东微半导公告称，公司于2025年12月3日召开相关会议，审议通过2026年度日常关联交易预计议案。 2026年1-7月预计与关联方客户A出售商品及服务金额1.55亿元，占同类业务比例15.45%；2025年1-10月 实际发生9845.86万元，占比9.81%。公司与客户A关联关系将于2026年7月底解除。该事项尚需股东会 审议，关联股东需回避表决。保荐机构中金公司同意上述预计事项。 ...

Core Viewpoint - Onsemi and Innoscience have signed a Memorandum of Understanding (MoU) to explore opportunities for accelerating the deployment of Gallium Nitride (GaN) power devices, starting with 40-200V power devices, to significantly expand their customer base [1][2]. Group 1: Collaboration Benefits - The collaboration aims to overcome existing barriers to GaN deployment, focusing on mainstream market applications such as industrial, automotive, telecommunications, consumer electronics, and AI data centers [2][3]. - Benefits for Onsemi's customers include faster time-to-market through rapid prototyping and design integration, scalable manufacturing capabilities to meet high demand, and reduced system costs due to optimized packaging and simplified thermal management [2][3]. Group 2: Market Potential and Growth - GaN technology is expected to play a crucial role in improving electronic products by enabling smaller, more efficient power systems, thereby saving energy and reducing CO2 emissions [3]. - The GaN market is projected to reach $2.9 billion by 2030, with Onsemi expected to capture 11% of the global power semiconductor market, growing at a compound annual growth rate (CAGR) of 42% from 2024 to 2030 [3][4]. Group 3: Product Portfolio Expansion - The partnership will enhance Onsemi's comprehensive smart power product portfolio, which currently includes silicon, silicon carbide (SiC), and GaN technologies, allowing for optimal power systems across various applications [4]. - This integrated product offering positions Onsemi as a leading supplier of fully integrated power systems, maximizing performance and energy efficiency amid rising global electrification and AI energy demands [4].

Core Insights - Germany has initiated a significant semiconductor funding program since the EU Chip Act came into effect, primarily aimed at supporting Intel's long-delayed €30 billion (approximately $34.8 billion) wafer fab project in Magdeburg [1] - The funding is being diversified across various technology projects, including mature node capacity in Dresden and quantum sensor-based measurement devices in Munich [1] - The urgency for this funding stems from the EU Chip Act's project tender announcement expected by the end of 2024, marking a shift from direct negotiations to a structured bidding process [1][2] Funding Allocation and Concerns - The funding plan includes €2 billion (approximately $2.3 billion) to ensure Intel's subsidies are not diverted to non-semiconductor projects, as the German budget faces pressure with €3 billion (approximately $3.4 billion) reallocated to general infrastructure [2] - There is a concern that remaining microelectronics funds, estimated at €7 billion to €8 billion (approximately $8.1 billion to $9.2 billion), may be diluted if not quickly deployed for reliable industrial projects [2] Project Timeline and Demand - The project solicitation is set to begin in mid-November 2024 and conclude in early January 2025, with industry demand significantly exceeding supply, as companies have requested approximately €6 billion (approximately $6.9 billion) in funding, three times the available amount [3] - A legal document allowing companies to "self-assume risk" and start work before final funding approval has been issued, although no projects have yet received binding funding grants [3][4] Approval Process and Political Support - Projects must first receive approval from the EU Commission's competition authority before public funds can be disbursed, with German ministries expressing support but awaiting final approval from Brussels [5] - A high-profile event by GlobalFoundries marked the formal launch of its factory expansion project under the EU Chip Act, attended by top German officials, emphasizing the political backing for semiconductor industry ambitions [5][6] Regional Dynamics and Competitive Landscape - The new funding structure has created competitive dynamics among German states, with Bavaria benefiting from a more favorable funding model compared to Saxony, which faces greater pressure due to its larger semiconductor cluster [7] - As multiple projects receive early approval, Germany aims to reshape its semiconductor landscape beyond a few large fabs, focusing on mature process nodes, memory projects, and core materials and chemicals [8] Future Outlook - Despite Intel's initial plans being canceled, Germany remains committed to developing its microelectronics industry, accelerating various innovative projects to prevent strategic funds from being diverted to other sectors [9]

英诺赛科在港交所公告，公司欣然宣布，于2025年12月3日，其已与安森美半导体达成战略合作，以采 用本公司成熟的8英寸硅基氮化镓工艺，共同加速推进氮化镓产业的应用和布局。此次战略合作，将通 过晶圆采购等方式，整合英诺赛科成熟先进的氮化镓制造能力及安森美半导体在系统封装与集成等领域 的经验和优势，加速推动氮化镓在新能源汽车、人工智能、数据中心，工业等领域的快速落地。此次战 略合作有望在未来几年为本公司带来数亿美元的氮化镓销售，并为合作双方在上述关键领域的市场开拓 与布局带来先机。 ...

