如果您希望可以时常见面，欢迎标星收藏哦~ 首席执行官 Kurt Sievers 对本季度持乐观态度，称其将反映"恩智浦核心终端市场的改善"。该公 司表示，不计部分项目，每股收益将在 2.89 美元至 3.30 美元之间。分析师此前预计为每股 3.06 美元。 来源：内容来自 彭博社 。 芯片制造商恩智浦半导体公司 (NXP Semiconductors NV) 的第三季度财测未能达到部分投资者 的预期，导致其股价在盘后交易中下滑。 这家荷兰公司周一发布声明称，预计本季度营收将在30.5亿美元至 32.5 亿美元之间。尽管该区 间的中间值高于华尔街的平均预期，但据彭博社汇编的数据显示，一些分析师此前预测的数字会 超过 33 亿美元。 行业逆风与关税影响：恩智浦面临市场不确定性 这一财测表明，恩智浦仍在应对动荡的行业环境。该公司严重依赖汽车行业，该行业贡献了其一 半以上的营收，并受到美国前总统唐纳德·特朗普关税政策的冲击。关税扰乱了全球供应链，并引 发了客户订单的不确定性。 Bernstein 分析师 Stacy Rasgon 形容这份报告"大体上还不错"，但表示它并未完全达到一些人所 期望的"耳语"数字。 该 ...

如果您希望可以时常见面，欢迎标星收藏哦~ 来 源： 内容来自 reuters 。 美国众议院对华事务特别委员会主席约翰·穆勒纳尔（John Moolenaar）致信美国商务部长霍华德· 拉特尼克（Howard Lutnick），批评恢复英伟达H20芯片对华销售的决定，称这一决定将助长中 国的人工智能发展。他重申，最初的出口禁令"是正确的决定"。 这位共和党议员在周五写给拉特尼克的信中警告称，H20芯片可能削弱美国在AI领域的优势，并帮 助中国企业在全球AI模型市场中抢占份额。 穆勒纳尔在信中写道："商务部在禁止H20芯片出口方面的决定是正确的。"他要求获得更多信息。 英伟达（Nvidia）本周宣布将被允许恢复H20芯片的对华销售，这一决定逆转了特朗普政府于今年 4月出于国家安全考虑而实施的出口限制。彼时的禁令旨在阻止先进AI芯片（如H20）流入中国市 场，并得到了罕见的两党一致支持。这一放松举措迅速引发了包括穆勒纳尔在内的多位美国议员的 质疑，他在本周一表示将向商务部寻求"澄清"。 在穆勒纳尔加大批评力度之后，英伟达的股价于周五转为下跌。 英伟达一位发言人随后为放宽限制的决定辩护称："当全球在美国技术基础上建 ...

如果您希望可以时常见面，欢迎标星收藏哦~ 来 源： 内容来自 businesskorea 。 据全球咨询公司麦肯锡（McKinsey & Company）于7月20日发布的一份报告显示，全球半导体行 业 去 年 产 生 的 全 部 经 济 利 润 ， 几 乎 被 前 5% 的 头 部 企 业 （ 以 年 销 售 额 为 标 准 ） —— 包 括 英 伟 达 （NVIDIA）、台积电（TSMC）、SK海力士（SK Hynix）和博通（Broadcom）——所瓜分。 报告指出，这5%的顶尖公司获得了高达1590亿美元的经济利润，而中间90%的企业利润总额仅为 50亿美元。最底层5%的公司则出现了370亿美元的亏损。换句话说，头部企业所获利润甚至超过 了整个半导体行业创造的1470亿美元的总经济利润。 这一市场结构的转变，仅用了两三年时间。在新冠疫情期间（2021-2022年），中间90%的公司每 年仍能获得超过300亿美元的经济利润，平均每家公司年利润约为1.3亿美元。然而，自2023年AI 半导体热潮兴起后，这一数字骤降至3800万美元，而去年更是下滑至1700万美元，两年内下降幅 度高达88%。 麦肯锡预测， ...

