来源：央视新闻 受美国白宫酝酿出台15%的全球关税税率 引发避险情绪升温、美元指数下跌影响，国际贵金属市场走 强。周三 国际金价重回每盎司5200美元关口上方 ，白银期货受库存水平影响大涨近4%。 25日美国三大股指集体收涨 当地时间周三，美股投资者对AI技术取代专业软件、专业咨询以及金融服务等就业岗位的担忧情绪进 一步消退，同时也乐观看待芯片巨头英伟达在当天盘后发布的财报将推动AI投资热潮延续。科技、AI 概念、存储芯片以及金融等类别的股票大面积上涨，推动美国三大股指周三集体收涨。截至收盘，道指 涨0.63%，标普500指数涨0.81%，纳指上涨1.26%。 欧洲方面，大量公司财报密集出炉，业绩利好推动金融、科技、能源、材料等类别股票普遍上涨， 欧 洲三大股指周三集体收涨 。截至收盘，英国股市上涨1.18%，法国股市涨0.47%，德国股市涨0.76%。其 中，英国富时100指数创收盘历史新高。 英伟达最新财报与业绩指引均高出预期 公司方面，英伟达周三盘后发布的财报显示， 在截至今年1月25日的2026财年第四季度，英伟达营收为 681亿美元，同比增长73%，创公司单季度营收历史新高 。同时，公司当季的每股收 ...

来源：美通社 二、 锤炼体系能力，锻造高水平科技领军实力 与国家战略科技力量的协同攻关，是对企业综合能力的一次全面淬炼与提升。在与国家集成电路创新中 心的合作中，图灵进化将严格对标国家项目在技术规范性、质量可靠性、流程严谨性方面的最高标准， 系统性优化自身的研发管理体系、品控流程与交付保障机制。 此次合作旨在探索"国家战略引领、平台技术赋能、企业市场驱动"的高效协同创新模式。双方将共同 构建开放合作的产业生态，推动更多创新成果转化为现实生产力，助力提升我国AI芯片产业的全球竞 争力与安全保障能力。 未来， 图灵进化将与国家集成电路创新中心持续深化合作，共同面向世界科技前沿与国家重大需求， 攻关关键核心技术，加速创新芯片的产业化与规模化应用，为加快发展新质生产力、实现高水平科技自 立自强贡献产业力量。 上海2026年2月10日 /美通社/ -- 近日，AI芯片创新企业图灵进化（TuringEvo）与国家集成电路创新中心 正式签署战略合作协议。双方将聚焦AI算力芯片及关键核心芯片，开展从芯片设计、工艺、供应链协 同到产业落地的系统性合作。此次合作是产学研用深度融合、加速国产芯片自主创新进程的重要实践， 旨在打通从 ...

上证科创板芯片指数覆盖芯片设计、制造、封测、设备等产业链各环节，反映半导体产业整体发展趋 势，数字芯片设计和半导体设备行业合计占比约65%；上证科创板芯片设计主题指数则聚焦芯片设计领 域，数字芯片设计行业占比超75%，模拟芯片设计行业占比约20%。投资者可通过科创芯片ETF易方达 （589130）、科创芯片设计ETF易方达（589030）等产品一键布局国产AI芯片发展机遇。 （文章来源：每日经济新闻） 银河证券表示，模拟芯片设计板块呈现走出沉寂的态势，相关公司宣布提价，模拟芯片行业供需关系或 将迎来变化；数字芯片方面，以AI算力、国产CPU为代表的先进设计领域表现强势，国产数字芯片自主 可控仍将是长期方向。 2月11日，A股开盘30分钟，芯片产业链震荡调整，上证科创板芯片指数下跌1.6%，上证科创板芯片设 计主题指数下跌1.4%。相关ETF受资金关注，Wind数据显示，科创芯片ETF易方达（589130）近一 月"吸金"超20亿元。 消息面上，近日，AI芯片创新企业图灵进化（TuringEvo）与国家集成电路创新中心正式签署战略合作 协议。双方将聚焦AI算力芯片及关键核心芯片，开展从芯片设计、工艺、供应链协同 ...

