Jensen Huang to Deliver COMPUTEX Keynote on June 1, Focusing on AI Ecosystem Collaboration

TAIPEI (CNA reporter Tseng Chih-yi) – COMPUTEX organizer TAITRA today announced that NVIDIA founder and CEO Jensen Huang will deliver a keynote speech during COMPUTEX 2026, unveiling the latest advancements in artificial intelligence technology and focusing on the partnerships needed to build the AI ecosystem. The keynote speech will be held at the Taipei Music Center and will be live-streamed simultaneously at 11 AM Taiwan time on June 1. TAITRA explained in a press release that NVIDIA is pushing AI to the next stage, spanning computing, Physical AI, and Agentic Systems. The keynote speech will showcase its "Five-Layer Cake" architecture, from energy to applications, and how the ecosystem expands to support the next wave of innovation. TAITRA stated that from June 2 to 4, NVIDIA will host GTC Taipei at the Taipei International Convention Center. GTC is NVIDIA's flagship AI conference series, held globally, bringing together developers, researchers, and business leaders to share new technologies, practical applications, and future development trends. TAITRA pointed out that the Taipei event will cover keynote speeches, technical forums, live demonstrations, and ecosystem networking activities, highlighting the latest advancements in areas such as Physical AI, AI factories, Agentic Systems, and inference. COMPUTEX 2026 will take place from June 2 to June 5, with exhibition venues spanning Nangang Exhibition Center Halls 1 and 2, World Trade Center Hall 1, and the Taipei International Convention Center, reaching a new record in exhibition scale with 1,500 domestic and international companies using 6,000 booths, fully building the "COMPUTEX Technology Ecosystem" across R&D, manufacturing, and applications. (Editor: Pan Yi-ching) 1150421 Choose to stand with facts, every sponsorship is a force to protect press freedom. Download CNA's "First-hand News" APP to stay updated. The text, images, and audio-visual content on this website may not be reproduced, publicly broadcast, publicly transmitted, or utilized without authorization.