Wide Angle Lens – M600914012620F

M600914012620F is Low distortion wide angle 5-megapixel CCTV lens with Built-In IR Filter, 147° 1/4″ F2.0 M6.5X0.25 mount, suitable for security surveillance.

0.9mm M6.5 5MP Wide Angle Lens

This 0.9mm M6.5 wide angle lens is a compact 5MP ultra-wide-angle lens designed for camera systems requiring extremely broad scene coverage from a small optical package. Delivering 147° diagonal FOV, 126° horizontal FOV, and 103° vertical FOV for a 1/4″ sensor, its 0.9 mm focal length fits panoramic, surrounding‑area, and compact wide‑view imaging applications perfectly.

Product Highlights at a Glance

• 147° diagonal FOV delivers extremely broad scene coverage.
• 0.9mm focal length enables ultra-wide imaging from a compact optical assembly.
• 5MP resolution supports detailed imaging for high-resolution camera modules.
• F2.0 aperture provides efficient light collection for wide-angle imaging.
• 4G2P + IRCF optical structure combines multi-element optical design with infrared-cut filtering.

0.9mm M6.5 Wide Angle Lens Applications

Core Application Scenes

This 0.9mm 5MP wide angle lens is designed for imaging systems where maximizing scene coverage is a primary requirement. Its 147° diagonal field of view enables compact cameras to capture an extremely broad surrounding area. This performance works especially well for fixed‑mount installation positions where the camera must observe maximum environmental coverage.

The lens is well suited to compact panoramic cameras, embedded wide-view camera modules, robotic perception systems, indoor monitoring devices, smart IoT cameras, and space-constrained vision equipment. The 0.9mm focal length and 126° horizontal FOV are especially useful for applications where a wide horizontal viewing area is needed from a relatively small camera module.

For short‑distance imaging, the 12 mm minimum object distance delivers flexible operation when mounting the lens close to target scenes. This performance benefits compact electronic equipment, interactive devices, small robotic platforms and other systems that cannot place cameras far from monitored areas.

The F2.0 aperture also provides a useful balance between compact optical construction and light-gathering capability. Combined with the 5MP resolution specification, the lens can support camera systems that need both very wide coverage and higher-resolution image capture.

The optional 8mm × 8mm holder provides an additional mechanical configuration for projects requiring a specific compact housing arrangement. This makes the lens suitable for customized camera modules where both optical performance and mechanical integration need to be considered during product development.

Designed for ultra-wide panoramic imaging, compact environmental awareness, and broad-area embedded vision applications.

Compatible Device List

• Panoramic Camera Modules: The 147° diagonal FOV is suitable for compact cameras requiring broad environmental coverage.
• Embedded IoT Cameras: The compact optical configuration can be integrated into smart devices requiring wide-area visual monitoring.
• Robotic Vision Systems: The wide FOV can help compact robots capture a larger portion of their surrounding environment for perception and navigation-related tasks.
• Compact Monitoring Devices: Suitable for short-range monitoring where a single small camera needs to cover a broad area.
• Customized Camera Assemblies: The M6.5 × 0.25 mount and optional 8mm × 8mm holder provide defined mechanical options for customized camera housing designs.

For engineers comparing compact threaded lens solutions, Towin’s Other Mount Lenses provides additional mounting configurations, while the M12 Lenses category covers a wide range of compact M12 optical solutions.

When designing an ultra-wide camera, the relationship between sensor format, focal length, and field of view is particularly important. Towin’s Sensor Guide provides information about matching lenses with image sensors, while the Lens Selection Guide covers the major optical parameters engineers should consider when selecting a lens.

Because wide angle optics intentionally provide an extremely broad field of view, engineers may also need to understand how optical distortion changes across the image. The Distortion Guide provides additional information about lens distortion and its effect on image geometry.

For initial optical system calculations, the FOV Calculator can also be used to evaluate the relationship between focal length, sensor dimensions, and viewing coverage.

Frequently Asked Questions

Q: Is the 0.9mm lens a wide angle lens?
A: Yes. With a 147° diagonal FOV, 126° horizontal FOV, and 103° vertical FOV on a 1/4″ sensor, this lens is classified as a wide angle lens for ultra-wide-angle imaging applications.

Q: What is the field of view of this 0.9mm wide angle lens?
A: On a 1/4″ sensor, the specified FOV is approximately 147° diagonal, 126° horizontal, and 103° vertical.

Q: What resolution does this wide angle lens support?
A: The lens is specified for 5 Megapixel imaging and supports a maximum image format of Φ4.8mm.

Q: What is the distortion specification of this lens?
A: The specified TV distortion is less than -9.5%. This optical characteristic is consistent with the lens’s ultra-wide-angle wide angle design and should not be confused with a low distortion lens.

Q: What is the minimum object distance of the 0.9mm lens?
A: The M.O.D. is 12mm, allowing the lens to be used for relatively close-range wide-area imaging.

Q: What is the purpose of the IRCF?
A: IRCF refers to an infrared cut filter. It helps block unwanted infrared wavelengths from reaching the image sensor and is commonly used in visible-light camera modules.

Q: What mounting interface does this lens use?
A: The lens uses an M6.5 × 0.25 mounting thread. An optional 8mm × 8mm holder is also available for specific mechanical integration requirements.

Q: Can this wide angle lens be customized for a specific camera module?
A: Custom optical and mechanical configurations can be evaluated according to the required sensor, FOV, focal length, mounting interface, holder configuration, housing dimensions, and application requirements. For project-specific requirements, contact Towin through the Contact page.

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