IR Corrected Lens – CCL13021MPR3

CCL13021MPR3 2.1mm 4MP Wide Angle M12 IR corrected lens with 155° FOV

2.1mm 4MP M12 IR Corrected Ultra Wide Angle Lens

This 2.1mm M12 IR corrected lens is designed for compact camera modules that require an ultra-wide field of view and stable imaging across changing lighting conditions. With a 155° diagonal FOV, 4MP resolution, F1.4 aperture, and M12 × 0.5 mount, this fixed focal lens combines wide-area coverage with strong light-gathering capability for smart security, IoT, embedded vision, and other compact imaging systems.

2.1mm M12 IR Corrected Lens Core Highlights

• 155° Ultra-Wide FOV for Maximum Scene Coverage — The 2.1mm focal length provides a 155° diagonal and 125° horizontal field of view, helping compact cameras capture a much larger area from short installation distances and reduce blind spots.
• F1.4 Large Aperture for Low-Light Imaging — The F1.4 aperture offers excellent light‑gathering performance for indoor monitoring and variable‑light applications.
• 4MP Resolution for Detailed Wide-Area Imaging — The 4MP optical configuration provides more image detail than standard 2MP designs, helping camera systems retain useful visual information across a broad field of view.
• IR Corrected for Consistent Imaging Across Wavelengths — The IR corrected optical design helps maintain focus consistency when the camera operates with infrared illumination, making the lens suitable for imaging systems that switch between visible and near-infrared lighting.
• M12 × 0.5 Mount for Compact Camera Integration — The standard M12 interface supports integration with compact camera modules and embedded imaging equipment where optical size and mechanical compatibility are important design considerations.

2.1mm M12 IR Corrected Lens Applications

This 2.1mm M12 IR corrected lens is particularly suited to compact cameras that need very wide scene coverage together with reliable imaging under both visible and infrared illumination. Its 155° diagonal FOV, F1.4 aperture, 4MP resolution and IR‑correction suit low‑light and variable‑lighting applications.

• Smart Video Doorbells — Its 125° horizontal FOV covers entrance‑area visitors, and IR correction enables nighttime infrared operation.
• Indoor Smart Security Cameras — The ultra-wide field of view allows a compact camera to monitor rooms, entrances, corridors, and other close-range areas. The F1.4 aperture is beneficial when indoor lighting is limited.
• Night Vision IoT Cameras — IR correction helps maintain optical focus when infrared LEDs are activated, making the lens suitable for smart cameras designed for day-and-night monitoring.
• Compact IP Camera Modules — The M12 × 0.5 mount provides a compact mechanical interface for embedded camera modules requiring a wide field of view without using a larger C-Mount or CS-Mount optical assembly.
• Embedded Vision Devices — This ultra‑wide, 4MP compact‑mount lens works for size‑sensitive connected and embedded vision products.

Compatible equipment: This lens is designed for compatible 1/3″ CMOS camera modules with an M12 × 0.5 interface, including smart doorbell cameras, compact IP camera modules, indoor security cameras, IR night-vision cameras, IoT vision devices, and embedded monitoring equipment. For projects requiring different sensor formats, focal lengths, FOVs, or optical configurations, customers can contact TOWIN for customized lens solutions.

For more compact lens options, explore TOWIN’s M12 Lenses, For security-focused applications, see the Smart Security solution page.

Frequently Asked Questions

• Q: What type of lens is this?
  A: This is a 2.1mm M12 fixed focal IR corrected ultra wide angle lens designed for 1/3″ camera sensors. It provides a 155° diagonal FOV and 4MP resolution for compact imaging applications.
• Q: What is the field of view of this 2.1mm M12 lens?
  A: The lens provides a 155° diagonal FOV, 125° horizontal FOV, and 72° vertical FOV, making it suitable for cameras that need broad scene coverage from a short installation distance.
• Q: What sensor size is compatible with this lens?
  A: The specified image format is 1/3″, so the lens is designed for compatible 1/3″ CMOS image sensors and camera modules.
• Q: What is the benefit of the F1.4 aperture?
  A: The F1.4 aperture admits more light to the sensor, ideal for indoor and low‑light scenarios to maintain bright images.
• Q: What does IR corrected mean for this lens?
  A: IR correction means the optical design is optimized to maintain more consistent focus when imaging across visible and near-infrared wavelengths. This is useful for cameras that use IR illumination for night vision.
• Q: Is this lens suitable for night vision cameras?
  A: Yes. The IR corrected design makes it suitable for camera systems that use infrared illumination, while the F1.4 aperture provides strong light-gathering capability for low-light imaging.
• Q: Is this an M12 fixed focal lens?
  A: Yes. The lens uses an M12 × 0.5 mount and has a fixed 2.1mm focal length with fixed iris and fixed zoom configuration.
• Q: Can TOWIN customize this IR corrected M12 lens?
  A: TOWIN can support customized optical solutions based on sensor format, focal length, field of view, aperture, mounting interface, IR requirements, and application conditions. Customers can contact TOWIN to discuss specific project requirements.

Related Resources

When selecting an M12 wide angle lens, the relationship between sensor size, focal length, and field of view is important. TOWIN’s Lens Selection Guide provides practical guidance for comparing optical specifications and selecting a suitable lens for a camera system.

The Sensor Guide can help engineers verify sensor and lens compatibility, while the FOV Calculator can be used to evaluate how focal length and sensor dimensions affect the viewing angle.

For systems using infrared illumination, understanding optical and wavelength-related considerations is also important. TOWIN’s Optical Design resources provide additional information for optical system development.

If you need to determine the appropriate focal length based on sensor size, working distance, and required FOV, use the Focal Length Calculator.

Browse additional lens products through TOWIN’s Products section or contact TOWIN for OEM/ODM optical requirements.

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