Cooled Infrared Camera Module with 1024×768/10μm Resolution and HOT Technology in Compact 87×94×54.5mm Size

Engineered for high-performance thermal imaging, the GAVIN GC1010HMG cooled MWIR infrared camera core incorporates a 1024×768/10μm HOT infrared detector. Offering an upgraded sensor layout with smaller pixels relative to the GC615HMG, it achieves finer image granularity and superior detection performance.

Sophisticated image processing functions including DRC, 2D/3D noise reduction and EE edge enhancement guarantee reliable, high-quality images in complex environments. HOT technology brings significant advantages in size, weight and power: the compact 87×94×54.5mm module weighs merely 460g and consumes minimal power.

With versatile digital video interfaces and flexible RAW/YUV output options, the GC1010HMG simplifies system integration, making it an ideal thermal core for handheld devices, mobile payloads and long-running monitoring systems that demand compact packaging, energy savings and extended detection range.

• Developed based on a 1024×768/10μm large-format HOT MWIR cooled infrared detector, delivering clear images and wide field of view
• Equipped with next-generation image processing algorithms including DRC, 2D/3D noise reduction, and EE edge enhancement for superior image quality
• Smaller 10μm pixel size provides higher spatial resolution and better signal-to-noise ratio

• Supports 150K high-temperature operation, with cooling time ≤ 4min
• Compact size: 87×94×54.5mm, lightweight: 460g

• Supports CameraLink/USB3.0/GigE/HDMI/SDI/MIPI/Fiber optic interfaces
• Flexible RAW/YUV image output

The GAVIN GC1010HMG thermal camera module is widely used in many areas such as NDT, Environmental Monitoring, Long-Range Surveillance, Scientific Research etc.

A wide range of product formats including infrared detectors, camera cores, and modules to meet various integration requirements.

• Rich Product Variety: Multiple array resolutions, pixel sizes, wavebands, and lens options combinations provide greater flexibility for diverse applications.
• Outstanding Performance: Clear imaging, compact size, low power consumption, high sensitivity, and strong reliability—designed to perform under a wide range of environmental challenges.
• Easy Integration: Multiple interface options make integration straightforward and enable rapid development across multiple application fields.

MCT, also called HgCdTe, refers to Mercury-Cadmium-Tellurid which is a chemical compound of cadmium telluride (CdTe) and mercury telluride (HgTe) and a common material in photodetectors. MCT/HgCdTe detector is a photoconductive detector that operates at a cryogenic environment and can detect infrared radiation. It is more sensitive than the thermal sensors.

T2SL refers to Type-II Superlattice, which is an artificial material with alternating growth periodic heterojunction at nanometer size. It has high uniformity and superior optical property, such as large electron effective mass, large absorption coefficient and high quantum efficiency. Compared with MCT infrared detector, the T2SL infrared detector has good material uniformity, low cost, and similar performance to MCT infrared detector in medium and long wave band, but has great advantages in very long wave band.