Core Viewpoint - The article highlights the successful completion of a strategic financing round by Turing Quantum, a leading domestic company in photonic quantum computing, emphasizing the strong market recognition of its technology and future prospects [1][4]. Group 1: Financing and Investment - Turing Quantum has completed a strategic financing round of over 100 million yuan, led by Shengshi Investment, indicating high confidence in the company's potential and technology [1][4]. - The company has successfully completed five rounds of financing in four years, showcasing its rapid growth and the capital market's recognition of its capabilities [4][6]. Group 2: Technological Advancements - Turing Quantum focuses on a dual-core strategy of "photonic chips + quantum computing," continuously innovating and expanding its market applications [7]. - The company has delivered the TuringQ Gen2 large-scale programmable photonic quantum computing system, marking a significant step from research to commercialization [7]. - Turing Quantum has developed the first domestic quantum AI programming framework, DeepQuantum, and a quantum AI biomedicine platform, demonstrating its technological leadership [7]. Group 3: National and Global Positioning - The company is accelerating its national industrial layout with R&D centers in Wuxi, Shanghai, and Beijing, creating a comprehensive "R&D - pilot - manufacturing" chain [10][12]. - Turing Quantum aims to establish a research and manufacturing base in Changsha, Hunan, to enhance its strategic positioning in the photonic chip and quantum computing sectors [12]. Group 4: Competitive Advantages - Turing Quantum boasts a 22-year research foundation, with over 150 international papers published and more than 200 core patents obtained, establishing its technical depth [14][15]. - The company operates under a fully controllable IDM model, ensuring complete autonomy in design, manufacturing, and system integration, which strengthens its competitive edge [16]. - Turing Quantum has achieved significant revenue growth, with sales jumping from 500,000 yuan in 2022 to over 10 million yuan in 2023, and securing orders worth over 100 million yuan in the first half of 2025 [20]. Group 5: Strategic Initiatives - The company is leading key national R&D projects, addressing critical technological challenges in quantum information, thereby supporting China's strategic goals in quantum technology [21]. - Turing Quantum's full-process independent chip production model provides a significant advantage in cost control and iteration speed, positioning it as a leader in the quantum industry [23].

Core Viewpoint - The 2025 China Industrial Expo Robot Exhibition, themed "Embodied Industry, Intelligent Future," will showcase over 500 renowned global companies and highlight cutting-edge robotic technologies and applications in a vast space of 56,000 square meters [2]. Group 1: Collaborative Robots - ABB's PoWa is a compact collaborative robot designed for speed and efficiency, achieving industrial-grade speeds of up to 5.8 m/s, making it ideal for small and medium enterprises with its no-code programming and plug-and-play capabilities [4]. - JAKA Lumi is an embodied intelligent platform designed for lightweight scenarios, featuring a 12-degree-of-freedom collaborative motion system that enhances production efficiency and product quality in tight spaces [7]. - GBT-C12A from Jiebo is a collaborative robot with a repeat positioning accuracy of 0.03mm, suitable for high hygiene and precision requirements in food processing environments [10]. Group 2: Industrial Robots - FANUC's ROBODRILL DC series is a high-efficiency machining center that enhances processing speed and quality through structural optimization and AI algorithms [19]. - Yaskawa's MOTOMAN-ME1000 is a heavy-duty SCARA robot capable of handling loads up to 1 ton, specifically designed for electric vehicle battery assembly [22]. - KUKA's KR IONTEC ultra is optimized for battery handling and lightweight spot welding, offering high dynamics and precision in compact spaces [25]. Group 3: Humanoid Robots - The Doco humanoid robot from Siasun integrates intelligent interaction and autonomous operation, capable of performing complex assembly tasks and providing services in commercial settings [48][49]. - Kepler's K2 "Bumblebee" humanoid robot combines cloud-based models with physical capabilities, enabling it to autonomously complete tasks in logistics and hazardous environments [52]. - DexForce W1 is a humanoid robot designed for precise operations in complex environments, featuring 34 actuators for flexibility and real-time environmental sensing [56]. Group 4: Intelligent Perception - Mech-GPT from Mechamand is an intelligent system that combines perception, decision-making, and execution capabilities, enhancing robots' ability to understand and interact with their environment [58][60]. Group 5: Logistics Innovations - Jiateng's single-arm unmanned forklift is designed for low-profile material handling, improving logistics efficiency in warehouses [80]. - Sainade's iLoabot series includes intelligent robots capable of autonomous loading and unloading, with advanced navigation and operational capabilities [83]. Group 6: Industry Applications - Songchuan's AIS-200 mechanical arm box-opening machine offers high cost-effectiveness and compatibility across various industries, streamlining the box-opening process [87].

