Teledyne Teledyne FLIR Hadron 640R Qualcomm 865 Test Kit 421-0094-00

The kit typically includes Teledyne FLIR's proprietary software libraries and drivers optimized for the Qualcomm Snapdragon 865 platform, providing low-level camera control, image capture, and radiometric data access. Developers use these APIs within the Snapdragon Neural Processing SDK or Qualcomm's Hexagon DSP framework to build computer vision and AI inference pipelines. Integration guides and sample code for object detection and temperature analysis are usually provided to accelerate application development on Android or embedded Linux environments.

The Hadron 640R kit's hardware and driver stack is designed to provide hardware-triggered synchronization of the thermal LWIR and 64MP EO sensor outputs. Using the provided MIPI CSI-2 interfaces, the Snapdragon 865's Image Signal Processor (ISP) can receive aligned frames. Developers can then utilize the Teledyne FLIR SDK to access timestamp-matched image pairs, enabling pixel-level fusion algorithms for tasks like overlaying thermal hotspots on high-resolution visual maps within your AI application.

While exact figures depend on configuration, the Hadron 640R is designed for low-power operation from a 5V supply, suitable for mobile and drone applications. At its maximum 60 Hz frame rate with both sensors active, expect higher current draw; precise consumption should be verified in the detailed datasheet. For power-sensitive designs, the SDK allows adjusting frame rate, resolution, and sensor on/off cycles to manage power budgets effectively during operation.