At the 2025 Computex technology exhibition in Taipei, Nvidia CEO Jensen Huang announced significant initiatives underscoring the company’s deepening commitment to Taiwan and the advancement of artificial intelligence infrastructure. Nvidia plans major investments in Taiwan, including opening a new corporate headquarters in Taipei, highlighting the country’s strategic role in global electronics manufacturing and the regional focus on AI development. Central to Huang’s announcements was the unveiling of a large-scale AI supercomputer project utilizing 10, 000 of Nvidia’s newest Blackwell chips. Developed in close collaboration with Foxconn’s Big Innovation Company and supported by the Taiwanese government, this high-performance computing platform is primarily designed to accelerate R&D for companies like Taiwan Semiconductor Manufacturing Company (TSMC), the world’s top semiconductor foundry. The supercomputer will offer unprecedented computational power to enhance chip design, optimize manufacturing, and drive innovation in machine learning and AI applications. Leveraging the Blackwell architecture’s advanced AI-optimized cores and massive parallel processing capabilities, the project aims to reduce development cycles and boost Taiwan’s global tech competitiveness. Additionally, Huang introduced the “NVLink Fusion” initiative, a forward-looking program that promotes interoperability between Nvidia’s proprietary technologies and custom chips from competitors such as Google and Amazon. NVLink Fusion is envisioned as a comprehensive interface and software ecosystem enabling seamless integration across diverse hardware platforms. This strategy acknowledges the growing importance of collaboration and compatibility in heterogeneous computing environments.

By bridging Nvidia’s high-performance GPUs with rival specialized processors, NVLink Fusion aims to unlock hybrid computing architectures that combine the strengths of various chip designs, enhancing performance, energy efficiency, and versatility for AI and data-intensive workloads. Taiwan’s established role as a global electronics and semiconductor hub—anchored by leaders like TSMC and a vast network of manufacturing and design expertise—is further cemented by Nvidia’s investments and partnerships, which emphasize the island’s expanding importance in advanced AI research and infrastructure. These developments occur amid surging AI demands across industries like autonomous vehicles, cloud computing, healthcare, and scientific research. Deploying AI supercomputers equipped with state-of-the-art Blackwell processors represents a critical step in meeting these demands and fostering semiconductor innovation. The collaboration among Nvidia, Foxconn, and the Taiwanese government exemplifies a holistic approach combining private sector innovation with public support, vital for sustaining Taiwan’s technological competitiveness amid global supply chain challenges and geopolitical pressures. Establishing Nvidia’s new Taipei headquarters aligns with the company’s strategic goal to deepen ties within Asia’s dynamic tech markets, enabling closer local partnerships, streamlined operations, and a faster regional response. As AI reshapes technology, Nvidia’s multi-pronged initiatives demonstrate its commitment to leading this transformation. The Blackwell-based supercomputer and NVLink Fusion program showcase how the company intends to drive innovation through advanced hardware development and collaborative frameworks, fostering environments where diverse computing technologies converge and thrive. In summary, Jensen Huang’s 2025 Computex announcements mark a major milestone for Nvidia and Taiwan. The company’s substantial investments and new AI infrastructure underscore Taiwan’s pivotal role in the global tech sector and highlight the importance of cross-industry partnerships in accelerating AI’s future. Through projects like the AI supercomputer and NVLink Fusion, Nvidia charts a visionary path toward integrated, powerful, and versatile computing systems poised to fuel the next wave of technological breakthroughs.