M1218-APVSW2

Wide spectral range anti reflective coating technology

Technical implementation: Adopting a multi-layer nanoscale coating process, the average transmittance of over 98% is achieved in the 800nm to 1700nm shortwave infrared (SWIR) band, significantly reducing surface reflection loss and breaking through the efficiency bottleneck of traditional coatings in near-infrared to mid infrared.

Image quality optimization and sensor adaptation

Resolution characteristics: Adopting an asymmetric double Gaussian correction group design, the center MTF is achieved on a 16 million pixel sensor with a MTF greater than 60% @ 150lp/mm and edge resolution attenuation less than 15%, meeting the fine spectral separation requirements of hyperspectral imaging.

Target matching: Accurate coverage of 15 μ m pixel size, 1/1.8 inch target sensor, eliminating edge vignetting and off-axis aberration, ensuring global clarity of 650 × 512 pixel array, especially suitable for the SWIR imaging characteristics of InGaAs sensors.

Night monitoring and low light imaging

Night monitoring: Infrared lenses can provide clear images in completely dark environments, which ordinary lenses cannot achieve. Infrared lenses capture the infrared radiation emitted by objects, generating thermal images that can be clearly imaged even in the absence of visible light.

Low light imaging: Under low light conditions, infrared lenses can provide clearer images than ordinary lenses because they are more sensitive to infrared light.

Hardware installation guidance:

Guide customers to complete the installation of the camera, including mechanical fixation, line layout, interface connection, etc.

Software debugging:

• Provide installation support for camera drivers and software platforms.
• Assist in configuring parameters such as exposure, gain, frame rate, etc. to ensure the best effect of the camera in actual application.
• Interface with the customer's host computer software system to ensure smooth data acquisition and processing.