2025 年，对于全球无线通信产业而言，注定是一个将被载入史册的"分水岭"。 在数字化浪潮与万物互联（AIoT）愿景的深度交汇点上，一项由中国原生的新一代无线短距通信技术 —— 星闪（NearLink），历经技术沉淀与市场培育， 正式迎来了产业发展的关键跨越。 作为早已在技术性能与生态布局上展现出强劲潜力的创新技术，星闪在 2025 年完成了从稳步成长到规模爆发的重要跃迁。 据国际星闪联盟最新披露的数据显示，随着星闪 2.0 标准的发布及国家标准的正式获批，技术体系日趋成熟，搭载星闪技术的终端产品规模在 2025 年正式 突破"亿级"大关。 这一数字的跨越，不仅是量的积累，更标志着星闪已彻底走出早期的技术概念验证阶段，全面迈入大规模商业化落地的爆发期。 在 9 月 20 日举行的 HC2025 上，相关数据进一步印证了这一趋势：星闪联盟成员已超过 1200 家，覆盖了从芯片设计、模组制造、整车研发到终端应用的全 产业链，一个协同共生、规模可期的产业生态已全面成型。 当下，星闪正在以"万物互联互通基座"的身份，凭借其"硬总线"的属性，扮演着 AIoT 时代"神经中枢"的关键角色。 一个由技术创新驱动、直指万亿级 ...

技术完成跃迁的标志，往往不是被反复提及，而是被理所当然地依赖。 19世纪末，交流电作为一项颠覆性的技术进入人类社会，曾以点亮世界的能力引发巨大震撼。但是在今天，它早已退居幕后，成为现代生活中不可或缺的基 础设施。 诞生于1969年的互联网，最初也以连接为核心。后来随着技术与应用的不断成熟，人们不再关心网络本身的存在，更在意其背后的服务是否稳定、体验是否 顺畅。 技术变革往往伴随着一种大众误解：人们习惯将突破性的科技，与石破天惊划上等号，仿佛只有被强烈感知，才算真正的创新。 但事实恰恰相反， 那些真正改变未来的技术，往往不以存在感取胜，而是通过构建稳定而可靠的「技术黑箱」，将复杂问题封装在系统内部。 正如打破线缆限制的新一代无线短距通信技术—— 星闪，其凭借着大带宽、低时延、稳定可靠的技术特性，正在成为万物互联时代的连接底座。 回看星闪的发展节奏，一条清晰的产业演进路径已经浮现。 2020年9月，国际星闪联盟成立；2023年，星闪正式进入商用阶段；2025年3月，星闪2.0标准发布，完成从能力到规则的关键升级。随着搭载星闪技术的智 能终端在今年9月突破1亿台规模，星闪也由此跨过技术验证期，走向了生态扩张。 这并 ...

Core Insights - The 2025 Consumer Electronics Innovation Conference (CEIC 2025) commenced on November 6, 2023, focusing on "New Electronics, New Experiences, New Consumption" with participation from nearly 300 tech companies across 20 countries and regions, attracting over 18,000 attendees on the first day [1] - The conference featured discussions on cutting-edge topics such as ultra-high-definition video, artificial intelligence, and wireless communication, with over 1,000 representatives from global industries, academia, and international organizations [1] - The event showcased significant innovations, including Huawei's launch of the Starry Flash headphones and the global debut of HarmonyOS 6 products across various device categories [2][3] Industry Developments - The conference highlighted the seamless collaboration capabilities of Huawei's HarmonyOS ecosystem, allowing for smooth transitions between devices such as smartphones, tablets, and cars [2] - Notable innovations included the world's first airworthy passenger drone by EHang, humanoid robots, and holographic VR devices, which generated considerable interest among attendees [2] - The smart automotive sector was represented by XPeng Motors, which demonstrated advanced driving assistance features powered by high-performance chips, alongside digital health products showcasing new trends in health monitoring [3] Policy and Support - Shenzhen's industrial advantages were emphasized, with the city establishing a 5 billion yuan AI terminal fund and a 1 billion yuan network and communication fund to support the consumer electronics industry [3] - The CEIC 2025 serves as a platform for promoting industry upgrades and fostering global cooperation, marking a historic shift for China's consumer electronics industry from technology following to innovation leadership [3]

