Foxkan, a large Taiwanese electronic manufacturer, is working with the American company Nvidia in Coauseng Taiwan to develop humanist robots.
Foxkan’s long step
Foxkan Preside Jung Liu at the annual Smart City Meeting of the Coauseng revealed the company’s ambitious plans to iegrate Nvidia’s advanced software and hardware technologies to develop these robots; The news was reported by Focus Taiwan media.
This collaboration shows a major step in Foxkan’s efforts to diversify its activities beyond the production of electronic coracts. Liu also referred to Taipei and Kil ‘Partnerships in smart city projects, which aims to enhance app developme and improve native artificial ielligence capabilities.
Moving towards the humanist robotics is in line with the company’s financial outlook. Liu predicted that the company’s consolidated sales would reach more than $ 5 trillion ($ 5 billion) by the year, resulting from an increase in demand for artificial ielligence servers and robotic applications.
In year 2, artificial ielligence servers made up 2 % of the company’s server revenue, and the share is expected to increase to 5 % by year 2; This illustrates the key role of artificial ielligence servers in future growth.
The role of Nvidia
Nvidia CEO Jensen Huang has emphasized that robots have a ceral role in the artificial ielligence revolution. He believes that humanist robots and cars are the next boundary of innovation.
The humanist robot market, which is expected to reach $ 5 billion in the next two decades, is facing the challenge of creating high quality data set for motor modeling; A process that is very time consuming and complex.
Huang unveiled the NVIDIA ISAAC GR00T BluePri at the CES eve. The design is a simulation framework for the production of artificial motions that allows developers to create large data sets for robots training. In fact, Huang described the progress as the “ChatGpt mome in public robotics”.
Also, according to Nvidia’s official blog, users can now record human movemes in a digital twin using the Apple Vision Pro. The robot imitates these movemes in a simulated environme and uses for training.
One of the key pois of the program is the new Jetson Thor computing system that is expected to be launched early in the year. “Building basic models for public humanitarian robots is one of the most exciting challenges of artificial ielligence today,” Jensen Huang said.
Jetson Thor is based on Nvidia’s advanced Blackwell architecture. This small chip has 2 billion transistors, high -performance ceral processors and iegrated safety processors.
Real -world application
Foxkan and Nvidia’s collaboration represes a wider tendency to embodied artificial ielligence, which combines perception, cognition and practice in physical beings.
Advanced data sets, such as the motion of the humanist robots in Agibot World and the large models of artificial ielligence such as the Era-42 on the Robot Era, speed up the developme of smart and multipurpose robots.
David Friedberg of The All-In podcast also predicted that it would be the year of the year of artificial robots. “I think this year is the time when everyone will see human robots and self -propelled systems,” My God, I can’t believe that we have come here, “he said.
The path ahead
Foxkan, who has previously used its dedicated robots, Foxbots to automate production lines, is now seeking to expand its expertise in human robot systems.
The company is planning to eer sectors such as health care by iroducing humanist robots with more advanced abilities and enabling more complex ieractions.
Foxkan has previously collaborated with Nvidia in the field of electric cars (EVs) and proposed to build Taiwan’s fastest artificial ielligence superconductors using Blackwell architecture.
In India, the company is working with the HCL for semiconductor activities and, according to Karnataka’s state minister, has launched a project called Chita to produce and assemble electric car parts. The project, like the elepha project, has been added to the list of other Foxkan projects in the state.
With the connection of Foxkan and Nvidia, the human robotic evolution is ready to transform the industries and bring new opportunities in production, health care and beyond.
It also promises a future with the help of advanced hardware, extensive datasets and innovative models of artificial ielligence, in which the robots not only imitate human behavior, but will be united in everyday life and will reconstate the boundaries of artificial ielligence and robotics.
