重磅！scaleX万卡超集群破纪录！

Core Insights - The national supercomputing internet core node has officially launched, featuring the deployment of three sets of the Sunway scaleX 30,000-card super cluster system, marking it as the largest domestic AI computing power pool in operation [1][3]. Group 1: Strategic Significance - The core node is a major infrastructure project supported by multiple stakeholders, including national ministries and local governments, highlighting its strategic importance for the integrated computing power network in China [3]. - The successful deployment of the domestic 30,000-card super cluster sets multiple industry records and serves as a national model for computing power network construction [3]. Group 2: Technical Innovations - The scaleX super cluster features the world's first high-density single cabinet design, significantly increasing computing density by 20 times and achieving a PUE value as low as 1.04 [3]. - It is the first domestic super cluster capable of integrating 10,240 accelerator cards, representing the largest scale of domestic computing clusters [3]. Group 3: Open Architecture - The cluster is designed with an open architecture for AI computing, breaking away from traditional single-technology stack dependencies, allowing support for multiple brands of AI accelerator cards and compatibility with mainstream AI software ecosystems [3][4]. - This open architecture addresses the challenges of heterogeneous computing interconnectivity, optimizing resource allocation and enhancing overall computing efficiency and performance [4]. Group 4: Market Implications - The scaleX super cluster acts as an open resource pool, facilitating connections between different AI computing resources and users, and providing a rapid deployment platform for various AI applications [4]. - Following the core node's launch, it is expected to become a central hub for computing power in central China, effectively linking green computing resources from the west with demand from the east, and playing a crucial role in nationwide computing power distribution [4].