NVIDIA CEO Jensen Huang delivered a far-reaching keynote speech at COMPUTEX 2024, emphasizing the company’s progress and future direction in the fields of AI, computing, and robotics. The speech was filled with insights into NVIDIA’s latest technologies, applications, and transformative potential across various industries.
Table of Contents
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Beyond GPUs: NVIDIA
NVIDIA’s Broad Technology Coverage
Generative AI: The Future of Computing
Understanding Generative AI
The Role of Accelerated Computing
The Necessity of Acceleration
NVIDIA’s Virtual World: Omniverse
A New Era of Simulation
Breakthroughs in Climate Science: Earth-2
Predicting the Future
The Evolution of AI Supercomputers
Blackwell and the Future
The Benign Cycle of CUDA
Building a Strong Ecosystem
Digital Humans and AI Interaction
The Future of Human-Machine Interaction
Robots and Physical AI
Innovating Industries
The Impact of Generative AI on the IT Industry
The New Industrial Revolution
Key Significance of Jensen Huang’s COMPUTEX 2024 Speech
Jensen Huang began by addressing a common misconception: NVIDIA is not just a GPU manufacturer. The company’s innovations span multiple domains, including AI, computer graphics, and simulation technology. The aim of this speech was to showcase the breadth of NVIDIA’s technological impact and its core role in future computing.
Jensen Huang delved into the concept of generative AI, explaining its impact across various industries. He noted that generative AI is revolutionizing industry operations by creating new content (from text and images to entire virtual worlds). This technology not only automates tasks but enhances human capabilities, increasing productivity across industries.
Jensen Huang emphasized a key point: the slowing performance improvement of CPUs and the exponential growth in computational demand. He introduced NVIDIA’s solution: accelerated computing. By combining GPUs with CPUs, NVIDIA is able to significantly speed up computational tasks, making previously impossible applications feasible and cost-effective.
Jensen Huang introduced NVIDIA Omniverse, a virtual world platform that combines computer graphics, AI, and physical simulation. As a digital twin of the real world system, Omniverse can simulate and predict outcomes in industries like manufacturing, construction, and climate science, optimizing processes.
(Nvidia CEO Jensen Huang talks about Ethereum switching to PoS, and engineers’ virtual universe Omniverse)
NVIDIA’s Earth-2 project exemplifies the capabilities of Omniverse. This ambitious project aims to create a digital twin of the Earth for high-resolution continuous weather forecasting. Such simulations can help predict and mitigate the impact of climate change, showcasing how NVIDIA’s technology addresses global challenges.
Jensen Huang unveiled NVIDIA’s latest AI supercomputer architecture, Blackwell. This design is tailored for large-scale AI applications, representing a significant leap in computational power and efficiency. He emphasized that this architecture can handle the massive computational loads required by modern AI models while reducing energy consumption and operational costs.
NVIDIA’s CUDA (Compute Unified Devices Architecture) platform has reached a critical point, creating an innovative benign cycle. With millions of developers and widespread industry applications, CUDA has become the foundational technology for AI and accelerated computing. Jensen Huang pointed out that the ecosystem’s growth continues to lower computational costs, enabling advanced AI to penetrate more industries.
Jensen Huang showcased NVIDIA’s advancements in digital human technology, which combines generative AI, computer graphics, and natural language processing. These digital humans can interact with people in a realistic manner, opening up new possibilities in customer service, healthcare, and virtual assistants.
NVIDIA has also made progress in the field of robotics, where physical AI enables robots to learn and perform complex tasks in real-world environments. Jensen Huang emphasized the potential of reinforcement learning and simulation environments (like Omniverse) in training these robots. NVIDIA’s platform will revolutionize industries like manufacturing and logistics by integrating AI-driven robots.
Jensen Huang concluded by discussing the broader impact of generative AI, likening it to a new industrial revolution. He explained that this technology is changing the IT industry by creating new products (like tokens). These AI-generated tokens can be applied across various industries, from healthcare to finance, providing unprecedented efficiency and innovation opportunities.
(In the field of AI and natural language processing (NLP), “token” refers to the basic unit or element in text. This term originates from the process of segmenting text into smaller parts for processing. Specifically, a token is typically a word, punctuation mark, or other smallest meaningful text unit.)
Jensen Huang’s keynote speech at COMPUTEX 2024 showcased NVIDIA’s commitment to driving technological development. From generative AI and digital twins to accelerated computing and robotics technology, NVIDIA continues to lead the way in innovation and address global challenges. The company’s future vision is clear: to create technology that not only enhances human capabilities but also paves the way for a more efficient, intelligent, and sustainable world.