美媒很困惑：中国市场份额暴跌，为什么阿斯麦放着中国员工不裁，被干掉的全是欧美人？ 2026年1月的维尔德霍芬，天气阴冷，但阿斯麦总部的数据却异常刺眼，一边是132亿欧元的单季度订单额，创下公司历史纪录，另一边，却是裁员1700人的 内部通知。 这种"赚钱最多的时候砍人"的操作，在资本市场并不少见，但真正反常的，并不是裁员本身，而是裁员发生的地点。 按很多人熟悉的叙事逻辑，答案本该很简单：出口管制收紧，中国市场受限，收入占比下滑，裁员自然应该从中国区开始。 毕竟，从公开数据看，中国市场的营收占比正从高峰期的三成以上下探到约20%，而且舆论场里反复渲染"2026年是中国半导体被彻底锁死的一年"，如果只 按这种线性逻辑推演，裁中国员工，似乎顺理成章。 但真实的裁员地图却完全相反，被裁岗位高度集中在荷兰总部和美国分部，中国区几乎没有受到冲击，换句话说，那个被反复唱衰的区域，反而成了最安全 的部分，这不是偶然，也不是管理层判断失误，而是一次非常冷静的取舍。 阿斯麦的管理层面对的，并不是"哪块市场政治风险更低"，而是一个更现实的问题：在当前的技术周期和行业节奏下，哪些岗位是真正不可替代的，哪些岗 位反而在拖慢公司反应速度 ...

摩根士丹利| ASML控股 NV（欧洲）：财报前瞻 Into the print（财报前瞻） ASML将于本周晚些时候（1 月 28 日周三）发布财报。 我们预计其订单量表现强劲，且我们的核心逻辑将开始兑现。 市场讨论焦点集中在 2027 年，但我们认为订单量将从 2025 年第四季度延续至 2026 年实现扩张。 摩根士丹利| ASML控股 NV（欧洲）：财报前瞻 Into the print（财报前瞻） ASML将于本周晚些时候（1 月 28 日周三）发布财报。 我们预计其订单量表现强劲，且我们的核心逻辑将开始兑现。 市场讨论焦点集中在 2027 年，但我们认为订单量将从 2025 年第四季度延续至 2026 年实现扩张。 我们重申 "增持"评级（首选标的），并维持 1400 欧元的目标价。 核心要点 2027 年盈利增长有望达到峰值，预计将交付 80 台 EUV 设备。 投资者在财报前关注的关键指标包括：2025 年第四季度订单量、2026 年营收增长、毛利率、EUV 及 DUV 营收增 长。 风险提示：2027 年 EUV 设备的需求可能触及峰值。 英特尔本季度的业绩，印证了我们 2026 财年的预测 ...

荷兰光刻机巨头阿斯麦将于本周三(1月28日)发布财报。摩根士丹利预计该公司将公布强劲的订单数 据，而市场焦点正从2026年转向2027年，后者可能成为公司业绩爆发的关键年份。 分析师指出，近期与买方机构的交流显示，市场预期已升至约20台EUV和70亿欧元以上。 值得注意的是，这将是阿斯麦最后一次公布季度订单数据。从下个季度开始，公司将仅提供年度积压订 单更新，这使得本次财报的订单数据格外重要。 2026年指引：聚焦收入增长与毛利率稳定 对于2026年全年展望，摩根士丹利认为市场关注点集中在四个方面： 据追风交易台，摩根士丹利最新研报维持阿斯麦"增持"评级（Top Pick）和1,400欧元目标价。Lee Simpson分析师团队在报告中表示，预计阿斯麦第四季度订单将达到72.7亿欧元，包括19台EUV低数值 孔径设备，显著高于市场此前50亿欧元以上的预期。 对于指引，分析师团队强调，市场对2026年的温和增长叙事已基本消化，10%的收入增长指引就能让市 场满意，真正的投资机会在于2027年——阿斯麦业绩爆发的关键年份。 大摩预计，阿斯麦2027年EUV设备需求可能达到80台，推动营收达到467.69亿欧元，同 ...

