

2.0mm M12 5MP wide angle lens with 154° diagonal FOV, F2.4 aperture, 0.2m M.O.D., and AR1335 compatibility for compact machine vision and embedded imaging systems.
S6719024F – AR1335 is Wide-angle 5-Megapixel M12-mount lens with Built-In IR Filter, 154° diagonal FOV, F2.4 aperture, for security or general imaging applications.
| IMAGE FORMAT | Max Φ6.7mm |
| FOCAL LENGTH | 2.0mm |
| F.O.V.(AR1335) | 154°(D=5.76) |
| 120°(H=4.63) | |
| 86°(V=3.43) | |
| RESOLUTION | 5 MP |
| DISTORTION | <-38% (H) |
| APERTURE | F2.4 |
| MOUNT | M12x0.5 |
| IRIS | Fixed |
| M.O.D. | 0.2m |
| T.T.L. | 23.83mm |
| STRUCTURE | 6G+IRCF |
This 2.0mm M12 wide angle lens is designed for compact vision systems requiring a 154° diagonal field of view and 5MP imaging performance. With a fixed F2.4 aperture, 0.2m M.O.D., and M12x0.5 mount, it provides broad scene coverage for embedded industrial cameras, compact machine vision devices, and space-constrained imaging systems.
The combination of a 2.0mm focal length and 154° diagonal FOV makes this lens suitable for applications where a camera needs to capture a large area from a relatively short installation distance. Its compact M12x0.5 interface allows integration into small camera housings and embedded vision platforms.
Typical applications include:
For systems where field of view must be matched precisely to sensor dimensions and working distance, the FOV Calculator can help engineers estimate the required optical coverage.
This lens is particularly suitable for:
The M12x0.5 mount provides a compact mechanical interface for camera modules where installation space is limited. Engineers selecting an M12 optical solution can also review the full M12 Lenses range for alternative focal lengths and optical configurations.
With a 154° diagonal FOV, this lens is intended for applications prioritizing broad scene coverage rather than geometrically rectified imaging. The specified horizontal distortion of < -38% should therefore be considered during system-level image processing and calibration.
For applications requiring precise dimensional measurement or lower geometric distortion, engineers should evaluate the distortion requirement together with sensor size, working distance, and field of view. The Distortion Guide provides additional information for selecting an appropriate lens architecture.
The 0.2m M.O.D. also allows the lens to image relatively close subjects while maintaining a very wide viewing angle, making it useful for compact systems that need to observe a large area from a short distance.
Designed for wide-angle embedded vision applications where broad scene coverage and compact M12 integration are required.
Q: What is the focal length of this M12 lens?
A: The focal length is 2.0mm, providing a very wide field of view for compact imaging systems.
Q: What field of view does the 2.0mm lens provide?
A: When used with the specified AR1335 sensor, the lens provides 154° diagonal, 120° horizontal, and 86° vertical FOV according to the supplied specifications.
Q: Is this lens suitable for 5MP cameras?
A: Yes. The lens is specified for 5MP resolution and is designed around the AR1335 sensor configuration.
Q: Is this a fisheye lens?
A: This product is classified primarily as a Wide Angle Lens, not a Fisheye Lens. Its 154° diagonal FOV is very wide, but the supplied specifications do not identify the optical design as fisheye or provide an F-Theta projection specification.
Q: Does this lens have low distortion?
A: No. The specified horizontal distortion is < -38%, so it should not be classified as a low-distortion lens. Applications requiring accurate geometric reproduction should account for optical distortion during system design and image processing.
Q: What mount does this lens use?
A: It uses an M12x0.5 mount, making it suitable for compact M12 camera modules and embedded vision systems.
Q: What is the minimum object distance?
A: The specified M.O.D. is 0.2m, allowing the lens to capture relatively close subjects while maintaining its wide viewing coverage.
Q: Does IRCF mean the lens is IR corrected?
A: No. IRCF refers to an IR Cut Filter configuration and should not be interpreted as an IR-corrected optical design. This lens should therefore not be classified as an IR Corrected Lens based on the supplied specification alone.
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