The edge for Nvidia’s efforts to build a large eco-system comes from its core competency.
To robotize driver#
Notably, Devkits are “end-to-end solutions,” he noted, “as they come bundled with SDKs such as DRIVE Software 1.0 and DRIVE IX for driver monitoring applications.” “In addition, the DevKit comes in single or dual SoC versions (Pegasus).” The big difference with the new platform is that it’s “based on the Xavier SoC, while the previous Drive PX was based on the Parker SoC,” said Magney. Nvidia is bringing more computing power to the new AGX Xavier platform. “So, if you have the data, you can train your automated machine to do almost anything.” The key idea Nvidia is promoting is that “All autonomous machines run on desired input with associated desired output,” said Magney. Partnerships with these big names in Japan lends Nvidia not only credibility but also momentum in robotics and AI applications and development. Magney added, “Even factory automation is covered with FANUC’s plan to apply AGX Xavier to its factory automation solutions.” has selected Nvidia Jetson AGX Xavier to develop the system for autonomous machines that will include unmanned agriculture vehicles, marine products and “last-mile” vehicles.Īmong an industry chorus singing Nvidia’s robotic tune and committing to the Jetson AGX Xavier system are FANUC, Komatsu, Musashi Seimitsu and Kawada Technologies. Indeed, Huang announced that Yamaha Motor Co. Yamaha will use NVIDIA Jetson AGX Xavier as the development system to power its upcoming lineup of autonomous machines.
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