2025年11月30日，上海移芯通信科技股份有限公司（简称"移芯通信"）正式向香港联合交易所主板递交上市申请，中信建投国际担任独家保荐人 。作为 国内领先的蜂窝物联芯片供应商，此次递表标志着公司将开启资本市场新征程，为物联网核心技术创新与产业规模化发展注入更强动力。 移芯通信成立于2017年2月，总部位于上海张江，专注于蜂窝通信芯片的研发、架构设计及商业化，核心技术与IP全部自研，覆盖算法&架构、射频、基 带、协议栈软件等全链条核心环节。 公司构建了覆盖低、中、高无线传输全速域的产品矩阵，包括NB-IoT系列芯片EC616、EC616S、EC626，Cat.1bis系列芯片EC618、EC716、EC718等，凭 借优化的PPA（功耗、性能、面积/成本）平衡优势，广泛应用于智能表计、可穿戴设备、网联汽车、工业自动化等多元场景 。其中NB-IoT产品已稳居全 球出货量第一，Cat.1bis产品位列全球第二，整体蜂窝通信芯片出货量位居中国第一、全球第三，市场竞争力显著 。 招股书披露的财务数据显示，公司经营状况持续向好。2022年至2024年，移芯通信营业收入分别达4.10亿元、5.33亿元、5.52亿元，净利润 ...

Core Viewpoint - The company, Pathfinder, is strategically expanding into the semiconductor industry by acquiring 51% stakes in two leading firms, Betley and Shanghai Tongtu, for a total of 678 million yuan, marking a significant move in its "outdoor + chip" dual business strategy [1][3]. Group 1: Acquisition Details - Pathfinder announced the acquisition of Betley for 321 million yuan and Shanghai Tongtu for 357 million yuan, both of which are recognized as high-quality assets in the semiconductor sector [3]. - Betley is a leading design firm in the mixed-signal chip field, achieving a net profit of 17.73 million yuan from January to August 2025, while Shanghai Tongtu reported a net profit of 18.8861 million yuan during the same period [3]. - The acquisition prices reflect high premiums, with Betley at a 363.26% premium and Shanghai Tongtu at a staggering 2119.65% premium, but both companies have committed to a combined net profit of no less than 150 million yuan from 2026 to 2028 [3]. Group 2: Strategic Importance - This acquisition is part of Pathfinder's ongoing transformation into the semiconductor industry, which began in 2021 under the leadership of Li Ming, a veteran in the chip sector [4]. - The revenue contribution from the chip business has increased from 0.74% in 2022 to 13.97% in 2024, indicating its growing importance as a revenue stream for the company [4]. - The traditional outdoor business has faced challenges, with a 13.98% decline in revenue and a 67.53% drop in net profit in the first three quarters of 2025, highlighting the need for diversification into the semiconductor sector [4]. Group 3: Industry Context - The semiconductor industry is currently experiencing a growth phase, driven by policy support and market demand, making it an opportune time for Pathfinder to invest in this sector [5]. - The company's financial position is robust, with approximately 764 million yuan in cash available to fund the acquisition without needing additional financing [5]. - However, the company faces potential risks related to goodwill impairment and the challenges of integrating operations across different sectors, which will test its management capabilities [5].

Core Viewpoint - Japan has reportedly ceased exports of photoresist to China, which is seen as a significant escalation in tensions between the two countries and poses a threat to China's semiconductor industry [1][3]. Group 1: Impact on Semiconductor Industry - The semiconductor market is experiencing a general supply shortage, with demand for DRAM and HBM rising sharply, presenting an opportunity for Chinese companies to grow [3]. - The interruption of photoresist exports from Japan is expected to undermine the expansion plans of Chinese semiconductor manufacturers like CXMT and SMIC, as unstable procurement of core materials could hinder their market entry speed [3]. - The disruption may lead to a global supply chain restructuring and changes in overall price structures within the semiconductor market [3]. Group 2: Japan-China Relations and Supply Chain Dynamics - The export restrictions are seen as a move to increase the distance between Japanese and Chinese companies, while simultaneously strengthening the supply chain ties between South Korea and Japan [3]. - As Japan tightens its control over photoresist exports, South Korean companies are likely to seek more stable cooperation with Japanese SMEs, potentially positioning South Korea as a central axis in the semiconductor supply chain between China and Japan [3]. - The ongoing tensions are expected to have broader implications for the semiconductor supply chain, with South Korean industries closely monitoring the situation for potential impacts on their operations [3]. Group 3: Photoresist Market Overview - Photoresist is a critical material in semiconductor manufacturing, with Japan holding over 70% of the global market share, making it a key leverage point in geopolitical conflicts [4]. - The recent export halt is viewed as a significant setback for China's semiconductor ambitions, particularly affecting companies like SMIC and ChangXin Memory, which are looking to expand production amid rising DRAM prices [4]. - Japan's export controls may gradually extend beyond photoresist, as evidenced by the recent cessation of imports of Chinese DRAM by Japanese semiconductor firm Kioxia due to quality and safety concerns [4].

