

3.1mm 2MP M12 wide angle lens for 1/2.7″ OV2710 sensors, offering 133° diagonal FOV, F1.6 aperture and compact 22.34mm TTL.
CCL127031MP 3.1mm 2MP M12 wide angle lens for 1/2.7″ OV2710 sensors
| IMAGE FORMAT | 1/2.7″ |
| FOCAL LENGTH | 3.1mm |
| F.O.V.(OV2710) | 133°(D) |
| 111°(H) | |
| 60°(V) | |
| RESOLUTION | 2MP(1920×1080) |
| TV DISTORTION | <-14% |
| APERTURE | F1.6 |
| MOUNT | M12X0.5 |
| IRIS | Fixed |
| FOCUS | Manual |
| ZOOM | Fixed |
| T.T.L. | 22.34mm |
| CONSTRUCTION | 2G5P |
| FOV point | 2.29mm |
This 3.1mm M12 wide angle lens is designed for compact camera modules that require an exceptionally broad field of view in a small optical package. With a 133° diagonal FOV, 111° horizontal FOV and 60° vertical FOV on the OV2710 sensor, the lens captures a large viewing area while maintaining a compact 22.34mm TTL. Its M12×0.5 mount, fixed 3.1mm focal length and manual focus make it suitable for embedded cameras and space-constrained imaging equipment.
The lens supports 2MP resolution at 1920×1080 and uses an F1.6 aperture to provide a relatively large amount of light for wide-angle imaging. Its 2G5P optical construction balances compactness with practical imaging performance, while the fixed iris and fixed focal configuration provide a straightforward optical solution for camera manufacturers. As part of TOWIN’s M12 lenses, it can be considered for applications where wide coverage and compact mechanical integration are more important than ultra-low geometric distortion.
Ultra-Wide 133° Diagonal Field of View
F1.6 Aperture for Wide-Angle Imaging
Compact M12×0.5 Mount
2MP Full HD Imaging
Fixed-Focal Configuration for Simple Integration
This 3.1mm M12 wide angle lens is best suited to compact imaging systems that prioritize broad scene coverage, small installation space and straightforward camera integration. Its 111° horizontal FOV makes it particularly useful where a conventional narrow-angle lens would leave excessive blind areas.
Because this lens has less than -14% TV distortion, it should be selected for applications where very wide coverage is more important than highly accurate geometric reproduction. For applications requiring precise dimensional imaging, customers should consider a dedicated Low Distortion Lens instead.
When selecting the lens for a specific sensor and installation distance, the required field of view can be evaluated with TOWIN’s FOV Calculator, while the Sensor Guide can help verify sensor and optical format compatibility.
Designed for compact wide-angle camera and embedded imaging applications.
Q: What sensor size is this M12 lens designed for?
A: This lens is specified for a 1/2.7″ image format and is listed with the OV2710 sensor as the reference sensor.
Q: What is the field of view of the 3.1mm lens?
A: The lens provides a 133° diagonal FOV, 111° horizontal FOV and 60° vertical FOV on the specified OV2710 configuration.
Q: Is this a fixed focal length lens?
A: Yes. It has a 3.1mm fixed focal length and fixed zoom configuration, making it suitable for camera systems with a predefined viewing distance and coverage requirement.
Q: Does this lens have low distortion?
A: No. The specified TV distortion is less than -14%, so this model should not be classified as a low-distortion lens. It is better suited to applications where very wide coverage is more important than precise geometric accuracy.
Q: What type of mount does this lens use?
A: The lens uses an M12×0.5 mount, making it compatible with camera modules designed around the standard M12/S-Mount interface.
Q: Can the focus be adjusted?
A: Yes. The lens uses a manual focus configuration, allowing the focus position to be adjusted during camera module assembly or installation.
Q: Can TOWIN provide a different lens configuration for my camera module?
A: TOWIN can evaluate optical requirements such as sensor format, focal length, FOV, distortion, mounting interface and mechanical dimensions to determine whether an alternative or customized lens configuration is appropriate. Customers can contact TOWIN with their camera specifications for an optical solution assessment.
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