Fisheye Lens – CCL132010MPFR

CCL132010MPFR Fisheye HD lens waterproof M12 mount lens 1/3.2″ Φ2.9 205° F2.2 for 4MP OV4689 360 AR panoramic camera

4MP 1.0mm 205° M12 Fisheye Lens

This 4MP 1.0mm M12 fisheye lens is designed for ultra-wide imaging applications requiring exceptional scene coverage from a compact camera module. With a 205° field of view, F2.2 fixed aperture, 1/3.2″ image format, and M12x0.5 mount, it is suitable for panoramic monitoring, embedded vision, robotics, smart devices, and other space-constrained imaging systems. The lens incorporates a 6G optical design with an IR cut component for visible-light imaging.

M12 Fisheye Lens Core Highlights

• 205° Ultra-Wide FOV: Captures an exceptionally broad scene for panoramic and surround-view imaging.
• 4MP Resolution: Supports detailed image capture with compatible 1/3.2″ sensors such as OV4689.
• 1.0mm Focal Length: Provides extreme wide-angle coverage in a compact optical configuration.
• Compact M12x0.5 Mount: Simplifies integration into small embedded camera modules and vision devices.
• F2.2 Fixed Aperture: Provides a stable optical configuration for dedicated ultra-wide imaging systems.

M12 Fisheye Lens Applications

Panoramic and Surround-View Cameras

The 205° field of view makes this lens particularly suitable for applications where a single camera needs to cover a very large area. It can be integrated into panoramic cameras, surround-view modules, indoor spatial monitoring equipment, and compact panoramic imaging devices.

For systems where field of view needs to be evaluated against sensor dimensions and installation distance, the FOV Calculator can help engineers estimate the required optical coverage.

Robotics and Mobile Vision

The extremely wide viewing angle can help mobile robots and compact robotic platforms observe a large surrounding area without requiring multiple cameras. It can be used for environmental awareness, obstacle observation, navigation assistance, and compact robotic vision modules.

Explore TOWIN’s Robotics Vision solutions for more information about optical configurations for robotic imaging systems.

Smart Security and Spatial Monitoring

This lens is suitable for compact security cameras and embedded monitoring equipment where broad scene coverage is more important than conventional perspective imaging. The 205° FOV can reduce blind spots and support wide-area monitoring from a single camera position.

For application-specific security imaging requirements, see TOWIN’s Smart Security lens solutions.

Compatible Devices

This lens can be integrated with compatible 1/3.2″ CMOS camera modules, OV4689-based camera systems, M12 camera boards, panoramic cameras, robotic vision modules, embedded monitoring devices, smart security cameras, and compact wide-angle imaging equipment.

When selecting a lens for a specific sensor, refer to the Sensor Guide and Lens Selection Guide.

Optical Design Considerations

The 205° field of view and <-117% optical distortion indicate an extreme fisheye optical configuration. Such a design prioritizes maximum scene coverage rather than maintaining conventional rectilinear geometry. This makes the lens suitable for panoramic and spatial-awareness applications where extremely wide coverage is the primary requirement.

Engineers working with fisheye systems should consider the required projection model, image correction method, sensor compatibility, and final image-processing workflow during lens selection. TOWIN’s Optical Design resources provide additional guidance for optical system development.

For more information about distortion characteristics and their effect on imaging, see the Distortion Guide.

Frequently Asked Questions

Q: What is the field of view of this 1.0mm M12 lens?
A: This lens provides a 205° field of view in diagonal, horizontal, and vertical directions, making it suitable for extreme wide-angle and fisheye imaging applications.

Q: What sensor is this lens designed for?
A: The lens is specified for a 1/3.2″ image format and is listed with the OV4689 sensor. System designers should verify the actual sensor’s active area and mechanical compatibility before integration.

Q: Is this a fisheye lens?
A: Yes. The 1.0mm focal length and 205° field of view place this lens in the ultra-wide fisheye category, making it suitable for applications requiring exceptionally broad scene coverage.

Q: Is this lens a low-distortion lens?
A: No. The specified optical distortion is below -117%, which is characteristic of an extreme fisheye optical design. It should not be positioned as a conventional low-distortion lens.

Q: What mount does this lens use?
A: The lens uses an M12x0.5 mount, a compact threaded interface commonly used with embedded camera modules and small-form-factor vision systems.

Q: Does this lens have a fixed focal length?
A: Yes. The focal length is fixed at 1.0mm, and the iris is also fixed with an F2.2 aperture.

Q: Can this lens be used for panoramic imaging?
A: Yes. Its 205° field of view is particularly suitable for panoramic cameras, surround-view systems, spatial monitoring, robotics, and other applications requiring extremely wide scene coverage.

Q: Does the IR cut component mean this is an IR-corrected lens?
A: No. This lens includes an IR cut component, but that is different from an IR-corrected optical design. Systems requiring near-infrared imaging should use an optical configuration specifically designed for the required IR wavelength.

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