以下文章来源于东四十条资本 ，作者鲁智高 东四十条资本 . 聚焦股权投资行业人物、事件、数据、研究、政策解读，提供专业视角和深度洞见 | 创投圈有趣的灵魂 将投中网设为"星标⭐"，第一时间收获最新推送 清华校友带队，干出一家深圳明星独角兽 飞骧科技的故事，始于一笔十年前的收购。 时间回到2015年，在将收购来的公司卖给星星科技后，看好手机射频行业的潘清寿又准备收购国民技术剥离的射频功率放大 器业务。正是在这个过程中，潘清寿结识了国民技术无线射频产品事业部总经理龙华，并为双方一起创业埋下伏笔。 同年5月，潘清寿和龙华等人在深圳成立飞骧科技，最终拿出4500万元将国民技术无线射频产品事业部资产组收入囊中。与此 同时，国民技术相关专利及无线射频产品事业部员工，也成为飞骧科技发展的基础。 估值达到约86亿元。 作者丨 鲁智高 来源丨 东四十条资本 一家深圳明星独角兽冲向港股。 近日，飞骧科技申请在港上市。在清华校友龙华的带领下，这家已盈利的半导体公司通过深耕射频前端芯片，不仅成功拿下小 米、荣耀等客户，而且功率放大器（PA）及PA集成收发模组的销量全球第一。 这些成绩的背后，离不开众多投资者的支持。 从深高新投、中金 ...

8月29日，深圳飞骧科技股份有限公司向港交所递交上市申请。 该公司是一家总部位于中国的无晶圆厂半导体公司，专注于设计、研发和销售射频前端芯片，下游应用 领域包括移动智能设备、Wi-Fi产品、智能家居及其他物联网、车载通信及卫星通信等。 2022年、2023年、2024年和2025年前5个月，飞骧科技净利润分别为-3.61亿元、-1.93亿元、0.76亿元和 0.13亿元。 曾递交科创板上市申请 根据招股书，飞骧科技专注于设计、研发和销售射频前端芯片。射频前端芯片由功率放大器（PA）、 低噪声放大器（LNA）、滤波器/双工器及开关组成，其中PA为核心元件。公司的产品可分为PA及PA集 成收发模组，包括5G L-PAMiD、5G L-PAMiF、5G PA模组、4G PA模组、2G-3G PA模组，以及Wi-Fi产 品；集成接收模组、LNA及开关。 飞骧科技在招股书中提到，香港联交所作为领先的国际金融市场之一，可为公司提供直接进入全球资本 市场的途径，提升公司的筹资能力，扩大公司的股东基础，并加强公司的国际视野；将为公司提供一个 更好的平台，以支持公司的业务发展；将进一步提升公司的品牌知名度、业务概况及企业形象， ...

Core Viewpoint - Skyworks has significantly increased its presence in the chip spot market over the past two years, driven by rising demand in various sectors, including drones, and has seen a notable increase in prices for certain models [3][16]. Group 1: Company Overview - Skyworks is a non-typical analog chip manufacturer specializing in radio frequency (RF) chips, particularly in the RF front-end (RFFE) segment, which plays a crucial role in wireless communication modules [5][6]. - The global RF front-end market is dominated by major players, with Skyworks holding a 15% market share, alongside Broadcom, Qualcomm, Qorvo, and Murata, which collectively account for about 80% of the market [7][10]. Group 2: Market Position and Performance - Skyworks leads the power amplifier (PA) market with a 43% share, while also holding a 22.6% share in the RF switch market and 10% in the SAW filter market [10][11]. - The RF front-end components, particularly filters and power amplifiers, are projected to grow significantly, with expected market sizes of $2.1 billion and $1.4 billion by 2026, respectively [12]. Group 3: Business Segments and Revenue - Skyworks' revenue is primarily derived from two business segments: mobile business (60-67% of revenue) and broad markets (including IoT, automotive, and industrial applications) [14]. - The company has seen its revenue grow from approximately $800 million in 2009 to over $5 billion in recent years, with a peak of $5.486 billion in fiscal year 2022 [18][20]. Group 4: Challenges and Risks - Skyworks faces challenges due to its heavy reliance on mobile business, particularly on Apple, which contributes significantly to its revenue. A recent shift in Apple's sourcing strategy is expected to reduce Skyworks' demand by 20-25% [21][23]. - The company has experienced a shift in revenue sources, with the U.S. market's share increasing from over 50% in 2018 to 77% in 2024, while its reliance on the Chinese market has decreased [25]. Group 5: Future Outlook - Skyworks is actively diversifying its business to reduce dependence on the smartphone market, with broad markets revenue increasing from about 30% in fiscal year 2021 to over 35% in fiscal year 2024 [26]. - Despite facing challenges, Skyworks maintains a strong cash flow, with free cash flow exceeding $1.6 billion for two consecutive years, supporting ongoing R&D and product development [31].

Core Viewpoint - The domestic RF front-end industry is facing unprecedented challenges, with leading companies like ZTE Microelectronics, Weijie Chuangxin, and Huizhiwei reporting significant losses, indicating a severe market downturn driven by intense competition and overcapacity [1][4]. Group 1: ZTE Microelectronics - ZTE Microelectronics reported a revenue of 756 million yuan in Q1 2025, a year-on-year decline of 36.47%, with a net profit loss of 46.62 million yuan [1]. - The company has shifted its focus from RF switch products to integrated modules, achieving self-production of RF filters and power amplifiers, but this transition has not yielded the expected results, leading to a decline in revenue from RF switches [2]. - The Fab-Lite strategy adopted by ZTE Microelectronics aims to enhance supply chain control but has resulted in increased R&D costs and fixed asset depreciation, contributing to a 64.2% drop in net profit in 2024 [3]. Group 2: Weijie Chuangxin - Weijie Chuangxin, a leading player in the RF power amplifier sector, reported a revenue of 2.103 billion yuan in 2024, down 29.46% year-on-year, with a net profit loss of 23.73 million yuan [4][6]. - The company has maintained a strong market position in the RF power amplifier field, with a 40% market share in 4G PA and 30% in 5G products, but has faced challenges due to declining prices and increased competition [5]. - Despite its strong R&D capabilities and market presence, Weijie Chuangxin has struggled to maintain profitability, oscillating between profit and loss [6]. Group 3: Huizhiwei - Huizhiwei has focused on technological innovation as its core competitive advantage, achieving significant breakthroughs in RF front-end chip technology [7][8]. - The company has developed a reconfigurable RF front-end technology that combines SOI and GaAs materials, allowing it to compete effectively against international suppliers [8][9]. - Huizhiwei's Phase8L L-PAMiD module has achieved mass production and is positioned to enhance the domestic RF front-end industry's competitiveness against international players [9][10]. Group 4: Market Dynamics - The competition in the domestic RF front-end market is characterized by both technological and capital challenges, with companies needing to invest heavily in R&D while also managing operational costs [11]. - The market is expected to undergo significant changes, with the introduction of new products and technologies potentially reshaping the competitive landscape [12][13]. - The year 2025 is anticipated to mark the beginning of a more intense phase of competition in the domestic RF front-end sector, as companies strive to establish their market positions [13].