美股科技股突遭猛烈抛售。 隔夜美股市场，科技股全线重挫，纳指盘中一度大跌超2%，芯片股集体大跌，费城半导体指数一度暴跌超6%， AI算力芯片公司AMD暴跌超17%，"存储四巨头"集体大跌，闪迪暴跌超15%，美光科技跌超9%。另外，AI应用股 AppLovin、Palantir均跌超10%。 有分析指出，AMD的财报指引不及分析师的高预期是芯片股大跌的"导火索"。另外，软件板块掀起的抛售持续蔓 延加剧了市场担忧情绪。对此，英伟达公司首席执行官黄仁勋公开表示；"难以理解，软件产品是工具，人工智能 （AI）会使用这些工具，而不是重新发明它们。" 美股盘后，科技巨头谷歌的母公司Alphabet披露的财报显示，公司2026年资本支出将达到惊人的1750亿美元至 1850亿美元，大超市场预期。受财报影响，其股价盘后剧烈波动，截至发稿，跌超1%。 科技股全线重挫 美东时间2月4日，美股开盘后，三大指数明显分化，资金迅速从前期强势的科技板块撤出，纳指跌幅一度扩大至 2.45%，芯片股指数一度大跌超6%，道指则逆势走高，截至收盘，纳指跌1.51%，标普500指数跌0.51%，道指涨 0.53%。 美股大型科技股多数下挫，英伟达 ...

Investment Rating - The report maintains a "Positive" investment rating for the semiconductor industry [1]. Core Insights - The demand for AI-related chips is driving significant growth in the wafer foundry sector, with TSMC's revenue reaching NT$1.05 trillion in Q4 2025, a 20.45% year-on-year increase, marking a historical high for a single quarter [6][8]. - The global advanced process capacity is expected to accelerate, with SEMI predicting that the capacity for 7nm and below advanced logic processes will grow from approximately 850,000 wafers per month in 2024 to 1.4 million wafers per month by 2028 [6][12]. - Domestic companies in China need to accelerate their technological upgrades and capacity expansions to catch up with global leaders like TSMC and Samsung, as their market share in advanced processes remains significantly low [6][11]. - The import of semiconductor manufacturing equipment in China is projected to reach a historical high of CNY 360.28 billion in 2025, indicating a strong signal for accelerated capacity expansion in advanced processes [12][13]. - The report suggests focusing on semiconductor companies such as Northern Huachuang, Zhongwei Company, Jiangfeng Electronics, and others for investment opportunities [6]. Summary by Sections 1. Global Advanced Process Wafer Foundry Development - AI computing chip demand is propelling the wafer foundry industry to new heights, with TSMC's revenue growth and a projected global wafer foundry market size increase from USD 155.6 billion in 2024 to USD 268.3 billion by 2032 [6][8]. - The complexity and larger size of AI GPU chips require more advanced process capacity, leading to a higher demand for wafer foundry services [8][9]. 2. Domestic Market in China - China's wafer foundry industry has seen rapid expansion in mature processes, but advanced process capacity and technology development face significant challenges due to export restrictions from Western countries [9][11]. - In 2021, China's share in the global advanced process wafer foundry market was only 5%, highlighting the need for further development [11]. 3. Semiconductor Equipment Imports - The import of semiconductor equipment in China is expected to reach CNY 360.28 billion in 2025, with significant investments in critical lithography equipment [12][13]. - ASML's revenue from lithography systems is projected to be EUR 24.474 billion in 2025, with 33% of that coming from the Chinese market, indicating strong demand for advanced manufacturing equipment [12][13].