Core Viewpoint - The collaboration between InnoSilicon and ON Semiconductor aims to accelerate the application and layout of GaN technology in various industries, potentially generating hundreds of millions in sales for the company in the coming years [1] Group 1: Strategic Collaboration - InnoSilicon has announced a strategic partnership with ON Semiconductor to leverage its mature 8-inch silicon-based GaN technology [1] - The collaboration will integrate InnoSilicon's GaN manufacturing capabilities with ON Semiconductor's expertise in system packaging and integration [1] Group 2: Industry Applications - The partnership is expected to expedite the deployment of GaN technology in sectors such as electric vehicles, artificial intelligence, data centers, and industrial applications [1] Group 3: Financial Outlook - The collaboration is projected to bring in several hundred million dollars in GaN sales for InnoSilicon over the next few years [1]

此次战略合作有望在未来几年为本公司带来数亿美元的氮化镓销售，并为合作双方在上述关键领域的市 场开拓与布局带来先机。 智通财经APP讯，英诺赛科(02577)发布公告，于2025年12月3日，其已与安森美半导体(纳斯达克股份代 号： ON)达成战略合作，以采用本公司成熟的8英寸硅基氮化镓工艺，共同加速推进氮化镓产业的应用 和布局。此次战略合作，将通过晶圆采购等方式，整合英诺赛科成熟先进的氮化镓制造能力及安森美半 导体在系统封装与集成等领域的经验和优势，加速推动氮化镓在新能源汽车、人工智能、数据中心，工 业等领域的快速落地。 ...

此次战略合作有望在未来几年为公司带来数亿美元的氮化镓销售，并为合作双方在上述关键领域的市场 开拓与布局带来先机。 格隆汇12月3日丨英诺赛科(02577.HK)宣布，于2025年12月3日，其已与安森美半导体(纳斯达克股份代 号：ON)达成战略合作，以采用本公司成熟的8英寸硅基氮化镓工艺，共同加速推进氮化镓产业的应用 和布局。此次战略合作，将通过晶圆采购等方式，整合英诺赛科成熟先进的氮化镓制造能力及安森美半 导体在系统封装与集成等领域的经验和优势，加速推动氮化镓在新能源汽车、人工智能、数据中心，工 业等领域的快速落地。 ...

英诺赛科(02577)发布公告，公司董事会欣然宣布公司在与英飞凌的诉讼案中取得胜利。美国东部时间 2025年12月2日，针对英飞凌对英诺赛科发起的337调查案件，美国国际贸易委员会(ITC)发布裁决结 果：在涉案的两项专利中，ITC裁定其中一项专利英诺赛科完全不侵权，另一项专利英诺赛科的规避设 计方案(当前产品正在使用的设计方案)完全不侵权。 此次ITC的裁决进一步明确了英诺赛科相关知识产权状态，并将为其在未来的全球化发展扫清障碍。公 司将持续尊重与保护知识产权，并致力于为全球客户提供卓越的硅基氮化镓功率解决方案。 ...

Group 1 - Marvell announced the acquisition of Celestial AI for at least $3.25 billion, potentially increasing to $5.5 billion if revenue milestones are met [1] - Marvell's stock rose 13% after reporting third-quarter earnings that exceeded expectations, with a projected 25% growth in data center revenue next year [1][3] - The acquisition aims to enhance Marvell's semiconductor networking business by integrating Celestial's technology, which is crucial for AI infrastructure [1][2] Group 2 - Celestial AI specializes in developing optical interconnect hardware, which is essential for connecting high-performance computers [1][2] - Marvell's CEO stated that the acquisition solidifies their technological leadership and expands their market potential for AI and cloud customers [2] - The first application of Celestial's technology will be in connecting large XPU systems, which are custom AI chips [2] Group 3 - Amazon Web Services' VP noted that Marvell's acquisition will accelerate optical scaling innovations for next-generation AI deployments [3] - If Celestial achieves $2 billion in cumulative revenue by the end of fiscal 2029, it will trigger the maximum payment for the acquisition [3] - Marvell's third-quarter earnings report showed earnings per share of $0.76 and revenue of $2.08 billion, surpassing previous estimates [3] Group 4 - SiTime is in talks to acquire the timing division of Renesas Electronics, with a potential valuation of up to $2 billion [5][6] - The timing division produces clocks for synchronizing signals in wireless infrastructure and data centers [5] - SiTime's stock has increased by 34% this year, while Renesas Electronics' stock has decreased by 11% [6]

Core Viewpoint - Hongguang Semiconductor (06908.HK) announced plans to acquire approximately 12.98% equity in its subsidiary, Shenzhen Gallium Semiconductor Co., Ltd., for about HKD 114 million, increasing its total stake to approximately 73.28% [1][3] Group 1: Acquisition Details - The acquisition price consists of two parts: Part A involves issuing approximately 146.77 million new shares at HKD 0.50 per share, while Part B includes issuing acceptance notes worth approximately HKD 40.82 million with an 18-month term and an annual interest rate of 2% [2][3] - The increase in shareholding is expected to streamline the equity structure and enhance control over the subsidiary's operational decisions and synergies [3] Group 2: Company Background and Business Focus - Hongguang Semiconductor, established in 2010, is a leading player in the domestic backlight LED sector, focusing on the R&D, production, and sales of SMD LED devices and lighting products for various applications [3][4] - The company is transitioning its business focus towards third-generation semiconductor technologies, particularly gallium nitride (GaN), and has entered into a strategic cooperation framework agreement with GCL Group to explore applications of GaN power chips in the new energy sector [3][4] Group 3: Business Performance and Future Outlook - Shenzhen Gallium Semiconductor is a key platform for the company's third-generation semiconductor strategy, specializing in the R&D and manufacturing of GaN power chips and RF epitaxial wafers [4] - In the first half of 2025, the company reported LED lamp sales revenue of approximately CNY 24.93 million and GaN and fast-charging product revenue of approximately CNY 0.81 million, reflecting an eightfold year-on-year growth, although the overall revenue contribution remains low [4]