Flir Teledyne HADRON 640R Nvidia Nano Test Kit
The Teledyne FLIR Hadron 640R Nvidia Nano Test Kit provides developers with a comprehensive evaluation platform to quickly integrate high-performance thermal and visible imaging into robotic and unmanned systems. This specialised development kit streamlines the connection between the dual-camera module and the powerful NVIDIA Jetson Nano processor.
Key Features
- Designed for rapid evaluation and integration of the Hadron 640R dual thermal and visible camera module
- Optimised for seamless compatibility with the NVIDIA Jetson Nano developer platform
- Includes essential interface hardware, cabling, and software resources to accelerate development workflows
- Enables advanced radiometric thermal imaging assessment for unmanned aerial vehicles and robotic applications
- Compact and robust design suitable for benchtop testing and prototyping
By simplifying the hardware and software setup, this kit significantly reduces development time and technical complexity for engineers. It is the ideal solution for creating next-generation autonomous systems requiring sophisticated thermal sensing capabilities.
At a glance
The Teledyne FLIR Hadron 640R Nvidia Nano Test Kit provides developers with a comprehensive evaluation platform to quickly integrate high-performance thermal and visible imaging into robotic and unmanned systems. This specialised development kit streamlines the connection between the dual-camera module and the powerful NVIDIA Jetson Nano processor.
Key Features
- Designed for rapid evaluation and integration of the Hadron 640R dual thermal and visible camera module
- Optimised for seamless compatibility with the NVIDIA Jetson Nano developer platform
- Includes essential interface hardware, cabling, and software resources to accelerate development workflows
- Enables advanced radiometric thermal imaging assessment for unmanned aerial vehicles and robotic applications
- Compact and robust design suitable for benchtop testing and prototyping
By simplifying the hardware and software setup, this kit significantly reduces development time and technical complexity for engineers. It is the ideal solution for creating next-generation autonomous systems requiring sophisticated thermal sensing capabilities.
