IR Lens for OpenMV Cam 7 (2.8mm F2.0, M12 Mount)
This M12-mount IR lens enables your OpenMV Cam 7 to detect and track infrared light, as it lacks the standard 650nm IR cut filter. It provides a 115° wide-angle field of view for computer vision applications.
Features
- Enables IR Light Detection – Removes the 650nm IR cut filter standard on OpenMV lenses, allowing the sensor to capture infrared wavelengths for specialized vision tasks.
- Wide 115° Field of View – The 2.8mm focal length provides a broad viewing angle, ideal for tracking applications in robotics or interactive systems.
- M12 x 0.5 Thread Mount – Standard industrial lens mount ensures a secure, precise fit onto the OpenMV Cam 7 and other compatible M12 camera modules.
- Fast F2.0 Aperture – Allows more light to reach the sensor, improving performance in lower-light conditions for IR-based sensing.
- Compact & Lightweight Design – Measures just 14x14x18mm and weighs 5g, making it suitable for space-constrained embedded vision projects.
Out of stock
This specialized IR lens is engineered for the OpenMV Cam 7 platform, removing the optical barrier to infrared light detection. Unlike standard lenses that incorporate a 650nm IR cut filter to mimic human color perception, this lens permits a broader spectrum of light to reach the CMOS sensor. This enables developers to implement vision systems that track IR markers, perform eye-tracking via pupil reflection, or create interactive installations using IR light sources.
The lens features a 2.8mm focal length and a fast F2.0 aperture, providing a wide 115-degree horizontal field of view and improved light gathering. Its industrial M12 x 0.5 threaded mount ensures a stable, reliable connection to the camera module, maintaining focus alignment. The compact, all-metal barrel construction is designed for integration into finished products, drones, or robotic platforms where size and weight are critical factors.
Additional Information
| Weight | 0.005 kg |
|---|---|
| Dimensions | 1.4 × 1.4 × 1.8 cm |














