

2.2mm M8 wide angle lens with 160° diagonal FOV, F2.5 aperture, M8×0.5 mount, manual focus and 3G1P+IRCF construction.
M802213011625F67 is Wide angle 2-Megapixel 1/3″ M8X0.5 CCTV lens with Built-In IR Filter, 160° diagonal FOV, F2.5 Aperture for security surveillance.
| IMAGE FORMAT | 1/3″ |
| FOCAL LENGTH | 2.2mm |
| F.O.V. | 160°(D) |
| 116°(H) | |
| 96°(V) | |
| TV DISTORTION | <18% |
| RESOLUTION | 2MP |
| APERTURE | F2.5 |
| MOUNT | M8X0.5 |
| IRIS | Fixed |
| FOCUS | Manual |
| ZOOM | Fixed |
| B.F.L. | 2.9mm |
| M.O.D. | 0.3m |
| CONSTRUCTION | 3G1P+IRCF |
This 2.2mm M8 wide angle lens is designed for compact camera modules that require an exceptionally broad viewing angle from a miniature optical assembly. On a 1/3″ sensor, it provides a 160° diagonal FOV, 116° horizontal FOV, and 96° vertical FOV, allowing a compact camera to capture a very large surrounding scene.
With 2MP resolution, an F2.5 aperture, and an M8×0.5 mount, this lens is suitable for embedded camera systems where compact size and wide-area coverage are key requirements. The fixed iris, manual focus, and fixed zoom configuration provide a straightforward optical setup for production camera modules.
The 2.9mm BFL and 0.3m minimum object distance support practical integration into compact camera assemblies. Its 3G1P + IRCF construction provides a compact optical configuration for wide-angle imaging applications where broad coverage is more important than precise geometric reproduction.
The primary advantage of this lens is its 160° diagonal field of view combined with a compact M8×0.5 mechanical interface. It is intended for camera systems that need to observe a very large area while keeping the optical assembly small.
The 2.2mm focal length provides broad coverage on a 1/3″ sensor, making the lens suitable for compact monitoring and embedded imaging applications where the camera has limited installation space. The manual focus configuration allows the optical focus to be adjusted during camera assembly according to the actual installation distance.
With <18% TV distortion, this lens is designed around wide-area scene coverage rather than precision geometric measurement. It is therefore more appropriate for monitoring, observation, sensing, and other applications where capturing a large portion of the scene is the primary objective.
Designed for compact ultra-wide-angle imaging applications requiring maximum scene coverage from an M8 miniature camera lens.
For additional miniature optical configurations, explore TOWIN’s M8/M7/M6/M5/M3.5 Small Mount Lenses.
To understand how sensor size affects the field of view of a wide-angle lens, see the Sensor Guide. You can also compare focal length and FOV using the FOV Calculator.
For additional guidance when matching a lens to a camera module, visit the Lens Selection Guide.
Q: What is the field of view of this 2.2mm M8 lens?
A: On a 1/3″ sensor, the lens provides a 160° diagonal FOV, 116° horizontal FOV, and 96° vertical FOV.
Q: What sensor format is this lens designed for?
A: The lens is designed for a 1/3″ image format and supports 2MP resolution.
Q: Is this lens suitable for wide-angle applications?
A: Yes. Its 160° diagonal FOV and 2.2mm focal length make it suitable for applications requiring exceptionally broad scene coverage.
Q: Is this 2.2mm lens a fisheye lens?
A: Although the lens provides a very wide 160° diagonal FOV, the supplied product classification is Wide Angle Lens. It should not be automatically classified as a fisheye lens based only on its field of view.
Q: Is this a low distortion lens?
A: No. The specified TV distortion is below 18%, so the lens is intended for wide-angle coverage rather than low-distortion imaging or precision measurement.
Q: What is the mount of this lens?
A: The lens uses an M8×0.5 mount, making it suitable for miniature camera modules and compact optical assemblies.
Q: Can the focus be adjusted?
A: Yes. The lens uses manual focus, allowing the focus position to be adjusted during camera assembly. The zoom is fixed.
Q: What does the IRCF specification mean?
A: IRCF refers to an infrared cut filter that blocks infrared wavelengths from reaching the image sensor. It does not mean that the lens is an IR-corrected optical design.
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