Core Insights - The Ministry of Industry and Information Technology has issued the "Computing Power Interconnection Action Plan" aiming to establish a comprehensive system of standards, identifiers, and rules for computing power interconnection by 2026 [1] Group 1: Infrastructure Interconnection - The plan promotes new high-performance transmission protocols to enhance the interconnection level among computing power nodes [1] - It aims to build national, regional, and industry computing power interconnection platforms to unify and aggregate public computing power identifiers, facilitating interconnection of resources among leading computing power enterprises nationwide [1] Group 2: Resource Utilization - The initiative focuses on achieving interconnection of computing power resources, enabling cross-entity, cross-architecture, and cross-regional scheduling of computing power supply and demand [1] Group 3: Application Scenarios - The plan includes the establishment of pilot projects for computing power internet experimental networks to empower industries with accessible computing power [1] - By 2028, the goal is to achieve standardized interconnection of public computing power across the country, gradually forming a computing power internet capable of intelligent perception, real-time discovery, and on-demand access [1]

Core Viewpoint - The merger between Haiguang Information and Zhongke Shuguang aims to enhance the integration of resources in China's AI industry, facilitating the development of comprehensive AI solutions and addressing industry gaps [1][2]. Group 1: Merger and Integration - The merger is seen as a beneficial attempt to "fill gaps and strengthen capabilities" in China's computing industry, leveraging technology complementarity and market resource reuse to achieve scale effects [2]. - The merger will allow both companies to pool their core strengths in high-end computing, storage, and cloud computing, enhancing their competitive edge in the AI sector [2][3]. - The merger is a strategic response to global industry trends and national strategic needs, promoting collaborative development and cost efficiency [2][3]. Group 2: Financial Performance - Haiguang Information reported a net profit of 1.931 billion yuan last year, a year-on-year increase of approximately 50%, with a 75% growth in the first quarter of this year [5]. - Zhongke Shuguang achieved a net profit of 1.911 billion yuan last year, with a 30% increase in the first quarter of this year [5]. Group 3: Strategic Focus and R&D - The companies plan to focus on high-end chip and solution development to enhance customer satisfaction and promote the large-scale application of domestic chips in key industries such as government, finance, and energy [3][6]. - Zhongke Shuguang aims to increase R&D spending and strengthen self-research capabilities in response to external challenges posed by U.S. sanctions, while also expanding its overseas market presence [6]. Group 4: Industry Positioning - Zhongke Shuguang has established a comprehensive industry chain layout covering chips, servers, cloud computing, and data services, positioning itself as a competitive player in the domestic computing industry [4]. - The company has successfully integrated liquid cooling technology into its IT equipment, achieving significant energy efficiency improvements in data center operations [7].

Group 1 - The core viewpoint of the news is the strategic merger between Zhongke Shuguang and Haiguang Information, which aims to enhance the development of the information industry and significantly impact the industry landscape [1][2] - The merger will involve Haiguang Information issuing A-shares to absorb and merge Zhongke Shuguang, along with raising supporting funds through the issuance of A-shares [1] - Both companies will suspend trading of their stocks starting May 26, with the suspension expected to last no more than 10 trading days [1] Group 2 - Zhongke Shuguang holds a 27.96% stake in Haiguang Information, and the merger will optimize the industrial layout from chips to software and systems, enhancing the supply chain [1] - The merger aligns with the global trend of extending industrial chains and aims to promote the large-scale application of domestic chips in key sectors such as government, finance, communication, and energy [1][2] - The combined entity will enhance its technical strength and market competitiveness, leveraging scale effects to increase profits and improve the quality and efficiency of the listed companies [2]

Core Insights - The China Computing Power Platform (Shanghai) and Shanghai Computing Power Trading Platform have been launched and are now open to the public and various industries [1] - The platform aims to integrate high-quality computing power resources in Shanghai, providing efficient allocation and flexible scheduling of computing power services through advanced technology and innovative operational models [1] Group 1: Platform Features - The platform includes capabilities for computing power situation awareness monitoring, supply-demand matching, dynamic scheduling, industrial ecosystem community, and computing power challenge actions [1] - It aims to achieve five key objectives: a national "computing power resource ledger" for monitoring, a "one-stop service" for matching, a "unified network" for scheduling, a collaborative "ecosystem strategy," and a "core technology breakthrough list" for innovation [1] Group 2: Educational Initiatives - A dedicated education section of the platform, the Shanghai Education Intelligent Computing Service Platform, has been launched to support teacher training institutions in educational practice, AI course development, technology research, and academic studies [1][2] - The China Academy of Information and Communications Technology will continue to enhance the platform's capabilities under the guidance of the Ministry of Industry and Information Technology, promoting unified, normalized, and convenient construction of computing power resources across the country [2]

