As generative AI continues to sweep an increasingly digital, hyperconnected world, NVIDIA founder and CEO Jensen Huang made a thunderous return to SIGGRAPH, the world’s premier computer graphics conference.
“The generative AI era is upon us, the iPhone moment if you will,” Huang told an audience of thousands Tuesday during an in-person special address in Los Angeles.
News highlights include the next-generation GH200 Grace Hopper Superchip platform, NVIDIA AI Workbench — a new unified toolkit that introduces simplified model tuning and deployment on NVIDIA AI platforms — and a major upgrade to NVIDIA Omniverse with generative AI and OpenUSD.
The announcements are about bringing all of the past decade’s innovations — AI, virtual worlds, acceleration, simulation, collaboration and more — together.
“Graphics and artificial intelligence are inseparable, graphics needs AI, and AI needs graphics,” Huang said, explaining that AI will learn skills in virtual worlds, and that AI will help create virtual worlds.
{"items":[{"intent":"Technology Adoption and Digital Transformation","identificationMethod":"Company Announcements and Press Releases"},{"intent":"Product and Service Development","identificationMethod":"Company Announcements and Press Releases"},{"intent":"Other","identificationMethod":"Other"}]}
Complete the report without repeating the detected intents.
As generative AI continues to sweep an increasingly digital, hyperconnected world, NVIDIA founder and CEO Jensen Huang made a thunderous return to SIGGRAPH, the world’s premier computer graphics conference.
“The generative AI era is upon us, the iPhone moment if you will,” Huang told an audience of thousands Tuesday during an in-person special address in Los Angeles.
News highlights include the next-generation GH200 Grace Hopper Superchip platform, NVIDIA AI Workbench — a new unified toolkit that introduces simplified model tuning and deployment on NVIDIA AI platforms — and a major upgrade to NVIDIA Omniverse with generative AI and OpenUSD.
The announcements are about bringing all of the past decade’s innovations — AI, virtual worlds, acceleration, simulation, collaboration and more — together.
“Graphics and artificial intelligence are inseparable, graphics needs AI, and AI needs graphics,” Huang said, explaining that AI will learn skills in virtual worlds, and that AI will help create virtual worlds.
{"items":[{"intent":"Technology Adoption and Digital Transformation","identificationMethod":"Company Announcements and Press Releases"},{"intent":"Product and Service Development","identificationMethod":"Company Announcements and Press Releases"},{"intent":"Other","identificationMethod":"Other"}]}
Based on the document submitted, the following analysis is provided:
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Technology Adoption and Digital Transformation: NVIDIA's CEO, Jensen Huang, announced at the SIGGRAPH conference that the era of generative AI has arrived. This indicates that NVIDIA is heavily investing in this technology, signaling a significant shift in its technological approach. The introduction of the GH200 Grace Hopper Superchip platform and the NVIDIA AI Workbench further underscores this transformation. This is a significant step towards digital transformation and the adoption of advanced technologies.
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Product and Service Development: The announcement of the next-generation GH200 Grace Hopper Superchip platform, NVIDIA AI Workbench, and a major upgrade to NVIDIA Omniverse indicates that NVIDIA is actively developing and improving its products and services. These developments are intended to simplify model tuning and deployment on NVIDIA AI platforms, demonstrating a commitment to enhancing user experience and functionality.
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Other: Jensen Huang's statement, "Graphics and artificial intelligence are inseparable, graphics needs AI, and AI needs graphics" suggests a strategic direction for NVIDIA that integrates AI and graphics in a symbiotic relationship. This strategy could lead to the development of new products and services that leverage the strengths of both these technologies.
Please note that this analysis is based on the document submitted and additional information might be needed for a more comprehensive understanding.