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AI
Nvidia has announced a new computing platform designed to run AI-powered robots in real-world environments, bridging the digital and physical worlds.
A new computing platform designed to run artificial intelligence-powered robots in real-world work environments has been unveiled by Nvidia. The announcement aims to bridge the digital realm with physical reality. The newly developed chips can process visual and motion data in real time, allowing robots to interact with humans and objects with high precision and complete safety, paving the way for a revolution in smart factories and automated warehouses globally.
According to a report published by CNBC, Nvidia's CEO confirmed that this technology will serve as the primary engine for a wave of "physical AI," where artificial intelligence is no longer limited to producing text or images but extends to controlling mechanical arms and autonomous transport devices. The new chips boast very high energy efficiency relative to their immense computing power, making them ideal for battery-powered mobile robots. This announcement has boosted the company's stock value in global markets, thanks to Nvidia's continued dominance in the semiconductor sector.
Nvidia aims to make this platform the global standard for the electric autonomous vehicle and drone industries. By simulating millions of scenarios in virtual environments before real-world application, robots can learn complex tasks such as microsurgery or handling hazardous materials with the lowest possible error rate. The intersection of artificial intelligence and physics represents the next major challenge, and Nvidia is positioning itself at the heart of this strategic shift that will redefine the concepts of production and logistics in the current decade.