Summary of Key Points from the Conference Call Industry and Company Focus - The discussion centers around the **AI hardware materials industry**, particularly focusing on **upstream materials** for AI computing chips and related hardware, with an emphasis on domestic material companies' potential in the global supply chain [1][2]. Core Insights and Arguments - **Investment Opportunities**: The rapid iteration of AI hardware technology and sustained capital investment create significant opportunities in AI computing chips and supporting hardware materials [1][2]. - **PCB Industry Role**: The PCB industry plays a crucial role in AI servers, with increasing demands for PCB materials due to advancements in computing chip technology [1][4]. - **CCL Material Upgrades**: The CCL (Copper Clad Laminate) material system in AI servers is evolving from traditional materials to higher performance levels (马 8/马 9), with significant upgrades in copper foil, electronic cloth, and resin to meet performance demands [1][5][6]. - **Market Trends**: Future trends in the CCL industry include domestic companies expanding market share, new product iterations leading to higher profit margins, and rising commodity prices driving up the prices of older products, enhancing revenue and profits [1][7]. - **Increased Demand for Drilling Needles**: The demand for drilling needles in PCB processing is rising due to the increased thickness and layer requirements of PCBs for AI servers, as well as the challenges posed by new materials [1][8]. - **Opportunities in Optical Modules**: The optical module industry is transitioning towards higher speeds (from 200G/400G to 800G/1.6T), with upstream components facing capacity shortages, presenting opportunities for domestic companies to capture excess profits through domestic substitution [1][9]. Additional Important Insights - **Active Management Importance**: Active management is crucial in AI investments, emphasizing the need for in-depth research to improve success rates and construct appropriate investment portfolios to navigate market uncertainties [2][10]. - **Investment Framework**: The investment framework is based on two dimensions: volume (market share and industry inflation) and price (new product iterations leading to high profit margins and price increases due to supply-demand mismatches) [3]. - **Stock Selection Criteria**: The criteria for selecting stocks in the AI upstream materials sector focus on domestic companies that are leading in revenue and scale within the supply chain, with ongoing monitoring of industry trends and performance [2][13]. - **Long-term vs. Short-term Strategy**: The focus remains on long-term opportunities in AI upstream materials, with a commitment to maintaining a strategic position despite market fluctuations [2][16]. - **Portfolio Management**: Maintaining a flexible portfolio with around 85% allocation allows for liquidity management while still aiming for high exposure to potential growth [2][17].

Group 1 - The report outlines the strategic importance of computing power as a new type of infrastructure and its collaborative relationship with data and algorithms [3][4] - The global computing power market is characterized by a significant scale and growth, with North America leading and the Asia-Pacific region rapidly catching up [4][5] - The report highlights the evolution of computing power technology, with heterogeneous computing architectures becoming mainstream [4][5] Group 2 - During the "14th Five-Year Plan" period, China's computing power scale has expanded significantly, with the total computing power surpassing previous levels [5][6] - The report discusses the impact of the East Data West Computing project on the geographical restructuring of computing power in China [5][6] - The establishment of a domestic computing ecosystem is underway, with a notable increase in the annual growth rate of domestic AI chip shipments [6][7] Group 3 - The report identifies key segments of the computing power industry chain, including advancements in chiplet technology and optical interconnects that enhance computing density [4][5] - The deployment of edge computing nodes in industrial and automotive internet applications is increasing, reflecting a shift towards more decentralized computing solutions [5][6] - The demand for computing power in various applications, such as AI model training, scientific computing, and smart manufacturing, is analyzed, indicating a growing need for high-performance computing resources [6][7] Group 4 - The competitive landscape of the global computing power industry is dominated by American companies, with major players like NVIDIA, AMD, and Intel leading the high-end computing ecosystem [6][7] - In China, the report highlights the emergence of a "national team" in domestic computing power, with traditional hardware manufacturers transitioning to computing service providers [7][8] - Key competitive dimensions include hardware performance, software ecosystem compatibility, and the ability to deliver comprehensive solutions [6][7] Group 5 - The report forecasts significant growth in the computing power market from 2026 to 2032, with an expected compound annual growth rate and a shift in the market structure towards AI computing power [10][11] - The analysis indicates that the domestic market share of Chinese computing power is projected to exceed 50% under certain scenarios [10][11] - The report emphasizes the importance of establishing a sustainable and efficient computing power ecosystem, with a focus on energy efficiency and green technologies [10][11]

