For a long time, medical and industrial enterprises have been promoting medical imaging, surgical robots, and industry AI Automation and other applications face many limitations due to the lack of speed and capability of edge systems to process real-time data, or the inability to safely run multiple generative systems without affecting performance AI Model.
IGX Thor By providing powerful and reliable solutions tailored for the industrial and medical fields AI Computational power has overcome these challenges. This platform has real-time intelligent processing, seamless data connection, and built-in security protection functions.
This platform is equipped with two models NVIDIA Blackwell GPU—— integration GPU (iGPU) And independence GPU (dGPU)， 5581 can be provided FP4 TFLOPS of AI Computational power and support for 400 GbE connect. and NVIDIA IGX Orin comparison, IGX Thor in iGPU on AI The computing power can be increased by 8 times dGPU Up to 2.5 times higher, and at the same time, the connectivity performance is improved by 2 times, allowing seamless operation of large language models and visual language models at the edge.
This industrial grade platform provides 10-year product lifecycle support and NVIDIA AI Long term technical support for the software stack ensures both enterprise and physical support AI Applications can maintain acceleration and safe operation even in the most challenging environments. IGX Thor Can support running NVIDIA AI Enterprise Software stack, including physical acceleration from cloud to edge devices AI Application Development NVIDIA NIM Microservices, used for robot development NVIDIA Isaac、 Used for visual purposes AI of NVIDIA Metropolis And for sensor processing NVIDIA Holoscan。
Besides, NVIDIA IGX Thor Will also NVIDIA Halos Integrating elements of a full stack security system into robot development, healthcare, and industry AI In the system, onboard and infrastructure sensors are utilized to ensure traditional and external safety, achieving reliable human-machine collaboration.