NVIDIA and Hon Hai Technology Group have announced a partnership to establish an AI-driven data center at Foxconn's factory. The data center, named 'AI Factory', will leverage NVIDIA's hardware and software to provide AI services. Foxconn plans to extensively use NVIDIA's CPUs, GPUs, and networking technologies to offer AI data factory solutions for customers. The AI Factory will provide training and inferencing services in fields such as electric vehicles, robotics, and virtual simulations. Additionally, the two parties have partnered in the autonomous vehicle sector to utilize NVIDIA's latest driving chips.

Foxconn has established an ion trap quantum computing lab dedicated to providing efficient computing capabilities for the next generation of AI and automotive-related technologies. The lab is operated by Foxconn Research Institute and explores key technologies such as quantum control and scalable computing architectures. It accelerates the advancement of quantum hardware technology by leveraging Foxconn's strengths in manufacturing, semiconductors, and packaging. Quantum computing is considered the 'holy grail' of next-generation technology development, and the ion trap quantum computing lab is committed to advancing this field. Foxconn is transforming and developing emerging sectors such as electric vehicles, robotics, and digital healthcare through its 3+3 initiative.

Foxconn's revenue in the second quarter exceeded expectations, leveraging its advantages in artificial intelligence. The company has invested heavily in AI and holds a 40% share of the global AI server market. Foxconn is Apple's largest supplier of components and electronic products and has maintained its partnership with Apple for over twenty years.

Foxconn has successfully secured a large order for Nvidia's HGX server AI chipboards. Foxconn has become the largest chipboard supplier for Nvidia, a leader in the global AI chip sector. In the second half of the year, Foxconn will see three important business growth points, leading to a significant increase in performance.