

1.5mm 8MP M12 fisheye automotive lens with 230° FOV, F2.0 aperture, IP68 protection, and M12X0.5 mount for ultra-wide vehicle imaging.
S01512323020 is 8-Megapixel M12 fisheye lens, F2.0 aperture, IP68 Waterproof Automotive Lens, and 1/2.3″ sensor compatibility, Suitable for security Surveillance.
| IMAGE SIZE | Φ4.7 |
| FOCAL LENGTH | 1.5mm |
| 1/2.3″ | 230°(D) |
| 230°(H) | |
| 230°(V) | |
| RESOLUTION | 8 MegaPixel |
| DISTORTION | <-25% |
| APERTURE | F2.0 |
| MOUNT | M12X0.5 |
| IRIS | Fixed |
| FOCUS | Manual |
| ZOOM | Fixed |
| T.T.L. | 14.8mm |
| CONSTRUCTION | 6G |
| WATERPROOF | IP68 |
This 1.5mm 8MP M12 fisheye automotive lens is designed for ultra-wide-angle vehicle imaging, delivering a 230° field of view with a compact M12X0.5 mount. With F2.0 aperture, IP68 waterproof protection, and 8-megapixel resolution support, it is well suited for automotive camera modules that require extremely wide scene coverage in a compact optical package.
This 1.5mm M12 fisheye automotive lens is engineered for vehicle-mounted imaging systems where extremely wide scene coverage is more important than maintaining low geometric distortion. Its 230° field of view allows a single compact camera module to capture a very large surrounding area, making it suitable for close-range environmental awareness and panoramic vehicle imaging.
The combination of an ultra-short 1.5mm focal length and 8MP resolution is particularly useful for compact automotive camera modules installed around the front, rear, side, or roof areas of a vehicle. The fisheye optical design can capture a broad surrounding scene while reducing the number of camera positions required for certain monitoring configurations.
With IP68 protection, the lens is also designed for exposure to rain, road splash, dust, and other outdoor conditions. This makes it suitable for vehicle-mounted imaging equipment that operates continuously in changing weather and road environments.
For broader automotive perception requirements, this lens can also complement ADAS solutions where an extremely wide viewing angle is required for close-range scene acquisition.
Designed for ultra-wide-angle automotive imaging, vehicle-mounted panoramic cameras, and compact outdoor vision modules.
For engineers selecting an M12 optical solution, the M12 Lens product range provides additional compact lens options for different field-of-view and application requirements.
Q: What type of lens is this 1.5mm M12 lens?
A: It is an ultra-wide-angle M12 fisheye automotive lens with a 1.5mm focal length and 230° field of view.
Q: What sensor size is this lens designed for?
A: The lens is designed for 1/2.3″ sensors with an image size of Φ4.7 mm.
Q: What is the field of view of this fisheye lens?
A: The specified field of view is 230° diagonal, 230° horizontal, and 230° vertical, providing extremely wide scene coverage.
Q: Does this lens have low distortion?
A: No. This lens uses a fisheye optical design, with specified distortion below -25%. It should therefore not be classified as a low-distortion lens.
Q: Is this lens suitable for automotive applications?
A: Yes. The lens is designed for vehicle-mounted imaging and combines an ultra-wide 230° FOV with IP68 protection for demanding outdoor automotive environments.
Q: Is the aperture adjustable?
A: No. The lens uses a fixed F2.0 aperture and fixed iris configuration.
Q: Is the lens waterproof?
A: Yes. The lens has an IP68 waterproof rating, making it suitable for outdoor camera systems exposed to water, dust, and road spray.
Q: Can this lens be customized for an automotive camera module?
A: The M12X0.5 mechanical interface provides a compact integration platform, and customized optical, mechanical, or coating configurations can be discussed according to the camera module requirements. For specific requirements, please contact Towin.
Choosing an ultra-wide-angle lens requires consideration of sensor size, image coverage, focal length, and installation geometry. Engineers can refer to the Sensor Guide when checking sensor compatibility and use the Lens Selection Guide when comparing different optical configurations.
For projects where the required focal length depends on the target coverage distance, the FOV Calculator can help estimate the relationship between focal length, sensor size, and field of view.
For additional information about optical performance and lens design considerations, see the Lens Basics and Optical Design sections of the Towin Knowledge Center.
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