Brief: Follow along for a hands-on demonstration that highlights performance points of the GAVIN1212 Cooled IR Camera Module Core. This video showcases its long-range detection capabilities with a 1280x1024 resolution and 12μm pixel pitch, ideal for airborne and shipborne EO-IR systems. You'll see how its embedded image processing delivers sharp thermal imagery and how it integrates seamlessly with various optical zoom lenses.
Related Product Features:
Features a 1280x1024 resolution with 12μm pixel pitch for superior image detail and wider field of view.
Equipped with an MCT MWIR detector and RS058F cryocooler for high sensitivity with NETD ≤20mK.
Supports long-range detection and is ideal for airborne and shipborne EO-IR system integration.
Offers multiple image output options including DVP, Cameralink, HDMI in RAW or YUV formats.
Includes embedded image processing algorithms like NUC, AGC, and IDE for clear thermal images.
Operates within a wide temperature range of -40°C to +60°C and withstands high vibration and shock.
Available with various continuous zoom lenses, including 37.5~750mm, and fixed focal length options.
Designed for easy integration with standard interfaces and low power consumption of 16W.
FAQs:
What is an MCT/HgCdTe detector and why is it used in this module?
MCT, or Mercury-Cadmium-Telluride (HgCdTe), is a compound used in photodetectors that operates in a cryogenic environment to detect infrared radiation. It is more sensitive than thermal sensors, making it ideal for the GAVIN1212 module to achieve high sensitivity and clear thermal imaging in MWIR applications.
What types of optical lenses are compatible with the GAVIN1212 camera module?
The GAVIN1212 module supports a variety of continuous zoom lenses, such as the 37.5~750mm/F4, and fixed focal length lenses including 19mm/F2, 40mm/F2, and 240mm/F2, allowing flexibility for different long-range detection scenarios.
How does the GAVIN1212 module handle image processing and output?
The module includes embedded image processing algorithms like NUC, AGC, and IDE, and provides digital video output through HDMI in YUV format or Cameralink in 16-bit RAW/YUV, ensuring sharp and adaptable thermal imagery for various integration needs.