Core Viewpoint - ASML's CEO, Christoph Wouters, emphasizes the challenges of balancing national security and industrial interests, particularly regarding export restrictions to China, which are shifting from "policy risks" to "order expectations" [1][2] Group 1: Market Dynamics - ASML anticipates a significant decline in demand from China starting in 2026, with current sales to China accounting for over one-third of total sales [1] - The company links the weakening demand from China to the enhancement of local supply capabilities, raising concerns about its market share in China [1] - ASML's primary model for deliveries to China is DUV, while EUV export licenses have not been approved since 2019 due to ongoing pressure from the U.S. [1] Group 2: Leadership Perspectives - The shift in ASML's leadership perspective over the years reflects a transition from confidence to anxiety regarding China's technological advancements [4][6] - Former CEO Peter Wennink's statements evolved from dismissing China's capabilities to acknowledging the rapid pace of Chinese innovation and the potential disruption to global supply chains [5][6] Group 3: Industry Concerns - Other semiconductor equipment companies, such as Applied Materials and Tokyo Electron, share similar anxieties about losing the Chinese market, which constitutes a significant portion of their revenue [7] - The competitive landscape indicates that while China has not yet caught up in photolithography equipment, it is advancing rapidly in other segments of the semiconductor supply chain [8] Group 4: Impact of Technology Restrictions - The U.S. strategy of tightening technology restrictions has not achieved its intended effect, as China is accelerating its domestic production capabilities in response [9] - ASML's strategy of offering older technology models to China is seen as a buffer to mitigate the risk of losing the market entirely [10] Group 5: Future Outlook - The perceived technological gap of "about ten years" between the West and China is increasingly questioned, as Chinese firms approach critical production milestones in DUV technology [12][13] - The future trajectory for ASML hinges on its ability to adapt to the rapidly changing competitive landscape in China, where local firms are gaining ground [14]

Core Viewpoint - ASML has established a technical academy in Phoenix, Arizona, aimed at training engineers to maintain and service its complex chip manufacturing equipment, supporting the rapid expansion of advanced chip production in the U.S. [1] Group 1: Facility and Training Goals - The new facility is located near Phoenix Airport and aims to train over 1,000 engineers annually [1] - The training is focused on supporting the U.S. advanced chip manufacturing capacity [1] Group 2: Equipment Complexity and Cost - ASML's DUV and EUV equipment complexity is comparable to that of F-35 fighter jets [1] - The most advanced EUV equipment costs approximately $400 million and requires multiple 747 cargo planes for transportation [1] Group 3: Recruitment Focus - ASML is particularly interested in hiring veterans with military aircraft maintenance backgrounds, considering them highly suitable for the roles [1]

Core Viewpoint - The recent export regulations from the Netherlands regarding deep ultraviolet (DUV) lithography equipment have significant implications for the global semiconductor industry, particularly affecting China's access to advanced chip-making technology [1][2][4]. Group 1: Export Regulations and Impact - The Netherlands will raise the export threshold for DUV equipment from 7nm to 14nm by October 31, 2025, requiring licenses for mid-range models like 1970i and 1980i, with approval times extended to 90 days or more [1][2]. - The new regulations not only restrict equipment but also cover associated tools and software upgrades, effectively locking down the entire advanced manufacturing process [2][4]. - ASML, the leading lithography equipment manufacturer, is expected to see its revenue from the Chinese market drop from over 40% to below 25% by 2025 due to these restrictions [2][4]. Group 2: China's Response and Adaptation - In response to the restrictions, China's semiconductor industry is accelerating its self-sufficiency efforts, with a projected 20% increase in semiconductor equipment investment in 2025 [6][10]. - Domestic companies like Shanghai Micro Electronics are advancing DUV technology to cover 65nm and 28nm processes, with the introduction of the electron beam lithography machine "Xizhi" marking progress in quantum and early semiconductor tools [6][8]. - SMIC is adjusting its procurement strategy to reduce reliance on foreign DUV equipment, with domestic equipment now accounting for over 35% of its orders [8][10]. Group 3: Industry Dynamics and Future Outlook - The tightening of export controls reflects a broader geopolitical struggle, with the U.S. and its allies attempting to maintain technological dominance while China seeks to establish itself as a rule-maker in the semiconductor space [4][13]. - The semiconductor ecosystem is expected to undergo significant restructuring, with companies like ASML facing challenges as they navigate the new regulatory landscape [2][14]. - Despite the immediate impact of the Dutch regulations, the long-term outlook for China's semiconductor industry remains optimistic, with plans to triple production capacity by 2026 and significant investments in domestic EUV technology [10][14].

