Fisheye Lens – CCL123010MPF

CCL123010MPF Fisheye CCTV HD lens 1/2.3″ Φ4.4 245° 10MP M12 lens F2.8 UAV drone sports camera

10MP 1.0mm 245° M12 Fisheye Lens

This 10MP 1.0mm M12 fisheye lens delivers an ultra-wide 245° field of view in diagonal, horizontal, and vertical directions, making it suitable for panoramic imaging, spatial monitoring, robotics, and compact vision devices. With F-Theta distortion below -1.6%, F2.8 aperture, and an M12x0.5 mount, it combines extremely wide coverage with controlled geometric distortion.

M12 Fisheye Lens Core Highlights

• 245° ultra-wide field of view for exceptional scene coverage.
• 10MP resolution supports detailed image capture.
• 1.0mm fixed focal length for compact ultra-wide vision systems.
• F-Theta distortion below -1.6% helps maintain controlled image geometry.
• M12x0.5 mount simplifies integration into compact camera modules.

M12 Fisheye Lens Applications

• Panoramic and Surround-View Imaging
  Its 245° field of view lets one camera capture an exceptionally large area. This lens fits panoramic monitoring, surround‑view imaging and spatial observation systems that prioritize minimal blind spots. Its 1.0 mm focal length delivers wide scene coverage within a compact optical assembly.
• Compact Smart Security Devices
  This M12 fisheye lens fits compact security cameras, indoor panoramic cameras, ceiling‑mounted monitors and smart vision terminals. Its ultra‑wide coverage works well for single‑camera monitoring of rooms, entrances, retail spaces and other confined environments at short mounting distances.
• Robotics and Mobile Vision Systems
  Robots and mobile platforms can benefit from the extremely wide viewing angle when detecting surrounding objects, monitoring movement, or supporting navigation-related vision tasks. The 10MP resolution provides additional image detail for systems that require broad coverage without sacrificing imaging resolution.
• Industrial and Spatial Monitoring
  The lens can be used in compact industrial imaging equipment where a large field of view is required at close working distances. With an M.O.D. of 0.1m, it is suitable for applications that need to observe nearby objects or a large surrounding area from a relatively short distance.
• Panoramic IoT and Embedded Vision Devices
  The compact M12x0.5 interface makes the lens suitable for embedded camera modules, IoT vision devices, smart monitoring terminals, and other products where installation space is limited. The fixed F2.8 aperture provides a straightforward optical configuration for dedicated imaging equipment.
• Compatible Devices
  This lens is designed around a 1/2.3″ image format and can be integrated with compatible 1/2.3″ CMOS camera modules, compact panoramic cameras, embedded vision systems, robotic vision modules, smart security cameras, industrial monitoring devices, and other M12-based imaging equipment. For sensor matching and field-of-view planning, refer to the Sensor Guide and use the FOV Calculator to evaluate system requirements.

Lens Selection and Optical Integration

• Choosing an ultra-wide lens requires more than simply comparing focal length. Sensor format, required field of view, working distance, distortion characteristics, and mechanical dimensions should all be considered during system design. The Lens Selection Guide provides additional guidance for matching an industrial lens with the camera and application.
• With a 245° field of view, this lens is particularly suited to systems where maximum scene coverage is more important than conventional perspective rendering. Its F-Theta distortion specification helps control the relationship between image position and viewing angle, which can be important in applications involving panoramic or spatial image processing. More information about optical distortion can be found in the Distortion Guide.
• The M12x0.5 mount also makes this product part of TOWIN’s compact M12 Lens portfolio, providing a practical option for embedded camera manufacturers and OEM vision-system developers.

Frequently Asked Questions

• Q: What is the field of view of this M12 fisheye lens?
  A: This lens provides a 245° field of view in diagonal, horizontal, and vertical directions, making it suitable for extremely wide-area imaging and panoramic vision applications.
• Q: What sensor size is this lens designed for?
  A: The lens is designed for a 1/2.3″ image format with a Φ4.4 image circle, making it suitable for compatible 1/2.3″ CMOS camera sensors.
• Q: Is this a fixed focal length lens?
  A: Yes. The lens has a fixed 1.0mm focal length and a fixed iris with an F2.8 aperture, providing a dedicated optical configuration for ultra-wide imaging applications.
• Q: Is this lens suitable for panoramic imaging?
  A: Yes. Its 245° field of view is particularly suitable for panoramic, surround-view, spatial monitoring, and other applications requiring exceptionally broad scene coverage.
• Q: Does this lens have low distortion?
  A: The specified F-Theta distortion is below -1.6%. This controlled distortion performance can be beneficial in ultra-wide imaging systems where predictable image geometry is important.
• Q: What type of camera mount does this lens use?
  A: The lens uses an M12x0.5 mount, which is widely used in compact embedded cameras, industrial vision modules, security cameras, and other small-form-factor imaging devices.
• Q: Does this lens support infrared imaging?
  A: This configuration includes an IR cut component. It should therefore not be described as an IR-corrected lens; systems requiring near-infrared imaging should confirm the required optical configuration before selection.
• Q: Can TOWIN customize this M12 fisheye lens?
  A: TOWIN can evaluate customized optical requirements such as focal length, field of view, sensor compatibility, mechanical dimensions, and other application-specific specifications. Contact TOWIN to discuss your project requirements.

Related TOWIN Resources

• Explore the full M12 Lens product range for additional compact lens configurations.
• Learn more about Robotics Vision solutions for wide-field robotic imaging applications.
• Explore Smart Security solutions for compact surveillance and monitoring systems.
• Review the Optical Design resources for lens integration and optical system development.
• Use the Focal Length Calculator when evaluating focal length requirements for a new imaging system.
• For customized optical requirements, Contact TOWIN to discuss your lens project.

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