8月26日，市场盘整，重点布局国产AI产业链的科创人工智能ETF（589520）随市回调，场内价格现跌1.96%，成份股方面，芯原股份领跌，跌超8%，寒武 纪、天准科技、云天励飞跌逾3%，航天宏图逆市涨超13%，复旦微电、澜起科技涨逾2%，涨幅居前。 值得关注的是，上交所数据显示，科创人工智能ETF（589520）8月25日单日吸金4562万元，拉长时间来看，近60日累计吸金1.5亿元，反映资金积极抢筹AI 国产替代！ 科创人工智能为何遭遇调整？或是由于权重股领跌拖累指数表现：①第一大权重股寒武纪经历连续大涨后，今日随市回调，跌超3%；②另一权重股芯原股 份的股东大额折价减持，股价跌超8%。业内人士指出，减持≠业务恶化，减持是"股东自身资金需求"驱动的市场化行为，与公司基本面无直接关联，芯原股 份在AI芯片领域的技术实力和订单储备仍具竞争力。 国产算力市场份额增长，主要有两个方面原因：一个方面是产品在进步，与英伟达的差距在缩小；此外，国产厂商在算力生态也在不断完善，尤其 DeepSeek R1模型出现后，推动国产算力芯片适配以及进一步生态协同。 第一上海证券认为，在大国科技竞争的宏大叙事下，算力国产化替代的紧 ...

8月26日，市场盘整，重点布局国产AI产业链的科创人工智能ETF（589520）随市回调，场内价格现跌 1．96%，成份股方面，芯原股份领跌，跌超8%，寒武纪、天准科技、云天励飞跌逾3%，航天宏图逆市 涨超13%，复旦微电、澜起科技涨逾2%，涨幅居前。 值得关注的是，上交所数据显示，科创人工智能ETF（589520）8月25日单日吸金4562万元，拉长时间 来看，近60日累计吸金1.5亿元，反映资金积极抢筹AI国产替代！ 科创人工智能为何遭遇调整？或是由于权重股领跌拖累指数表现：①第一大权重股寒武纪经历连续大涨 后，今日随市回调，跌超3%；②另一权重股芯原股份的股东大额折价减持，股价跌超8%。业内人士指 出，减持≠业务恶化，减持是"股东自身资金需求"驱动的市场化行为，与公司基本面无直接关联，芯原 股份在AI芯片领域的技术实力和订单储备仍具竞争力。 第一上海证券认为，在大国科技竞争的宏大叙事下，算力国产化替代的紧迫性和重要性持续提升。预计 2024年英伟达算卡在中国的市场规模超过100亿美元，占据70-80%的市场份额。预计2025年国内算力需 求高速增长，市场容量有望翻番。在美国限制芯片出口的背景下，国产算力 ...

Market Overview - The Shanghai Composite Index broke through 3700 points for the first time since December 2021, with a midday increase of 0.20% [2] - The total trading volume across the Shanghai, Shenzhen, and Beijing markets reached 1.4313 trillion CNY, an increase of 103 billion CNY from the previous day [2] Semiconductor Sector - Semiconductor stocks showed strong performance, with notable gains from companies such as Longtu Photo Mask (+17.22%), Haiguang Information (+9.97%), and Cambricon Technologies (+9.89%) [4][5] - Cambricon Technologies reached a historical high with a market capitalization exceeding 400 billion CNY, with its stock price hitting 985 CNY during trading [6][8] Brain-Computer Interface Sector - Brain-computer interface concept stocks experienced a surge, with companies like Innovent Medical hitting the daily limit for the fifth time in eight days [12][13] - A report by the China Academy of Information and Communications Technology highlighted the significant potential of brain-computer interface technology, predicting rapid advancements and applications in various fields by 2027 [13] Insurance Sector - The insurance sector led the market with a 2.74% increase, driven by companies such as China Pacific Insurance (+4.66%) and New China Life Insurance (+3.53%) [16] - China Ping An's recent acquisition of approximately 1.74 million shares of China Pacific Insurance indicates a strategic financial investment, reflecting confidence in the insurance sector's growth potential [18] - Analysts expect the insurance sector to benefit from improved asset-liability management and favorable market conditions, enhancing long-term investment value [19][20]

Core Insights - The development of AI large models has transformed the entire industry, creating numerous opportunities and a vibrant market [2] - Xinhua San Group is focusing on a "computing power × connectivity" strategy to provide comprehensive ICT infrastructure and solutions for digital transformation in various industries [2][7] - The company is actively promoting the localization of computing power, with over one-third of its current computing power sourced from domestic chips [2][7][8] Computing Power - User demand for computing power has shifted from simply acquiring it to effectively utilizing it, leading to a focus on efficiency and heterogeneous computing [3] - The DeepSeek integrated machine targets customers with budgets below 300,000 yuan, facilitating quick access to AI applications for those lacking technical expertise [4] - The introduction of the edge AI box aims to lower the barriers for users, providing a more affordable option for smaller businesses and individual users [4] Networking - The rise of AI large models is driving the rapid development of intelligent computing centers, with networking becoming a critical focus area [5] - Networking is evolving from being a mere accessory to computing power to becoming a multiplier of computing capabilities, necessitating research into how AI can leverage networking and storage [5][6] - The transition to Ethernet as a mainstream choice for AI server clusters is highlighted, with its efficiency meeting the communication needs of high-density computing clusters [5] Company Strategy - Xinhua San has launched the new H3C UniPoD series of super-node servers, enhancing performance, density, and efficiency through advanced interconnect technology [7] - The company emphasizes a comprehensive approach to domestic computing power localization, collaborating with nearly all local chip manufacturers [7][8] - The establishment of the Turing Town aims to create a collaborative ecosystem among computing power manufacturers, system integrators, and independent software vendors, facilitating the adaptation and validation of domestic GPU capabilities [8]