Core Insights - The new Dutch export regulations for photolithography machines, effective from October 31, 2023, have significantly impacted the global semiconductor supply chain, reducing DUV equipment export limits from 7nm to 14nm and extending approval periods to 90 days [1][3] - The regulations are seen as a concession to U.S. pressure, raising concerns about the economic implications for the Netherlands, particularly given that China accounts for 35% of ASML's global DUV sales [3][5] - ASML's stock dropped by 8.2% on the day the new rules were announced, with projections indicating a potential 12% revenue decline in 2025 if the Chinese market is lost [3][5] Group 1: Economic Impact - The new regulations threaten the Dutch semiconductor industry, where 20% of the 120,000 jobs are directly related to trade with China, potentially leading to widespread layoffs [3] - ASML's strategy to mitigate the impact includes the introduction of the NX2000 series, which allows for 7nm chip production with minor adjustments, and plans to establish a service center in Suzhou to reduce equipment maintenance times [5][7] Group 2: Geopolitical Dynamics - China's recent rare earth export regulations could further complicate the situation for ASML, as their machines require significant amounts of rare earth materials sourced from China, with current inventory only sufficient for eight weeks of production [7] - The ongoing geopolitical tensions have accelerated the development of domestic semiconductor capabilities in China, with companies like SMIC increasing collaborations with Japanese and local equipment manufacturers [9][11] Group 3: Industry Outlook - The intertwined nature of the semiconductor supply chain suggests that unilateral sanctions may not effectively sever ties, as evidenced by ASML's attempts to navigate regulatory challenges while China leverages its resource advantages [11] - The situation highlights the need for mutual respect and cooperation in maintaining a stable and prosperous semiconductor industry, with the potential for the Netherlands' recent policy decisions to serve as a cautionary tale for its semiconductor sector [11]

Core Viewpoint - The Chinese Ministry of Commerce has implemented strict export controls on rare earths and related technologies, significantly impacting global supply chains, particularly for ASML, the only company capable of producing advanced EUV lithography machines, which rely heavily on Chinese rare earth materials [1][3][5]. Group 1: New Regulations - The new regulations require any product containing more than 0.1% Chinese rare earth components to obtain approval from China before re-exporting [1][3]. - The regulations encompass the entire industry chain, including mining, smelting, metal refining, and magnet manufacturing, making it difficult for companies to bypass controls through third-party countries [3][5]. Group 2: Impact on ASML - ASML's EUV lithography machines depend on rare earth elements like neodymium, dysprosium, and terbium, with over 10,000 parts in each machine [5]. - The company may face shipment delays of up to 12 weeks due to the new approval requirements for all equipment containing Chinese rare earths [8]. Group 3: Broader Industry Effects - The new regulations have immediate repercussions for the global semiconductor industry, affecting major players like TSMC, Samsung, and Intel, all of which rely on ASML's machines for high-end chip production [7]. - Samsung's attempt to replace neodymium-iron-boron magnets with samarium-cobalt magnets has resulted in a 40% cost increase, while Intel's Arizona factory has only 90 days of rare earth polishing material inventory [9]. Group 4: Geopolitical Context - The export controls reflect an escalation in the tech rivalry between the U.S. and China, mirroring the U.S. "foreign direct product rule" by enforcing technology traceability [11]. - The crisis highlights the vulnerability of the Western semiconductor industry, as the U.S. lacks a complete processing supply chain despite having rare earth resources [11]. Group 5: Market Reactions - The market has reacted sharply, with dysprosium oxide prices soaring by 30% within 48 hours, and the stock prices of Chinese companies like Northern Rare Earth have surged [13]. - Morgan Stanley predicts that if the controls persist, prices for smartphones and PCs could rise by 15% to 20% by 2026 [13]. Group 6: ASML's Strategic Choices - ASML's current predicament is linked to its previous decisions to halt exports to China under U.S. pressure, resulting in a significant revenue drop from the Chinese market, which once accounted for 29% of its income [15]. - The new rare earth regulations not only disrupt ASML's supply chain but also create uncertainty for its global customers, reshaping the dynamics of global tech power [15].