HL100芯片FP16算力达256 TFLOPS，配备LPDDR5显存，单芯支持128GB超大容量，显存容量为国际同 类产品的1.33倍，同时兼容CUDA生态体系。该芯片支持从单机多卡到千卡级集群的灵活扩展，能效比达 3.41 TFLOPS/W——在同等功耗下算力为国际竞品的8倍，同等算力下总拥有成本（TCO）仅为对方的四 分之一。这种性能优势使其在训练推理一体化场景中展现出显著竞争力。 中诚华隆近日正式发布HL系列全国产AI芯片及全栈智算新品，标志着我国智算领域迎来全新发展阶段。作 为首款全国产训推一体AI芯片，HL100凭借自研的新一代GPGPU+NPU融合架构，在算力、能效比等核心 指标上实现突破性进展。 技术融合创新方面，中诚华隆正深化申威技术、RISC-V架构与安全可信技术的协同研发。通过整合自主指 令集架构与专利技术集群，公司在CPU、AI芯片及SoC专用芯片领域形成差异化竞争力，可提供涵盖通算、 智算、存算、超算的一体化服务方案。这种技术整合能力使其在政务、医疗、金融等关键领域具备快速响应 能力。 中国工程院院士、中诚华隆首席科学家沈昌祥指出，HL100具备大容量、高能效比、全国产化三大特征， ...

Core Viewpoint - Google's self-developed AI chip, TPU, is showing significant potential to challenge the existing market landscape, with expectations of explosive growth in production over the next two years, indicating a possible shift towards large-scale sales to third parties [1][3][4]. Supply Chain Signals - The uncertainty surrounding the TPU supply chain is diminishing, with a substantial increase in production forecasts for 2027 and 2028. The production estimate for 2027 has been raised from approximately 3 million units to about 5 million units, a 67% increase [1][3]. - For 2028, the production forecast has surged from around 3.2 million units to approximately 7 million units, reflecting a remarkable 120% increase [3][4]. Financial Implications - If Google initiates an external sales strategy for TPU, it could open up a significant new revenue stream. Each sale of 500,000 TPU chips could potentially add around $13 billion in revenue and $0.40 to earnings per share (EPS) in 2027 [1][4]. - The report estimates that over the two years from 2027 to 2028, Google could secure 12 million TPU units, compared to a total of 7.9 million units over the past four years, indicating a rapid expansion in AI hardware investment and positioning [1][4]. Strategic Shift - The increase in TPU production suggests a strategic shift for Google from a "self-use" model to directly competing with major players in the AI chip market. This transition could position Google as a hardware seller rather than just a consumer and service provider [4].

Group 1: Intel - Intel's stock surged by 10% on a positive development, reaching a market capitalization of over $190 billion, with a year-to-date increase exceeding 100% [2][4] - Analyst Ming-Chi Kuo indicated that the likelihood of Apple becoming a new customer for Intel has significantly increased, with potential shipments of Apple M-series chips starting as early as 2027 [4] - Winning Apple's advanced node orders is seen as crucial for Intel, as it could signify the end of the company's most challenging period in its foundry business [4][5] - Apple is expected to order between 15 million to 20 million units of the standard M-series chips for MacBook Air and iPad Pro in 2026 and 2027 [5] - Intel has received substantial investments this year, including a $2 billion investment from SoftBank and a $50 billion investment from NVIDIA [5][6] Group 2: Micron Technology - Micron Technology plans to invest 1.5 trillion yen (approximately $9.6 billion) to build a factory in Japan for AI storage chips, with production expected to start around 2028 [1][8] - Micron's stock rose by 2.7%, with a market capitalization of $265.8 billion, and has seen a year-to-date increase of over 180% [10] - Analysts have raised Micron's target price due to increasing demand for DRAM, particularly driven by AI applications, with expectations of supply constraints by 2026 [11]

Core Viewpoint - Yushu Technology has completed its IPO counseling work, indicating readiness for IPO application submission, with expectations of becoming one of the largest and most anticipated domestic technology IPOs in recent years [2][3] Group 1: IPO Progress - Yushu Technology's IPO counseling status has been updated to "counseling work completed," meeting the pre-application conditions for IPO [2] - The company plans to submit its IPO application documents between October and December 2025, along with detailed financial data [3] - The counseling was conducted by CITIC Securities, with legal and accounting support from Beijing DeHeng Law Offices and Rongcheng Certified Public Accountants, respectively [2] Group 2: Company Overview - Founded in 2016, Yushu Technology is a leading developer of humanoid and quadruped robots in China, known for its advanced motion control, perception systems, and intelligent algorithms [3] - The revenue structure for 2024 is projected to be approximately 65% from quadruped robots, 30% from humanoid robots, and 5% from component products [4] Group 3: Product Applications - About 80% of quadruped robots are used in research, education, and consumer sectors, while the remaining 20% are applied in industrial fields such as inspection and firefighting [5] - The company's humanoid robots are currently utilized solely for research, education, and consumer purposes [5] Group 4: Future Goals and Developments - The ultimate goal of Yushu Technology is to enable robots to perform complex tasks and integrate into daily life, although current technology is not yet fully capable [7] - The company is focusing on industrial robots for initial deployment due to higher safety requirements in household applications [7] - Yushu Technology is developing an intelligent emergency robot industrial park in collaboration with Ningbo Blue Cheng Emergency Industry Co., with a total investment of over 1.24 billion yuan [9]

