

1.0mm M12 wide angle lens with 150° diagonal FOV, F1.2 aperture, manual focus, and compact M12 × 0.5 mount for ultra-wide imaging.
S01014013312 is Ultra Wide Angle Low F-number M12/S-Mount VGA Lens (f/1.2), Manual Focus 1.0mm – Ideal for Low-Light Environments & Security Surveillance.
| IMAGE FORMAT | Max Φ5.9 |
| FOCAL LENGTH | 1.0mm |
| F.O.V. ( 1/4″) | 150°(D) |
| 133°(H) | |
| 115°(V) | |
| DISTORTION | <91% |
| RESOLUTION | VGA |
| APERTURE | F1.2 |
| MOUNT | M12X0.5 |
| IRIS | Fixed |
| FOCUS | Manual |
| ZOOM | Fixed |
| B.F.L. | 1.35mm |
| STRUCTURE | Without filter |
This 1.0mm M12 Wide Angle lens is an ultra-wide-angle fixed focal length lens designed for 1/4″ imaging applications. With a 150° diagonal field of view, F1.2 aperture, and compact M12 × 0.5 mount, it is designed to capture an exceptionally large scene from a small camera module.
This 1.0mm M12 Wide Angle lens is designed for applications where maximizing scene coverage is more important than maintaining low geometric distortion. Its 150° diagonal, 133° horizontal, and 115° vertical fields of view allow a compact camera to capture a very large area, making it particularly useful when camera installation space is limited but broad visual coverage is required.
The extremely short 1.0mm focal length creates a characteristic Wide Angle perspective, making this lens fundamentally different from conventional low-distortion industrial lenses. The resulting high optical distortion can be useful for panoramic and situational-awareness imaging where the objective is to capture as much of the surrounding environment as possible rather than reproduce objects with geometrically accurate proportions.
With an F1.2 aperture, the lens provides a relatively bright optical configuration for compact imaging devices. This can be useful in indoor monitoring, embedded vision modules, compact panoramic cameras, and other applications where the available illumination may vary.
The M12 × 0.5 interface makes the lens suitable for compact camera designs with limited mechanical space. Its 1.35mm B.F.L. and manual focus configuration allow system designers to integrate the lens into customized camera modules where focus can be adjusted during assembly.
For applications requiring extremely broad image coverage, the M12 Lens solution can provide additional information about compact M12-based optical systems. Engineers can also review the Lens Basics section to understand how focal length, FOV, and distortion interact in wide-angle optical designs.
Designed for ultra-wide situational awareness, compact panoramic imaging, and wide-area embedded camera applications.
Q: Is this a Wide Angle lens?
A: Yes. The 1.0mm focal length and 150° diagonal field of view, combined with very high optical distortion, characterize this model as a Wide Angle lens rather than a conventional low-distortion wide-angle lens.
Q: What is the field of view of this 1.0mm M12 Wide Angle lens?
A: When used with a 1/4″ image format, the lens provides a 150° diagonal FOV, 133° horizontal FOV, and 115° vertical FOV.
Q: What sensor format is this Wide Angle lens designed for?
A: The specified FOV is based on a 1/4″ image format, with VGA resolution performance.
Q: Why does this lens have such high distortion?
A: The high distortion is a characteristic of the Wide Angle optical design. Unlike low-distortion lenses, this model prioritizes extremely wide scene coverage and a very large field of view.
Q: What aperture does this M12 lens use?
A: The lens uses a fixed F1.2 aperture, providing a bright optical configuration for compact imaging systems.
Q: Is the focus adjustable?
A: Yes. This model uses manual focus, allowing the focus position to be adjusted during camera assembly or installation.
Q: Does this lens have optical zoom?
A: No. It is a fixed focal length lens with a 1.0mm focal length and fixed zoom configuration.
Q: What type of camera can use this 1.0mm M12 lens?
A: It can be integrated into compact M12-compatible camera modules, panoramic cameras, embedded vision devices, and wide-area monitoring systems designed around a 1/4″ imaging format.
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