Workflow
城市算网
icon
Search documents
城市算网既要“建得好”更要“融得深”
Zheng Quan Ri Bao· 2026-02-25 15:41
■贾丽 当前,以"毫秒级响应"为核心目标的算力基础设施建设正加速推进,成为驱动产业链重塑、孕育新型商 业模式、影响区域经济格局的关键变量。 笔者认为,面对这一趋势,产业链各方需以冷静的头脑和务实的行动,推动城市算网不仅"建得好",更 要"融得深"。 最后,护航产融共生。各地需鼓励多元化资本参与,撬动更多社会资本投向技术攻坚和早期应用孵化, 共同构建一个风险共担、利益共享、可持续发展的算力产业生态。 1毫秒城市算网角逐,并不在于赢得一场速度竞赛,而在于赢得未来数字经济的入场券与主导权。这 场"毫秒之争"的真正竞争已经转向如何让算力"流"得顺畅、"用"得便捷、"管"得高效。各方唯有下好这 场先手棋,才能让算力网络扎实沉淀为中国数字经济高质量发展的坚实基座。 1毫秒城市算网的推进,催生出一个层次分明、角色清晰的投融资新生态。一方面,以三大运营商、地 方城投及政府产业基金为主导的力量,在初期网络建设与运营中承担了压舱石角色,为整个体系奠定了 重资产基础;另一方面,敏锐的市场化资本正广泛渗透至算力智能调度、垂直行业应用创新与核心软硬 件研发等环节,成为激发市场活力的催化剂。 比如,"算力入股"等创新合作模式的出现,显示 ...
1ms城市算网 解锁上海算力普惠赋能新思路
Zheng Quan Ri Bao Wang· 2025-11-24 07:20
Group 1 - The construction of urban computing networks is becoming an essential choice for the intelligent transformation of cities, integrating computing power, storage, and transportation for efficient applications [1][2] - The Ministry of Industry and Information Technology highlighted that computing power is a key driver for high-quality economic development, and urban computing networks play a significant role in the digital transformation of cities [1] - Shanghai is actively implementing the national integrated computing power network strategy, with significant achievements in infrastructure and green computing power development, aiming to contribute to the stable growth of the national digital economy [1] Group 2 - The China Academy of Information and Communications Technology emphasized the importance of urban computing networks as new infrastructure, advocating for systematic industry research and the creation of an open collaborative ecosystem [2] - Shanghai's Economic and Information Technology Commission is focusing on cultivating new productive forces through the implementation of guidelines for intelligent computing centers and providing financial support to enhance computing capabilities [2] - Companies like SenseTime are investing in large-scale infrastructure to support distributed training of large models, leveraging low-latency networks for high-frequency computing demands [3]