

4.4mm 10MP M12 wide angle lens for 1/2″ sensors, featuring 90° diagonal FOV, <1% distortion, F2.8 aperture and compact Φ14 × 19mm dimensions.
CCL12044MPF Low distortion wide angle 77° M12 s-mount board lens 1/2″ HD 14MP rectilinear scanning
| IMAGE FORMAT | 1/2″ |
| FOCAL LENGTH | 4.4mm |
| F.O.V. | 90°(D) |
| 77°(H) | |
| 62°(V) | |
| RESOLUTION | 10 MP |
| DISTORTION | <1% |
| APERTURE | F2.8 |
| MOUNT | M12x0.5 |
| IRIS | Fixed |
| M.O.D. | 0.1m |
| T.T.L. | 22.08mm |
| DIMENSION | Φ14x19mm |
| LENS COMPOMEMT | 4G2P+ IR cut |
This 4.4mm 10MP M12 Low Distortion Lens is designed for 1/2″ image sensors requiring wide-area imaging with controlled optical distortion. It provides a 90° diagonal, 77° horizontal, and 62° vertical field of view, allowing compact camera systems to capture a broad scene while maintaining distortion below 1%. With a fixed F2.8 aperture, 0.1m minimum object distance, and compact Φ14 × 19mm dimensions, this lens is well suited for high-resolution embedded cameras, compact inspection systems, smart monitoring devices, and other space-constrained imaging applications.
Designed for wide-angle high-resolution imaging, this M12 fixed focal lens combines a 4.4mm focal length with a 10MP optical design, providing a practical balance between scene coverage, image detail, and compact mechanical integration.
This 4.4mm wide angle M12 lens is particularly suitable for compact imaging systems that need to cover a relatively large scene without using a fisheye optical design. Its 90° diagonal field of view provides broad coverage, while the distortion below 1% helps maintain a more natural image geometry for downstream image analysis.
The 10MP optical capability makes the lens suitable for high-resolution surveillance cameras, compact machine vision modules, smart monitoring devices, embedded inspection cameras, robotics vision modules, and intelligent imaging equipment. The 0.1m minimum object distance also makes it useful when the camera must observe objects positioned relatively close to the lens.
Its Φ14 × 19mm mechanical dimensions and M12x0.5 mount make it particularly appropriate for compact camera housings where optical performance and installation space must be balanced. For sensor compatibility and field-of-view evaluation, engineers can refer to the Sensor Guide and FOV Calculator.
For additional M12 optical options with different focal lengths and field-of-view requirements, explore M12 Lenses. For customized optical requirements, contact TOWIN to discuss your camera and imaging system specifications.
Q: What sensor size is this 4.4mm M12 lens designed for?
A: This lens is designed for 1/2″ image sensors and provides a 90° diagonal field of view with the specified sensor format.
Q: What is the resolution of this M12 lens?
A: The lens is specified for 10MP resolution, making it suitable for high-resolution compact imaging systems.
Q: Is this 4.4mm M12 lens a wide-angle lens?
A: Yes. With a 90° diagonal, 77° horizontal, and 62° vertical FOV, the lens is suitable for wide-angle imaging applications requiring broad scene coverage.
Q: What is the distortion of this lens?
A: The specified distortion is below 1%, providing controlled geometric distortion for a wide-angle optical design.
Q: What is the minimum object distance?
A: The minimum object distance is 0.1m, allowing the lens to capture relatively close subjects and near-field scenes.
Q: Does the IR Cut configuration mean this is an IR corrected lens?
A: No. The specified 4G2P + IR Cut construction indicates an IR cut filter configuration. It does not by itself confirm IR correction across a specific infrared wavelength range.
Q: Is this lens suitable for compact camera modules?
A: Yes. The M12x0.5 mount and Φ14 × 19mm compact dimensions make it suitable for space-constrained camera modules and embedded imaging equipment.
Q: How should I select an M12 lens for my camera?
A: Sensor size, resolution, focal length, FOV, distortion, working distance, aperture, and mechanical dimensions should all be considered. TOWIN’s Lens Selection Guide can help engineers evaluate these factors.
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