Fisheye Lens – S6920124F

S6920124F is 12-Megapixel HD Fisheye CCTV Lens with Built-In IR Filter, M12x0.5 mount, 201° field of view, F2.4 aperture, 0.2m M.O.D. security lens.

1.9mm 12MP M12 Fisheye Lens

This 1.9mm 12MP M12 fisheye lens is designed for ultra-wide-angle imaging systems that require an exceptionally large field of view with controlled F-θ distortion. With a 201° FOV, F2.4 aperture, M12 × 0.5 mount, and compatibility with the IMX676 imaging platform, it is well suited for panoramic vision, robotics, AI perception, and compact wide-area imaging devices.

With its 201° field of view, this lens is designed for applications requiring near-surrounding scene coverage from a single camera. Engineers can use the FOV Calculator to evaluate scene coverage and determine whether this ultra-wide optical configuration matches their camera installation requirements.

Product Core Highlights

• 201° Ultra-Wide FOV: Provides exceptionally broad scene coverage from a single camera.
• 12MP High Resolution: Supports detailed imaging for advanced vision and perception systems.
• <1% F-θ Distortion: Provides controlled geometric performance for an ultra-wide optical design.
• 1.9mm Fisheye Optics: Enables near-surrounding environmental imaging in compact camera systems.
• M12 × 0.5 Mount: Simplifies integration into compact embedded camera modules.

1.9mm 12MP M12 Fisheye Lens Applications

Core Application Scenes

This 12MP M12 fisheye lens is designed for imaging systems where conventional wide-angle optics cannot provide sufficient scene coverage. Its 201° diagonal, horizontal, and vertical FOV allows a single camera to capture an exceptionally broad surrounding environment, reducing the need for multiple cameras in applications that require extensive spatial awareness.

For robotics vision, the ultra-wide perspective can provide a compact mobile robot with broad environmental visibility. It can be used for visual perception modules that need to monitor surrounding obstacles, nearby objects, and changes in the robot’s immediate environment while maintaining a compact camera architecture.

In panoramic imaging, the 201° FOV makes the lens suitable for cameras designed to capture extremely broad scenes from a single optical position. The 12MP resolution also provides additional image detail for downstream image processing, panoramic stitching, and AI-based scene analysis.

The lens is also suitable for embedded AI vision devices where camera size and viewing coverage are both important design constraints. Its M12 × 0.5 mount and 15.92mm T.T.L. provide a practical optical configuration for compact camera modules.

For engineers comparing fisheye and conventional wide-angle optics, the Lens Selection Guide provides useful information on evaluating focal length, sensor format, field of view, and optical requirements.

Compatible Device List

• Robotics Vision Cameras: Suitable for mobile robots and autonomous platforms requiring broad environmental visibility.
• Panoramic Camera Modules: The 201° FOV supports extremely wide scene capture from a compact camera position.
• AI Vision Devices: Compatible with embedded vision platforms that use high-resolution image data for scene understanding and visual perception.
• 360° and Surround-View Imaging Systems: The extremely wide FOV can help reduce blind areas when combined with suitable image-processing algorithms or multiple camera configurations.
• Compact Industrial Cameras: The M12 × 0.5 mounting interface supports integration into space-constrained industrial imaging assemblies.
• OEM Camera Modules: Suitable for customized vision equipment where high resolution and exceptionally wide optical coverage are required.

For robotic and autonomous imaging applications, TOWIN’s Robotics Vision solutions provide additional information about optical systems used in robotic perception.

The lens can also be evaluated for Machine Vision applications where an extremely wide field of view is required for specialized inspection or visual sensing tasks.

Designed for panoramic imaging, robotics vision, AI perception, and ultra-wide-angle embedded camera applications.

Frequently Asked Questions

Q: Is this a fisheye lens?
A: Yes. With a 201° field of view in the specified IMX676 configuration, this lens is designed as an M12 fisheye lens for extremely wide-angle imaging applications.

Q: What is the focal length of this M12 fisheye lens?
A: The lens has a fixed 1.9mm focal length, providing an exceptionally wide field of view.

Q: What is the field of view of the 1.9mm lens?
A: With the specified IMX676 configuration, the FOV is 201° diagonal, 201° horizontal, and 201° vertical.

Q: What resolution does this fisheye lens support?
A: The lens is specified for 12MP resolution, making it suitable for high-resolution panoramic, robotics, and AI vision systems.

Q: What does the <1% F-θ distortion specification mean?
A: F-θ distortion describes the deviation between the ideal angular image position and the actual image position. A specification below 1% indicates tightly controlled distortion performance for an extremely wide-angle optical system.

Q: What sensor is this lens designed for?
A: The provided specification identifies the Sony IMX676 as the reference sensor configuration, with a maximum image format diameter of Φ6.9mm.

Q: What mount does this fisheye lens use?
A: It uses an M12 × 0.5 mount, which is commonly used for compact embedded camera and vision modules.

Q: Is the lens IR corrected?
A: The specification lists IRCF for this lens. This confirms an IR‑cut filter setup, and designers should not treat it as full IR correction for near‑infrared imaging.

Online contact