TRIMER™ - THERMAL IMAGING CORE

DCT offers a series of high quality, compact, power-optimized and 100% Indigenous LWIR Thermal Imaging Cores (Trimer™) which can be used as the main building block of any Thermal Imaging based product. It is customizable for specific requirements of mechanical form factor, lens mount, video & control interface etc.

Leverage modular PCB assemblies paired with versatile SDKs to accelerate proof of concept, performance validation, and deployment. Build, test, and launch field-ready embedded products with speed and efficiency.

This has opened up opportunities to make otherwise 'invisible' details in a scene, become 'visible' for humans as well as machines. It is now widely used for Night Vision (surveillance, situational awareness etc.) and Thermography (for inspection and analysis of industrial, medical, agricultural etc.) applications.

Compared to the Cooled MWIR detectors (which are to be kept at around -200°C, using cryo-coolers), the (un-cooled) LWIR detectors can be operated at ambient temperature without cooling.

Microbolometer with good Thermal IR sensitivity (LWIR of wavelength 8-14 μM) are widely used for SWAP-C optimized thermal imaging.

Thermal imaging signal processing (TISP), which is also called "Thermal Engine" is the "core" of any thermal camera. This core provides pixel scan timing signals to the detector and collects the stream of signals from every pixel of the detector and does necessary signal conditioning and "Image Signal Processing" (ISP) to transform it into a standard, good-quality digital video stream with details for "thermal vision". Rest of the camera's electronics takes this video stream and displays it as live visible video on any video display device and/or does encoding, streaming, image analysis like object detection, identification, tracking etc. as required for specific application use cases.