Core Viewpoint - The recent developments in China's semiconductor industry, including new regulations and export restrictions from the U.S., highlight the urgent need for domestic computing power localization as a critical choice for various sectors in China [1]. Group 1: Domestic Computing Power Development - The "2024 China Computing Power Development Report" indicates that by 2024, the total scale of computing power centers in China will exceed 8.3 million standard racks, with a total computing power of 246 EFLOPS, ranking among the top globally [2]. - Experts emphasize the importance of confidence in domestic computing facilities, asserting that they possess international competitiveness and should be actively utilized [2]. - A "research first" strategy is proposed to overcome the bottlenecks in the application of domestic computing power, particularly in commercial sectors where cost pressures exist [2]. Group 2: High-Performance Computing (HPC) Significance - High-performance computing centers, with vast storage and advanced processing capabilities, are crucial for scientific research and innovation in fields such as engineering simulation and genetic analysis [3]. - The advancement of domestic high-performance computing has significantly improved capabilities in areas like cosmic simulations, enhancing the precision of research [3]. Group 3: Systematic Innovation for Competitiveness - Experts argue that surpassing foreign counterparts in domestic computing power requires systematic innovation rather than relying on individual devices or metrics [4]. - The urgency for domestic computing power localization is underscored by recent restrictions on access to key biomedical databases for Chinese users, highlighting the need for a robust domestic supply chain [4]. Group 4: Policy and Ecosystem Development - The establishment of a domestic computing ecosystem is deemed essential, with suggestions for collaboration between manufacturers and research institutions to create open-source communities [7]. - Strong policy measures are advocated to ensure the successful implementation of domestic computing power solutions, as voluntary efforts may not suffice [7].

Core Insights - The increasing global supply chain risks for high-performance computing highlight the importance of domestic computing capabilities in China's information industry and other sectors [1][3] - Experts emphasize the need for confidence in domestic computing facilities, innovative systems, and collaborative ecosystems to build a self-sufficient computing framework [1][3] Group 1: Domestic Computing Development - The "2024 China Computing Development Report" indicates that the total scale of computing centers in use will exceed 8.3 million standard racks, with a total computing capacity of 246 EFLOPS, ranking among the top globally [3] - Despite the large total computing capacity, the contribution of domestic computing facilities remains low, necessitating a shift in mindset to utilize domestic technology confidently [3][4] - Zhang Yunquan suggests a "research-first" strategy to overcome bottlenecks in the adoption of domestic computing technologies, particularly in commercial sectors facing cost pressures [3][4] Group 2: High-Performance Computing Significance - High-performance computing centers play a crucial role in advanced research fields such as scientific computation, engineering simulation, and genetic analysis, making their domestic development vital for sustainable innovation [4] - Domestic high-performance computing clusters, such as those developed by Sugon, can seamlessly integrate with mainstream software ecosystems, addressing over 95% of migration issues [4] - The recent restrictions by the U.S. National Institutes of Health on access to core biomedical databases for countries including China underscore the urgency of domestic computing capabilities [4][5] Group 3: Innovation and Collaboration - Achieving innovation in domestic computing requires attention to foundational theories, as highlighted by Chen Runsheng, who notes the efficiency of the human brain compared to large AI computing clusters [5] - Recommendations include forming open-source communities among domestic manufacturers and research institutions to foster iterative innovation while adhering to international standards [5] - Collaborative efforts across academia, industry, and application sectors are essential to identify common algorithms and optimize chip design and software development for broader domestic adoption [5]

5月19日，三大股指午后窄幅震荡，其中数字经济板块小幅上涨。截止下午14:00，数字经济ETF(560800)涨0.26%。相关成分股中，北方华创涨 1.49%、海光信息涨1.28%、寒武纪涨0.70%，中芯国际、东方财富、中科曙光等小幅跟涨。 消息面上，5月17日，在2025世界电信和信息社会日暨国际电信联盟成立160周年纪念活动上，中国电信、中国移动、中国联通三大电信运营商联 合中国信息通信研究院正式启动算力互联网试验网建设。 算力，可以说已成为继热力、电力之后新的关键生产力，是数字经济时代的基础设施。5G、云计算、大模型均需要算力作支撑。《中国互联网发 展报告2024》显示，我国算力基础设施建设步伐加快，算力总规模仅次于美国，位居世界第二。 对人工智能而言，算力同样至关重要。亚马逊、谷歌、微软、Meta等国际科技巨头近期发布的一季度数据均显示，资本开支显著增加，主要用于 AI和云服务的基础设施建设。天风证券认为，海外科网龙头在资本开支上大幅加码，重点投入AI数据中心、云服务及相关技术基础设施建设。随 着国内多个国家级算力中心项目有望陆续落地，AIDC算力产业部署有望持续加速。 做多数字中国，分享数字经济 ...