Group 1 - The core focus of private equity research in December 2025 was on the electronics and machinery sectors, with significant interest from major private equity firms [1][4][6] - A total of 713 private equity firms participated in A-share research activities, covering 392 stocks with a total of 1,765 research instances [2][5] - Notable companies such as Haiguang Information and Zhongke Shuguang were the most researched, each receiving 117 inquiries, with their stock prices increasing by 50% and 18.9% respectively in 2025 [2][3] Group 2 - The electronics sector had 60 stocks receiving private equity research, with a total of 384 inquiries, while the machinery sector had 64 stocks with 286 inquiries [4][5] - The computer, biomedical, automotive, and power equipment sectors also saw significant research activity, each exceeding 100 inquiries [4][5] - Major private equity firms showed a strong preference for technology stocks, particularly in the semiconductor industry, indicating a favorable outlook for domestic chip demand and equipment penetration [6][7] Group 3 - Investment strategies for 2026 are expected to focus on both technology and non-ferrous metals, suggesting a "two-legged" approach to investment [7] - The AI sector remains a key area for growth, while commodities like gold and copper are also seen as valuable investment opportunities due to geopolitical uncertainties and increasing demand [7] - The domestic supply structure for aluminum and other materials is positioned favorably, with new demands emerging from trends in automotive lightweighting and photovoltaic industries [7]

Core Viewpoint - The semiconductor manufacturing equipment market is projected to reach a record high of $133 billion in 2025, driven by AI and HBM demand, with further growth expected to $145 billion in 2026 [1] Group 1: Market Growth and Trends - The global semiconductor manufacturing equipment market is expected to grow by 13.7% year-on-year in 2025 [1] - The demand for AI server power chips and advanced driving chips is surging, indicating a potential cyclical reversal in the industry [1] - The domestic storage manufacturers are accelerating expansion, creating opportunities for domestic equipment in core process segments [1] Group 2: Domestic Market Dynamics - The domestic analog chip design sector is gradually recovering, with several overseas leaders signaling price increases [2] - The price increases in overseas markets are expected to create more opportunities for domestic chips and help restore profit margins [1] - The digital chip design sector showed relative stability last December, with AI computing chips remaining a core growth engine [1] Group 3: Strategic Importance of AI - The strategic value of AI computing chips and the urgency for domestic substitution are becoming increasingly prominent [1] - The penetration of AI into end products like AI PCs and AI smartphones is providing incremental opportunities for certain design companies [1]

Group 1: AI Industry Overview - The AI industry is experiencing a paradigm shift from technological miracles to practical value, with capital markets transitioning from speculative hype to value reassessment [1] - 2025 is recognized as a "structural formation year" for the market, driven by policy support, explosive AI demand, industry cycle recovery, and accelerated domestic substitution [1] Group 2: Semiconductor Market Performance - Among 172 semiconductor listed companies in A-shares, 144 saw stock price increases in 2025, with 29 companies doubling their stock prices and 4 companies increasing by over 4 times [2][3] - The top three performers in the semiconductor sector were沐曦股份-U (481.81%), 东芯股份 (441.81%), and 摩尔线程-U (433.09%) [2][3] Group 3: AI Computing and Storage Chips - AI computing and storage chips emerged as standout performers in the capital market in 2025, with significant demand growth [4] - The release of DeepSeek-R1 in January 2025 marked a surge in AI model computing demand, leading to substantial orders for domestic GPU manufacturers like 沐曦股份 and 摩尔线程 [5] - Storage chip prices began to rise due to production cuts by major manufacturers, with DRAM and NAND prices increasing significantly [6] Group 4: Domestic GPU Companies - 摩尔线程 and 沐曦股份 are recognized as leading domestic GPU manufacturers, focusing on high-performance general-purpose GPU development [8] - Both companies successfully listed on the Sci-Tech Innovation Board in 2025, attracting significant institutional investment and achieving remarkable stock price increases post-IPO [9] Group 5: Hard Technology Market Trends - The A-share market in 2025 revolved around sectors like AI, computing, robotics, and commercial aerospace, with hard technology becoming a core investment focus [10] - The demand for AI computing is supported by breakthroughs in domestic AI chip technology and significant performance improvements from companies like 寒武纪 [10] - The energy sector is also becoming increasingly relevant due to the high electricity demand driven by AI, creating a synergistic market with technology and energy sectors [11][12]