Core Viewpoint - Apple is likely to adopt Intel Foundry's 18A-P process for producing low-end MacBook and iPad chips, which could mark a significant breakthrough for Intel's foundry business by securing a key external customer [1][4]. Group 1: Intel's 18A-P Process - The 18A-P process is a derivative of Intel's 18A technology, introduced during the "Direct Connect 2025" initiative, featuring Foveros Direct 3D hybrid bonding technology that enhances chip integration and performance [5]. - Apple has signed a Non-Disclosure Agreement (NDA) with Intel and has received the 0.9.1GA version of the PDK for the 18A-P process, with key simulations and PPA studies meeting expectations [4][5]. - If progress continues smoothly, Apple plans to start mass production of low-end M-series chips based on the 18A-P process as early as Q2 to Q3 of 2027, contingent on the quality of Intel's 1.0/1.1 PDK delivery [4][8]. Group 2: Market Impact and Strategic Positioning - Following the announcement, Intel's stock surged by 10.19%, indicating strong market confidence in the potential collaboration with Apple [2]. - Apple's projected shipment volume for low-end M-series chips is expected to reach between 15 million to 20 million units by 2027, which would significantly boost Intel Foundry's order volume and serve as a key growth driver [6]. - The collaboration reflects Apple's strategy to diversify its supply chain, supporting "Made in America" initiatives by utilizing Intel's advanced wafer fabrication facilities while still relying on TSMC for high-end chips [6]. Group 3: Industry Implications - The adoption of the 18A-P process by Apple could set a precedent, encouraging other fabless companies to follow suit, potentially making this process a mainstream choice in the mid-to-low-end chip market [8]. - The collaboration is still in the "intent stage," with the success of the partnership hinging on the validation of the 18A-P process's PDK sampling and Intel's production capacity and yield performance [8].

AI带动全球半导体需求，从先前的CoWoS到现在的 存储器 ，半导体被认为是左右 AI发展的关键，这也使得半导体产业在今年掀起一波薪水革命， 如SK海力士开出15个月月薪的奖金、台积电薪水在5年内成长45%等，各大半导体公司纷纷祭出高额薪资，试图留住甚至争抢半导体人才。 而中国 大陆 近年极力发展半导体产业，人才也是他们面临的最大限制之一，这让他们将脑筋动到挖角国际人才上，而 台湾地区 便是他们挖角的方 向之一。 根据 外媒 报道 ，中国 大陆 现在以 台湾地区 数十倍的薪水挖角资深半导体工程师，例如一位 LED上市公司副总投奔中国 大陆 企业，对方开出的 年薪是 2,000万人民币，足足是在 台湾地区 薪水的 20倍以上。 半导体人才短缺持续加剧，海外厂房上线更让国内人才流失 近年来的 AI热潮可说带动了全球半导体产业发展， 台湾地区 、韩国等半导体重镇都迎来大幅度成长，对半导体人才的需求也更加高涨。 根据《金 融时报》 报道 ，台积电、 SK海力士等主要半导体业者一直在提高员工的薪资待遇。 薪资成长 45%、发15个月奖金， 台湾地区 、韩、 中国大陆 不惜高薪抢人 过去 5年里，台积电员工的平均薪资成长 ...

Core Viewpoint - Guokemicro announced the termination of the acquisition of 94.366% equity in Zhongxin Ningbo due to the inability to reach an agreement within the expected timeframe, prioritizing the interests of the listed company and its investors [2] Group 1 - The decision to terminate the acquisition was approved by the board of directors, supervisory board, and independent directors of Guokemicro [2] - A network interactive briefing will be held on December 2 from 15:00 to 16:00 via the Shenzhen Stock Exchange's "Interactive Easy" platform to communicate the termination details with investors [2] - Guokemicro had disclosed the acquisition plan on June 5, intending to acquire Zhongxin Ningbo and raise supporting funds, with five subsequent progress updates [2] Group 2 - Guokemicro operates in the fabless digital chip design sector, while Zhongxin Ningbo is involved in RF devices and MEMS wafer foundry, indicating limited synergy between the two companies [2]