如果您希望可以时常见面，欢迎标星收藏哦~ 来 源： 内容 编译自 zdnet 。 SK海力士有望将其第五代高带宽内存（HBM3E）8层堆叠产品的出货量提升至超出原先预期的水 平，这得益于近期美国对英伟达面向中国市场的AI芯片"H20"所施加的出口限制被解除。H20原本 采用HBM3，但从今年起，已主要搭载SK海力士的HBM3E 8层产品。 据悉，SK海力士计划首先在今年第三季度之前完成面向H20的HBM3E 8层产品的量产。考虑到可 能出现的新增需求，公司正评估扩大该HBM产品产量所需的材料与零部件的采购方案。 据业界21日消息，SK海力士正在讨论将HBM3E 8层产品的生产规模提升至超出原先预期的方案。 此前，英伟达于本月15日通过官方博客宣布，计划重启其H20 GPU在中国市场的销售。英伟达首 席执行官黄仁勋当时表示："我们正在重新提交H20的销售申请，美国政府已承诺向英伟达发放相 关许可证，我们希望尽快启动产品供应。" H20是英伟达基于其主力产品调降性能而推出的AI加速器，目的是规避美国对中国AI芯片的出口 管制。然而，今年4月美国政府宣布对H20实施无限期出口限制，英伟达由此预计将承担约55亿美 元 ...

Core Viewpoint - The dialogue emphasizes the unique position of the Chinese market and its innovative capabilities in AI, highlighting the importance of competition and collaboration in the tech industry [1][12][22]. Group 1: Chinese Market and Innovation - The Chinese market is described as "one of a kind," with significant innovation and development momentum, making it a crucial area for companies like NVIDIA [1][12]. - Huang Renxun praises the innovative capabilities of Chinese companies, particularly in AI, noting that even products like H20 can lead to significant breakthroughs [1][9][10]. - The rapid development of AI technologies in China is seen as a testament to the country's resilience and creativity, with recent achievements being distinct from those in other regions [11][19]. Group 2: Supply Chain Dynamics - The complexity and scale of China's supply chain are highlighted as world-class, providing opportunities for global collaboration and technological advancement [5][6]. - Huang Renxun emphasizes the necessity of an agile supply chain to adapt to changing demands and potential disruptions, which is a significant advantage for Chinese manufacturers [7][8]. - The interdependence of global supply chains is underscored, with the assertion that complete decoupling is unrealistic due to the intricate nature of these systems [5][6]. Group 3: Competition and Collaboration - Huang Renxun expresses respect for competitors like Huawei, viewing competition as a catalyst for market prosperity rather than a conflict [22][25]. - The importance of maintaining good relationships with competitors while fostering a competitive spirit is emphasized, suggesting that collaboration can coexist with competition [22][27]. - The dialogue reflects a belief that innovation often arises from challenging environments, where pressure can lead to creative solutions [10][11]. Group 4: Future of AI and Technology - The transformative potential of AI is likened to historical technological revolutions, with the assertion that it will become a fundamental infrastructure for society [16][19]. - Huang Renxun believes that AI will democratize capabilities across various sectors, enhancing productivity and creativity for individuals regardless of their background [19][20]. - The ongoing evolution of AI and its integration into everyday life is seen as a significant opportunity for growth and development in the tech industry [19][24].