Group 1: Agricultural Sector Insights - The agricultural sector's performance saw a decline, with the HuShen 300 index down by 0.18% and the agriculture, forestry, animal husbandry, and fishery sector down by 0.36% during the week of May 19-25, 2025 [4] - Pig prices showed a mixed trend, with the average price of external three yuan pigs in Sichuan, Guangdong, and Henan at 14.05, 15.39, and 14.25 yuan per kilogram respectively, reflecting a week-on-week change of -2.09%, +0.65%, and -3.72% [4] - The report highlights the potential recovery in the feed industry due to declining upstream raw material prices and improving downstream farming conditions, particularly for Hai Da Group, which is expected to see an upward trend in its business fundamentals [4] Group 2: AI Computing Industry Insights - The AI computing industry is experiencing sustained high demand, particularly from the internet and intelligent computing centers, with a rapid push for domestic procurement of AI computing power [6] - Major domestic AI chip manufacturers like Huawei, Haiguang Information, and Cambricon are accelerating their performance and capacity breakthroughs, with Huawei's Ascend 910B chip being comparable to NVIDIA's A100 [6] - The AI server market is projected to grow significantly, with IDC forecasting that the market size will reach 25.3 billion USD by 2028, driven by strong demand from domestic internet companies and intelligent computing centers [6]

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]

Core Insights - The conference focused on the theme of "full-chain breakthroughs and innovative leadership in domestic computing power replacement" to provide strategic guidance for building a self-controlled computing power system [1] Group 1: Current State of Domestic Computing Power - China's total computing power has reached 246 EFLOPS, with over 8.3 million standard racks, maintaining a leading position globally, but the contribution of domestic computing facilities needs to be improved [3] - Zhang Yunqiang emphasized that domestic computing power has international competitiveness and highlighted the need to establish confidence in reuse [3] Group 2: Innovation Strategies - Chen Runsheng pointed out that domestic computing power is not just a competition of single devices but a comprehensive contest of system capabilities, stressing the importance of basic theoretical research [4] - Cheng Yaodong proposed a "three-step" strategy for implementation: 1) Compatibility with international mainstream ecosystems, 2) Development of domestic unique capabilities, 3) Upgrading the entire chain through leading applications [4] Group 3: Ecosystem Development - Zhai Jidong suggested that domestic manufacturers should collaborate with research institutions to build open-source communities for iterative innovation while adhering to international standards [5] - Lai Neng revealed the critical role of policy enforcement in achieving self-controlled computing facilities in the oil industry under a three-year domestic policy push [5] Group 4: Consensus Among Experts - Experts agreed that to achieve the rise of domestic computing power, mechanisms like "ranking and leadership" should be used to overcome bottlenecks in chip manufacturing, while leveraging large scientific devices and research institutions to create a positive feedback loop in technology application [6]

申请入围"中国IC独角兽" 半导体高质量发展创新成果征集 起因爆料 4月27日，投资平台"韭研公社"首次披露R2参数细节，随后X平台（原Twitter）用户@iruletheworldmo发布"1.2万亿参数+97.3%成本下降"的爆料。 4月28日，HuggingFaceCEO在推特发布含DeepSeek仓库链接的神秘帖子，进一步引爆猜测。 截至4月28日，DeepSeek官方未正式发布R2，但多个第三方机构通过技术拆解验证了部分参数合理性。 热议传播 这场热议始于4月27日的投资社区"韭研公社"，当"1.2万亿参数+97.3%成本降幅"的词条突然出现，立刻引发技术圈与资本圈的双重震动。紧接着，X平台 上知名科技博主的爆料、HuggingFaceCEO的神秘推文，让传闻热度呈指数级攀升。在技术论坛，开发者们围绕"混合专家模型（MoE）如何将万亿参数计 算量压缩至百亿级"展开激烈讨论；在资本市场，"华为昇腾概念股"应声大涨，拓维信息等供应链企业单日涨幅突破10%，仿佛提前庆祝国产算力的突围 时刻。 | çelebi � @celebi_int · 15小时 | | | | | --- | --- | --- ...

远川投资评论 . 看更好的资管内容 以下文章来源于远川投资评论 ，作者沈晖 来源|远川投资评论 作者|沈晖 编辑|张婕妤 2024年12月13日，中欧基金科技研究小组做了一个少有人注意到的预判： 「当前国产大模型能力逐步追赶到GPT-4的水平，明年达到GPT-o1水平。 」 一个月后预言成真，DeepSeek骤然问世，一场暴烈的AI变革席卷而来，中欧科技战队的基金经理们原本清闲的春节假期也忙碌了起来。 刘伟伟闲暇时一边跟踪着国内外关于AI的最新信息，一边跟公司的研究员深入探讨，冯炉丹思考AI能够提效的场景，赶忙写下数个Prompt。中欧科技战队 自发进入「加班」状态，从美股算力暴跌聊到Scaling Law是否失效，从DeepSeek的意义探讨聊到节后对下游硬件与应用的配置策略。 「AI行业变化太快了，变化太多了。」刘伟伟感叹，「我做投资那么多年，第一次遇到变化那么快，需要每天学习巨量新知识的行业。」与此同时，AI产 业的许多变化源头在北美，供应链又分布在整个亚太，这就对投研的全球性、时效性提出了更加前所未有的挑战。 宇树机器人回旋踢，Figure AI机器人干家务，Manus引爆智能体新纪元。智能涌现的速度 ...