Nvidia's Breakthrough AI Chip Defies Physics (GTC Supercut)

The rapid advancement in computing technology over the years, from Moore's Law to the introduction of Hopper and the need for bigger GPUs.

Details about Blackwell, a platform that includes the most advanced GPU (Hopper) with 28 billion transistors, 10 terabytes of data transfer, and the efficient integration of two dies.

Explanations about the efficient functionality of Blackwell, its compatibility with systems like Hopper, infrastructure design, and the utilization of dual Blackwell chips.

Introduction of a new Transformer engine with computational capabilities in the network to enhance synchronization and information sharing among different GPUs.

Discussions about the new era of generative AI, the fp6 format, token generation efficiency, training performance improvement, and energy conservation through new formats like fp4.

Introduction of the MVLink switch chip with 50 billion transistors, enhancing system capabilities to run multiple GPUs at full speed simultaneously for improved performance.

Overview of the AI system for autonomous systems, advancements in robotics, virtual world simulation engines, and interactions between humans and autonomous systems in a warehouse setting.

Discussions about the future of robotics focusing on humanoid robotics, technology advancements like Thor for Transformer engines, and the evolution of human robotics with advanced training data and technologies.

Key points highlighting the new Industrial Revolution, the significance of generative AI, the introduction of Blackwell processors and MVLink switches, and the evolution towards a robotic future for various industries like factories and warehouses.