Core Viewpoint - TSMC is considering the use of drones in its Arizona chip manufacturing facility to enhance operational efficiency and safety, amidst challenges faced during construction and local labor relations [1][2]. Group 1: Drone Utilization - TSMC is forming a drone team for its Arizona factory, currently in the bidding phase for drone suppliers, with a final list expected by the end of the year [1][2]. - Drones are intended for facility inspections, traffic monitoring, and disaster response, potentially reducing labor needs and risks for workers in hazardous environments [2]. Group 2: Expansion Plans - TSMC is accelerating the expansion of its Arizona facility, planning for one-third of its advanced chip production to occur there, driven by demand for AI and high-performance computing chips [4]. - The company has committed to a $100 billion investment plan in the U.S., with a reaffirmation of an additional $100 billion investment over the next five years to enhance manufacturing capabilities [4][5]. Group 3: Challenges in Japan - TSMC is slowing down the construction of its second wafer fab in Kumamoto, Japan, due to worsening traffic conditions and a lack of demand for mature process chips from automotive manufacturers [3][5]. - The start date for the Kumamoto fab has been postponed from early this year to later in the year, with further delays possible [6][7]. Group 4: Market Dynamics - The demand for AI chips from U.S. tech giants like NVIDIA and AMD is driving TSMC's investments in the U.S., while its facilities in Taiwan remain the core manufacturing sites [5]. - TSMC's cautious approach to capital expenditure is influenced by concerns over market capacity and the potential for high tariffs on imported chips, making U.S. production capacity a priority [7].

如果您希望可以时常见面，欢迎标星收藏哦~ 来 源： 内容 编译自 etnews 。 三星集团主要子公司纷纷开始寻找虚拟化软件"VMware"的替代方案。 原因是近年来VMware价格大幅上涨，且预计未来这一趋势还将持续。通过寻找VMware替代品， 三星希望在降低成本的同时，减少对特定解决方案的依赖。 据行业消息，三星电子、三星电机、三星显示等三星主要子公司正在开展或筹备多个项目，试图摆 脱以VMware为核心的系统。 作为国内VMware最大的客户之一，三星电子自去年起通过技术验证（PoC）等手段，正在今年探 索多种替代方案。 目前，三星电子计划暂时继续使用现有的VMware系统，而非立即拆除。为此，已经完成约400亿 韩元的VMware解决方案采购合同。 三星集团主要子公司采取这一系列行动，是因为他们认为VMware的成本支出过高，远超其带来的 效益。 自2023年被博通（Broadcom）收购后，VMware从去年开始提高了产品价格。业内甚至有观点认 为，未来2至3年内，价格可能较当前上涨多达5倍。 一位业内人士表示："有些企业已经被要求支付比去年高5倍的价格，具体还要看企业的合同情 况，但总体上产品价 ...

Core Viewpoint - Rapidus, a company supported by the Japanese government, has made significant progress in the trial production of 2-nanometer chips, marking a milestone in Japan's semiconductor revival efforts, although details on product quality and customer attraction remain limited [1][2]. Group 1: Company Progress and Goals - Rapidus announced the successful manufacturing of its first 2-nanometer transistor in Japan, with plans to optimize the manufacturing process further [1]. - The company aims to control the error rate of its products at 50% initially, with a future target of reducing it to 10%-20% [2]. - The trial production of 2-nanometer chips is set to begin in April 2025, with mass production expected by 2027, which would represent Japan's most advanced chip technology to date [3]. Group 2: Government Support and Financial Aspects - The Tokyo government has committed up to 1.7 trillion yen (approximately 110 billion) in support for Rapidus, exceeding the 1.2 trillion yen allocated for TSMC's factories in Kumamoto [4]. - The total project cost is estimated at 5 trillion yen (about 340 billion), raising concerns about the financial burden on taxpayers [4]. - Rapidus plans to raise 200 billion yen in new investments this year from both government and private sectors, although many companies remain cautious due to the project's high risks [4]. Group 3: Competitive Landscape and Challenges - Rapidus faces significant challenges in establishing global competitiveness, as it aims to enter the market during a technological transition and close the gap with larger international firms [4][6]. - Competitors like TSMC, Intel, and Samsung are also advancing in the semiconductor race, with TSMC planning to start mass production of 2-nanometer chips by the end of 2025 [6]. - Japan is experiencing a shortage of semiconductor engineers, with many experienced professionals nearing retirement age, prompting Rapidus to collaborate with IBM and startups like Tenstorrent to address this issue [7]. Group 4: Business Model and Customer Engagement - Rapidus is developing a new business model aimed at small and medium-sized clients, offering faster factory response times and accepting smaller custom chip orders [5]. - The company intends to create an integrated platform that combines manufacturing, packaging, and some design processes, differing from the traditional industry practice of separating these stages [5]. - Early target customers include AI chip startups like Tenstorrent, and Rapidus is in discussions with several companies, including large tech firms in the U.S. [6].