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Core Viewpoint - Shenzhen's artificial intelligence (AI) sector is experiencing significant advancements with the launch of a 14,000P intelligent computing power cluster, marking a milestone in the development of a fully autonomous and controllable computing infrastructure in China [1][3]. Group 1: Project Overview - The newly launched intelligent computing power cluster is the first of its kind in the country, utilizing domestically produced advanced chips to create a 10,000-card level autonomous computing cluster [1][3]. - The project aims to support the construction of a national integrated computing power network and promote the high-quality development of domestic large models and chips [1]. Group 2: Technical Achievements - Key technical indicators of the project are internationally leading, with a significantly reduced failure rate; the first phase 3,000P cluster recorded an average daily failure rate of 0.3‰, much lower than that of top companies like Meta [5]. - The linearity of the Pangu-718B large model training reached 93.12%, comparable to leading international clusters such as Google [5]. - The project employs energy-saving solutions, including natural cooling and full liquid cooling for computing devices, to optimize energy consumption and reduce operational costs [5]. Group 3: Market Demand and Collaboration - The project has garnered widespread attention from AI and robotics companies in Shenzhen, with the first phase achieving a 100% absorption rate and the second phase reaching an overall absorption rate of 92% [6][7]. - Nearly 50 enterprises, universities, and research institutions have signed cooperation agreements for computing power, indicating a strong demand and collaborative ecosystem [7]. Group 4: Future Plans - The project management plans to accelerate the integration and expansion of autonomous computing resources in response to the growing demand for large model training [9]. - There is a focus on building a comprehensive management platform for computing power and gathering quality data resources to enhance operational efficiency [9]. Group 5: Policy Support - Shenzhen is committed to increasing the issuance of "computing power vouchers" and "training vouchers" to benefit numerous AI and robotics companies [10][13]. - The local government aims to optimize the voucher policy and enhance edge computing capabilities to create a closed loop of computing power, high-speed networks, and data links, facilitating innovation in enterprises [13].