Nvidia and Arrow Electronics offer new AI Jetson Xavier’s computer to the world’s major markets

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Nvidia and arrow Electronics, Inc. announced that they will launch NVIDIA ® Jetson™  Xavier™  , a single-type computer designed for AI computing, robotics and Leading, companies from all over the world to create the next generation of autonomous machines.

The collaboration combines the capabilities of AI’s world-leading NVIDIA with the huge list of Arrow’s industrial customers around the world and its extensive network of assistance with engineers and designers. This allows the development and implementation of AI solutions for manufacturing, logistics, smart cities, health care and much more.

“We entered a new era of intelligent machines that will revolutionize industries, from manufacturing to health care,” said Deepu carving, vice president and general manager of autonomous machines at NVIDIA. “NVIDIA and Arrow work together to ensure that the incomparable AI capabilities of the Jetson Xavier platform will reach the entire global market, thanks to first-rate design and support.”

“At Arrow, we focus on connecting our global customers and developers with the right technology to transform their digital business,” said Aiden Mitchell, vice president and general manager of IoT’s global solutions at arrow. “The AI platform from NVIDIA and Jetson Xavier can do it, and our industrial customers can get the Xavier Developer Kit at Arrow.com today.”

Jetson Xavier, disponible como un kit para desarrolladores que los clientes pueden usar para crear prototipos de sus diseños, es compatible con una gran cantidad de software para desarrollar aplicaciones de AI.

This includes the NVIDIA JetPack and DeepStream SDK, as well as the CUDA ®, CuDNN and TensorRT software libraries. In the center, you will find the new NVIDIA Xavier processor, which provides more processing capacity than a powerful workstation and is offered in three operating modes with energy efficiency.

“Avant-garde intelligence in modern robotics is a fundamental component in achieving new use cases and increasing adoption. This relationship is poised to demonstrate the value of robotics in new areas and to continue to drive innovation in space, “said John Santagate, director of Global robotics research at IDC.