（文章来源：经济日报） 算力资源是发展新质生产力的重要引擎，也是引领未来产业变革的关键动力。贵安新区是全国一体化算 力网络的重要枢纽节点之一，从中央到地方，一系列支持政策陆续出台，为算力生态发展提供了坚实保 障。贵安新区凭借气候、能源和区位优势等，着力打造面向全国的算力保障基地，为算力驱动新质生产 力发展树立了典范。 作为支撑数字经济发展的核心驱动力，算力正在重塑区域经济发展新格局。贵安新区聚焦"算力+产 业"发展新模式，通过科学布局提升算力、丰富应用场景强化赋能、推动东西联动壮大产业，大力发展 人工智能、数据标注、数据交易等相关产业，产业链初具规模。但要看到的是，目前贵安新区发展算力 产业的配套产业仍有待完善，算力产业领域较为局限，区域协同发展尚待提升。 要完善算力产业配套体系，打造算力产业一体化。补强产业链薄弱环节，推动上下游产业链协同发展。 加快推进算力基础设施立体布局，统筹云计算、人工智能、超级计算、区块链等各类算力设施建设，打 造高效协同的"云—超—智—链"算力集群，实现算力资源统一调度。吸引算力设备制造、高端芯片制造 商、数据中心运维、液冷设备生产企业等上游产业主体落地，继续深化同华为、腾讯等头部 ...

Group 1: Company Performance and Financials - Parallel Technology achieved a revenue of 655 million yuan in 2024, with a 48.27% year-on-year growth in computing power service revenue, leading to a net profit of 12.06 million yuan, marking a turnaround from losses [1] - In Q1 2025, Parallel Technology reported a revenue of 198 million yuan, a 51.68% increase year-on-year, with computing power services contributing 194 million yuan, growing by 52.34% [1] - Tianrun Technology reported a revenue of 179 million yuan in 2024, reflecting a 14.95% year-on-year increase, and a net profit of 1.53 million yuan, up 121.18% [3] Group 2: Industry Trends and Opportunities - The computing power industry is expected to enter a "policy + market" dual-driven phase by 2025, with a significant increase in the importance of domestic computing power due to a growing gap in computing resources [1] - According to IDC, China's intelligent computing power scale is projected to reach 1,037.3 EFLOPS by 2025, with a year-on-year growth of 43%, and a compound annual growth rate of 46.2% from 2023 to 2028 [1] - The low-altitude economy is gaining attention, with multiple companies actively exploring opportunities in this field, driven by the demand for digital and intelligent technologies [2] Group 3: Strategic Initiatives and Collaborations - Guangmai Technology is focusing on AI computing power market opportunities and plans to deepen collaboration with telecom operators to enhance its strategic advantages in the computing power infrastructure and services [2] - Yintuo Network is developing an intelligent drone inspection system to enhance electric power inspection processes, integrating IoT perception, AI models, and digital twin technologies [3] - Yunxingyu is leveraging its experience in smart transportation systems to explore opportunities in the low-altitude economy, collaborating with partners like AVIC Drone for research and development [4]

本报讯 （记者李立平）5月16日，宁夏数字经济高质量发展现场推进会在中卫市召开，宁夏回族自治区 党委副书记、主席张雨浦在会上表示，发展数字经济是把握新一轮科技革命和产业变革新机遇的战略选 择，是宁夏培育壮大新质生产力、追赶先进发达地区、决定未来竞争力的关键力量，具有特殊重大战略 意义。宁夏要加快培育新质生产力，坚定不移打造数字经济"第一增长极"，着力建设"中国绿色算力之 都"。 资料显示，宁夏气候凉爽干燥，全年平均气温8.8摄氏度，是全国最适宜建设大型数据中心的一类地 区，宁夏是目前全国唯一的国家新型互联网交换中心和全国一体化算力网络枢纽"双节点"省区，同时， 全国首个新能源综合示范区的建设，为宁夏发展算力产业提供了丰富的绿电资源，宁夏发展绿色产业优 势明显。 张雨浦强调，当前和"十五五"时期是数字经济高质量发展的关键阶段，宁夏要重点围绕"1235577"发展 思路和目标举措发展数字经济，即：坚持把数字经济作为"第一增长极"的战略方向，充分发挥国家"双 中心"功能作用，用足用好气候适宜冷凉干燥、地处中心时延最佳、电力丰沛绿电充足、西部政策要素 齐全、企业集聚产业集群"五大优势"，突出把握科技创新、融合应用、安 ...