With the rapid development of artificial intelligence and robotics, NVIDIA is accelerating the development of humanoid robots. According to the latest reports, NVIDIA plans to release the "Jetson Thor" series of compact computers designed for humanoid robots in the first half of 2025. This series of computers will provide humanoid robots with more powerful computing power and drive further development in this field.
The rapid growth of the humanoid robot industry
According to the Financial Times, the market for humanoid robots is expected to reach $195 billion by 2029. The expansion of this market is due to more and more technological breakthroughs and the increasing number of application scenarios for humanoid robots. As the global demand for intelligent robots increases, NVIDIA's "Jetson Thor" series of computers could be an important catalyst for the development of humanoid robots.
NVIDIA is not only the world's most valuable semiconductor company, it is also regarded as a pioneer in artificial intelligence chip technology. In response to increasing competition, NVIDIA is actively seeking new drivers of growth, and robotics is an important part of this. The company hopes to build a complete robotics ecosystem by providing comprehensive hardware and software solutions, further consolidating its leading position in the global technology innovation field.
Strong technology accumulation and future potential
NVIDIA's technology accumulation and advantages in the field of robotics cannot be ignored. As the world's leading provider of AI computing platforms, NVIDIA has deep technical accumulation in AI model training. Its Omniverse and Isaac software stacks are key tools for robotics development, providing a virtual environment for robots that support real-time interaction and simulation, helping developers train robots on behavior and reaction patterns. Through these tools, NVIDIA not only provides strong support for robot development, but also enables humanoid robots to operate efficiently and accurately in more complex and diverse environments.
Pictured: Nvidia will launch a humanoid robot
With the launch of the "Jetson Thor" series, NVIDIA has further refined the computing power required for humanoid robots, filling the gap in the development of technology in this field. The computers will provide robots with more processing power, support more efficient operations and smarter task execution, and thus advance the commercialization of humanoid robot technology. Through the combination of these hardware and software, NVIDIA's goal is to promote the popularization of robots and make them widely used in home, industry, medical and other fields.
The booming global robotics industry
The global robotics market is in the midst of rapid expansion, and the global robotics industry is expected to reach $165 billion by the end of 2029. This growth will not only drive the widespread adoption of robots, but will also facilitate the penetration of robotics in multiple industries, driving changes in the economic and social structures. For NVIDIA, this means a huge market opportunity. By strengthening its presence in robotics, NVIDIA will not only be able to further expand the use cases of its products and services, but also leverage its technological strengths in artificial intelligence and computing hardware to maintain its market leadership.
Driven by robotics, we can expect that in the coming years, NVIDIA will leverage its deep technology heritage in AI computing and robotics to drive a series of innovative products to further strengthen its leadership position in the global technology market.
Conclusion
Overall, NVIDIA's "Jetson Thor" series of computers is undoubtedly an important layout for the company in the field of robotics and is expected to become a key driver of humanoid robotics development in the coming years. With the continuous advancement of technology and the expansion of application scenarios, NVIDIA is expected to occupy a place in the future robotics market. With the global robotics industry booming, NVIDIA's robotics ecosystem will be an important force for industry change.
