Microsoft Azure Announces Integration of NVIDIA's Accelerated Computing Technology for AI Applications


AI technology is developing rapidly, and the gaming industry is undergoing changes. Generative AI brings new opportunities and challenges, and companies such as Microsoft and Amazon are adjusting resources to focus on AI applications. Game developers have different attitudes toward this, and the industry's future remains uncertain.
At the 2025 GTC conference, NVIDIA introduced the 'Omniverse DSX Blueprint' design, specifically tailored for gigawatt-scale AI data centers, known as the 'AI Factory.' This solution is based on the Omniverse framework and supports various scales from 100 million watts to 1 billion watts. It aims to efficiently train and run large AI models, meeting the growing demand for AI computing, and represents a significant advancement in artificial intelligence infrastructure.
OpenAI is transitioning from a non-profit to a commercial model, actively seeking investments to accelerate growth. This strategic adjustment has enhanced its market competitiveness and significantly impacted partner Microsoft, helping its market value exceed $4 trillion. The widespread application of technologies like ChatGPT is a key driving factor.
Microsoft and OpenAI have reached a new agreement, under which OpenAI will purchase 25 billion dollars of Azure cloud services, setting a record for cloud procurement in the technology industry. A key breakthrough is that OpenAI is freed from cloud dependency. Microsoft has given up its priority right to cloud computing, granting OpenAI technical autonomy and strategic initiative, marking the transition from exclusive dependence to cloud freedom.
NVIDIA released the OmniVinci all-modal understanding model, leading top models by 19.05 points in multiple benchmark tests. The model uses only 0.2 trillion training tokens, achieving six times the data efficiency of competitors. It aims to achieve unified understanding of vision, audio, and text, advancing machine multimodal cognitive capabilities.