance makes it suitable for relatively close-range imaging applications where a wide field of view is required.
Q: What type of camera uses this lens?
A: The M12x0.5 mount makes it suitable for compact machine vision cameras, embedded vision modules, industrial smart cameras, and other small-form-factor imaging devices.
Q: Is this lens an IR corrected lens?
A: The supplied specifications list an IRF component, but they do not specify optical IR correction. Therefore, it should not be described as an IR Corrected Lens without additional optical data.
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