NVIDIA Reaches $1T Computing Inflection Point at GTC 2025
NVIDIA announces Blackwell Ultra, Vera Rubin architectures, and a major push into quantum computing at GTC 2025. The company highlights a massive shift toward physical AI and robotics.
NVIDIA kicks off a massive $1 trillion computing inflection point at GTC 2025, driven by the rapid rise of reasoning and agentic AI. The company confirms that its Blackwell architecture is in full production and delivers 40 times the performance of the previous Hopper generation. Blackwell Ultra arrives in systems during the second half of this year, followed by the next-generation Vera Rubin architecture as NVIDIA commits to an annual rhythm for new AI infrastructure.
Advanced networking and AI-optimized storage take center stage as essential components for improving scalability, efficiency, and energy consumption in large-scale data centers. NVIDIA also identifies physical AI for industrial and robotics applications as a $50 trillion market opportunity. The company relies on its NVIDIA Isaac and Cosmos platforms to lead this transformation across manufacturing, logistics, and healthcare sectors.
Quantum computing represents another major frontier for the company as Jensen Huang announces plans to open a dedicated research lab in Boston. This facility aims to become the most advanced accelerated computing and hybrid quantum computing research lab in the world. Industry leaders at GTC's inaugural Quantum Day emphasize the critical role that accelerated computing plays in pushing this nascent technology forward.