Core Viewpoint - The year 2025 is anticipated to be a breakthrough year for domestic supernodes, with major companies like Inspur, ZTE, Huawei, Alibaba, and Sugon making significant advancements in computing cluster construction, enhancing computing power integration, density, and ecosystem compatibility [2]. Group 1: Product Developments - Huawei's Ascend 384 has set a new industry standard as the largest high-speed bus interconnected supernode, featuring 32 cards per cabinet across 12 cabinets, showcasing Huawei's comprehensive capabilities in communication and computing [2]. - Alibaba's Panjiu AL128 supernode has achieved a record of supporting 128 accelerator cards in a single cabinet, with a computing power integration level four times that of the Ascend 384, demonstrating rapid advancements in software and hardware optimization [2]. - The Sugon scaleX640 supernode is the world's first single-cabinet 640-card supernode, achieving 20 times the computing power integration of the Ascend 384, designed on an open AI computing architecture to ensure compatibility with mainstream intelligent computing ecosystems [2]. Group 2: Performance Comparison - Domestic supernodes have undergone three significant leaps, overcoming barriers in performance and ecosystem, with the scaleX640 showing core advantages over NVL72 in comprehensive performance metrics [3]. - The scaleX640 has implemented advanced immersion phase change liquid cooling technology, achieving a minimum PUE of 1.04 and providing 1.72MW of cooling capacity for high-caliber computing units, validated through over 30 days of reliability testing [3]. - Despite a gap in single-card computing power compared to NV, the engineering characteristics of computing clusters present systemic opportunities for domestic manufacturers to catch up, with ongoing innovations in integration, compatibility, and reliability [3].