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Hon Hai Technology Group, better known as Foxconn, has kicked off its participation in COMPUTEX 2025 with a showcase of technological prowess in high-performance artificial intelligence (AI) infrastructure and advanced robotics. From systems based on the NVIDIA GB300 NVL72 architecture to humanoid robots and smart manufacturing platforms, Foxconn reaffirms its position as the world’s largest provider of electronic manufacturing services.
The group’s president, Young Liu, opened the event with a keynote address highlighting the transformative potential of the combination of generative AI and robotics. Liu emphasized how these technologies are redefining business innovation, while Foxconn optimizes its three smart platforms: Smart Manufacturing, Smart EV, and Smart City.
“Generative AI alongside robotics can assist, augment, and optimize human capacity for innovation,” Liu stated. “Foxconn’s three smart platforms are connected with NVIDIA technologies. We are accelerating the creation of AI factories as a standard for digital transformation in businesses.”
Superchips, Liquid Cooling, and Next-Generation Servers
At Foxconn’s booth (L0106), visitors can see the NVIDIA GB300 NVL72 in action, an infrastructure designed for training and inference of large language models (LLMs). Dominating over 40% of the global AI server market, Foxconn is a key supplier of these platforms that form the core of AI factories.
The NVIDIA MGX 4U server, air-cooled and compatible with up to eight NVIDIA RTX PRO 6000 Blackwell Server Edition GPUs, is also showcased, providing an ideal configuration for workloads like generative AI, graphic rendering, and video processing. Meanwhile, the NVIDIA HGX B300, designed for AI inference, offers a leap in computational and memory capacity, responding to the increasing size and complexity of current models.
Additionally, Foxconn is displaying its vertical integration ecosystem with liquid cooling and power management solutions for AI servers. Notable are its new high-speed PCIe connectors, GB300 Power Clip power cables, and advanced busbar and slot solutions for AI chips, consolidating its leadership in thermal and energy integration.
Applied Robotics and Health Collaboration
In the realm of robotics, Foxconn has introduced its Semiconductor Hybrid Robot, a solution that combines computer vision and precision movement for intelligent transport in chip manufacturing environments.
One of the most anticipated demonstrations has been that of the Nurabot, a collaborative healthcare assistance robot developed in conjunction with the Taichung Veterans General Hospital and Kawasaki Heavy Industries. Nurabot has been trained on the FoxBrain AI Factory platform, simulating scenarios using NVIDIA Omniverse and deployed on NVIDIA Jetson.
It is expected that Nurabot will reduce nursing hours by up to 30%, significantly improving care efficiency and quality. Its implementation in hospitals in Taiwan is set to begin later this year.
via: Foxconn