In the realm of CCTV (Closed-Circuit Television) systems, selecting the right lens is crucial for achieving optimal image quality and performance. Today, we’re excited to introduce the M12 8mm CCTV lens with IR corrected technology—a lens that stands out for its exceptional clarity, versatility, and advanced features.

Product Overview

The M12 8mm CCTV lens, specifically the CCL13080MPR model, is a high-definition (HD) board lens designed for use with M12 S-mount systems. It boasts an 8mm focal length, making it suitable for a wide range of CCTV applications, from indoor surveillance to outdoor monitoring. What sets this lens apart is its IR corrected design, ensuring superior image quality even in low-light or infrared illumination conditions.

Key Parameters

Image Format and Sensor Compatibility

• Image Format: 1/3 inch, a common size for CCTV lenses, ensuring compatibility with a wide range of cameras.
• Sensor: 1/3″ E.F.L. (Effective Focal Length) 8mm, providing a seamless match with corresponding sensors for optimal image capture.

Optical Performance

• Focal Length: 8mm, offering a balanced field of view for both close-up and distant subjects.
• F.O.V. (Field of View):
  • Diagonal: 43°
  • Horizontal: 34°
  • Vertical: 26
    • These angles provide a comprehensive view of the monitored area, reducing the need for multiple cameras.
• Resolution: 12 MP (Megapixels), delivering crystal-clear images with fine detail.
• Aperture: F1.8, allowing ample light to reach the sensor for bright, well-exposed images.
• Distortion: -9%, minimizing image distortion for accurate representation of the scene.

Construction and Design

• Mount: M12 S-mount, a compact and versatile mount type commonly used in CCTV applications.
• Iris: Fixed, ensuring consistent exposure without the need for manual adjustments.
• Focus: Manual, providing precise control over the focus point for sharp images.
• Zoom: Fixed, maintaining a consistent field of view without the complexity of variable zoom lenses.
• B.F.L. (Back Focal Length): 10.02mm, crucial for proper image formation on the sensor.
• T.T.L. (Total Track Length): 39.9mm, indicating the lens’s physical length from front to back.
• Construction: 7G (7 elements in 5 groups), a sophisticated optical design that enhances image quality and reduces aberrations.

IR Corrected Technology

One of the standout features of the CCL13080MPR lens is its IR corrected design. This technology ensures that the lens performs optimally under infrared illumination, which is commonly used in low-light CCTV applications. By correcting for the wavelength shift that occurs with IR light, the lens maintains focus and image clarity, even in complete darkness when paired with an IR illuminator.

Advantages

• High Resolution: With a 12 MP resolution, this lens captures images with exceptional detail, making it ideal for applications where fine details are crucial, such as facial recognition or license plate reading.
• Wide Field of View: The 43° diagonal field of view provides a broad perspective, reducing the number of cameras needed to cover a large area.
• IR Compatibility: The IR corrected design ensures reliable performance in low-light conditions, enhancing the lens’s versatility and usability.
• Compact and Lightweight: The M12 S-mount design makes this lens compact and lightweight, facilitating easy installation and integration into existing CCTV systems.
• Durable Construction: The 7G optical construction ensures durability and long-term reliability, even in demanding environments.

Conclusion

The M12 8mm CCTV lens with IR corrected technology is a top-tier choice for professionals seeking high-quality, versatile, and reliable lenses for their CCTV systems. With its exceptional optical performance, IR compatibility, and compact design, this lens is poised to enhance the capabilities of any surveillance setup. Whether you’re monitoring a small office space or a large outdoor area, the CCL13080MPR lens is sure to meet and exceed your expectations.

For more information and to purchase this remarkable lens, please visit the product page.