

0.9mm M8 wide angle lens with 150° diagonal FOV, 128° horizontal FOV, F2.2 aperture and M8×0.5 mount for compact camera modules.
M800916012822 is Ultra-Wide-angle 1/6″ M8X0.5 mount lens with 150° diagonal FOV, F2.2 aperture, and 0.2m MOD for surveillance applications.
| IMAGE FORMAT | 1/6″ |
| FOCAL LENGTH | 0.9mm |
| F.O.V. | 150°(D) |
| 128°(H) | |
| 108°(V) | |
| TV DISTORTION | <18% |
| RESOLUTION | MP |
| APERTURE | F2.2 |
| MOUNT | M8X0.5 |
| IRIS | Fixed |
| B.F.L. | 2.3mm |
| M.O.D. | 0.2m |
| CONSTRUCTION | 4G2P |
This 0.9mm M8 wide angle lens is designed for compact camera modules that require an extremely broad viewing area in a small optical package. With a 150° diagonal FOV, 128° horizontal FOV, and 108° vertical FOV on a 1/6″ sensor, the lens can capture a large scene from a short distance.
Featuring a 0.9mm focal length, F2.2 aperture, M8×0.5 mount, and fixed iris, this miniature lens is suitable for embedded cameras and compact imaging devices where space is limited. The 2.3mm BFL and 0.2m minimum object distance provide flexibility for integrating the lens into small camera assemblies.
The 4G2P optical construction provides a compact optical configuration for applications that prioritize very wide scene coverage over precision geometric reproduction. This 0.9mm M8 wide angle lens is particularly useful for compact cameras requiring a large viewing angle from a small installation space.
The main advantage of this lens is its combination of an extremely short 0.9mm focal length and 150° diagonal FOV. This configuration allows a small camera module to observe a very large area without requiring a large physical lens assembly.
The M8×0.5 mount makes the lens particularly suitable for miniature embedded camera designs. It can be considered for applications where the camera has limited installation space but needs to capture subjects distributed across a wide viewing area.
With a 0.2m minimum object distance, the lens can also be used for relatively close-range wide-area imaging. Because the specified TV distortion is below 18%, the lens is better suited to applications where broad coverage is the primary requirement rather than precision dimensional measurement.
Designed for ultra-wide-angle compact imaging applications where maximum scene coverage and miniature mechanical dimensions are important.
For more miniature optical options, see TOWIN’s M8/M7/M6/M5/M3.5 Small Mount Lenses.
If you are selecting the lens according to sensor size and image coverage, the Sensor Guide provides useful information about sensor and lens compatibility. You can also use the FOV Calculator to estimate the relationship between focal length, sensor size, and field of view.
For applications requiring compact optical integration, explore TOWIN’s M12 Lens Solution for additional miniature camera lens options.
Q: What sensor size is this 0.9mm M8 lens designed for?
A: The lens is specified for a 1/6″ image format and provides a very wide viewing angle on this sensor size.
Q: What is the field of view of the 0.9mm M8 lens?
A: It provides a 150° diagonal FOV, 128° horizontal FOV, and 108° vertical FOV.
Q: Is the 0.9mm M8 lens suitable for wide-angle applications?
A: Yes. Its 0.9mm focal length and 150° diagonal FOV make it specifically suited to applications requiring extremely broad scene coverage.
Q: Is this lens a fisheye lens?
A: The lens provides a very wide 150° FOV, but it is classified here as a wide angle lens rather than a fisheye lens. The supplied specifications do not identify a dedicated fisheye optical design.
Q: What is the mount size of this lens?
A: The lens uses an M8×0.5 mount, making it suitable for miniature camera modules and other compact imaging assemblies.
Q: What is the minimum object distance?
A: The M.O.D. is 0.2m, allowing the lens to image relatively close subjects while maintaining its wide field of view.
Q: Does this lens have a fixed aperture?
A: Yes. The lens uses a fixed iris with a maximum aperture of F2.2.
Q: Can this lens be used in machine vision systems?
A: It can be considered for compact machine vision or sensing systems that require very wide scene coverage. However, its distortion specification should be evaluated carefully for applications requiring accurate geometric measurement. See TOWIN’s Machine Vision solutions for more information.
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