Core Insights - China's recent export controls on rare earths and related technologies represent a significant shift in global trade dynamics, impacting high-tech industries worldwide [1][5][9] - The new regulations particularly affect ASML, the only company capable of producing advanced EUV lithography machines, which are essential for chip manufacturing [3][5] Group 1: Impact on ASML - ASML's reliance on Chinese rare earths for critical components like laser systems and precision lenses makes it vulnerable to China's export restrictions [3][5] - Reports indicate that ASML may face shipment delays of weeks or months for products containing Chinese rare earths, as exports will require Chinese approval [3][5] - The company's previous alignment with U.S. policies, including halting the supply of advanced EUV machines, has backfired, leaving it exposed to supply chain disruptions [3][5][9] Group 2: Strategic Implications - China's export controls are not merely economic maneuvers but strategic actions that reshape global supply chains and power dynamics, particularly in the context of U.S.-China relations [5][7][9] - The timing of the new regulations coincides with upcoming U.S.-China talks, signaling China's intent to assert its influence and counter U.S. efforts to restrict technology access [7][9] - This situation illustrates a broader realization among Western industries that control over technology does not equate to control over essential raw materials, which are predominantly sourced from China [5][9] Group 3: Global Supply Chain Dynamics - China's dominance in rare earth production, accounting for over 70% of global supply, underscores its critical role in the high-tech supply chain [3][5] - The recent developments highlight a shift in perception, where China is seen as a key player capable of dictating global rules rather than merely reacting to external pressures [7][9] - The situation serves as a wake-up call for Western industries, emphasizing the importance of securing stable access to essential materials for technological advancement [5][9]

Core Viewpoint - The Russian Academy of Sciences' roadmap for domestic 11.2 nm wavelength EUV lithography tools aims to establish an independent semiconductor manufacturing capability, showcasing a commitment to innovation despite significant technical and commercial challenges [1][2]. Group 1: Roadmap Overview - The roadmap, proposed by Nikolai Chkhalo, spans from 2026 to 2037, focusing on differentiated design to avoid the complexities and high costs associated with ASML's technology [2]. - The project is divided into three main phases: 1. Phase 1 (2026-2028): Launch of lithography machines supporting 40 nm processes with a throughput of over 5 wafers per hour [5]. 2. Phase 2 (2029-2032): Introduction of machines for 28 nm (downward compatible to 14 nm) with a throughput exceeding 50 wafers per hour [6]. 3. Phase 3 (2033-2036): Development of machines for sub-10 nm processes, achieving a throughput of over 100 wafers per hour [6]. Group 2: Technical Innovations - The Russian EUV lithography technology diverges from the mainstream 13.5 nm wavelength, utilizing a hybrid solid-state laser and xenon plasma light source, along with 11.2 nm wavelength mirrors made of ruthenium and beryllium [6][8]. - This approach significantly reduces contamination of optical components, thereby lowering maintenance requirements compared to ASML's tin droplet method [8]. Group 3: Challenges and Comparisons - The feasibility of the Russian EUV lithography roadmap faces challenges, including the need for a complete ecosystem of optical components and resist materials tailored for the new wavelength [7]. - While the proposed machines aim for high throughput, they are designed for smaller foundries rather than competing with ASML's high-capacity systems [8][9]. - The Russian strategy reflects a differentiated competitive approach, contrasting with China's adherence to mainstream technology paths, aiming for self-sufficiency in chip production [9].