Core Insights - The introduction of the "Star Flash" digital car key marks a significant turning point in the digital key industry, transitioning from traditional Bluetooth to more advanced technologies like NFC and UWB, which have faced various user experience challenges [3][4][5] - The Star Flash digital key is becoming a standard feature in smart vehicles by 2025, with major automotive brands highlighting it as a key innovation in their new models [3][10] - The technology enhances user experience by providing high precision, low latency, and improved security, addressing the shortcomings of existing digital key solutions [6][9][11] Industry Trends - The digital key market in China saw a delivery volume of 7.885 million units from January to August 2025, reflecting a year-on-year growth of 31.62%, with over 76% of new models featuring digital keys [5] - The Star Flash technology has been adopted by over 50 vehicle models within six months of its launch, indicating a rapid industry-wide acceptance and integration [10][11] - The establishment of a unified standard for the Star Flash digital key, supported by over 1,200 partners, is facilitating the development of a robust ecosystem that includes vehicle manufacturers, terminal device makers, and chip suppliers [12][13] Technological Advancements - Star Flash technology significantly improves the accuracy of digital keys, achieving a positioning precision of within 0.6 meters and reducing user experience issues like delayed unlocking [7][9] - The security of the Star Flash digital key is enhanced through advanced mechanisms that prevent potential hacking risks associated with traditional Bluetooth keys [9][11] - The technology is positioned as a foundational element for the smart vehicle ecosystem, enabling seamless communication between vehicles, terminals, and cloud services [12][16] Market Dynamics - The competitive landscape is shifting as multiple automotive manufacturers are racing to integrate Star Flash technology into their vehicles, marking a new era of smart automotive experiences [11][17] - The collaborative efforts among various stakeholders in the industry are creating a comprehensive framework for the deployment and standardization of digital key technologies [12][16] - The Star Flash digital key is not just a technological upgrade but a catalyst for a broader transformation in the automotive industry, redefining user interactions and connectivity [17]

Core Insights - The article emphasizes the emergence of the "Star Flash Digital Key" as a pivotal technology in the smart automotive industry, expected to become a standard feature by 2025 [1][2][20] - The transition from traditional mechanical keys to digital keys is highlighted, with a focus on the user experience and the need for improved communication technologies [6][20] Group 1: Technology and User Experience - The Star Flash Digital Key addresses common issues faced by users with existing Bluetooth, NFC, and UWB technologies, such as signal delays and security concerns [1][6][9] - The technology offers enhanced precision, with positioning accuracy within 0.6 meters, significantly improving user experience by eliminating common frustrations like "penalty standing" [7][9] - Security is a major focus, with Star Flash utilizing Time of Flight (TOF) technology to ensure accurate distance measurement, thus preventing potential hacking risks associated with traditional Bluetooth keys [9][10] Group 2: Market Adoption and Industry Impact - Since its introduction in March 2025, over 50 vehicle models have adopted the Star Flash Digital Key, indicating rapid market acceptance and integration [11][12] - The technology is not just a communication tool but is becoming a critical entry point for smart mobility ecosystems, representing a shift in how vehicles connect with users and other devices [6][13][20] - The collaboration among over 1,200 partners to establish standards and ecosystems around Star Flash is indicative of a robust industry-wide effort to enhance smart automotive experiences [13][21] Group 3: Future Outlook - The article suggests that the Star Flash Digital Key will redefine the interaction between users and vehicles, marking the beginning of a new era in smart mobility [20][21] - The establishment of a unified standard and ecosystem around Star Flash is expected to facilitate large-scale commercialization and further innovation in the smart automotive sector [15][18]

Group 1 - The 2025 World Intelligent Connected Vehicle Conference was held in Beijing, marking a critical period for the large-scale development of intelligent connected vehicles in China [1] - China is leading in policy support and infrastructure development, achieving breakthroughs in key areas such as autonomous driving technology and vehicle-road collaboration [1] - The penetration of urban auxiliary driving features has expanded from high-end vehicles to models priced below 150,000 yuan, with 2025 expected to be a pivotal year for the popularization of intelligent driving in China [1] Group 2 - Xiaopeng Motors highlighted four core development trends in the intelligent connected vehicle sector: electrification, intelligence, globalization, and diversification [2] - Great Wall Motors emphasized its advantages in market penetration, technological breakthroughs, and user recognition, focusing on the evolution of electronic architecture to create intelligent driving and space [2] - Horizon's executive projected that L4 capabilities could be achieved in the next three to five years, with full support for L4 by 2030, indicating a significant leap in intelligent driving development [2] Group 3 - The exhibition showcased the latest technologies and products in the intelligent connected vehicle sector, with various companies presenting their advancements [3] - The "Star Flash Short-Distance Communication Technology Digital Key Blue Paper" was released, detailing the collaboration of 25 member units in developing standards and testing for digital car keys [3] - Several vehicle models from manufacturers like Seres, JAC, BAIC, Chery, Dongfeng, and BYD are set to support or are already equipped with the Star Flash digital car key technology [3]

Core Viewpoint - Huawei's new wireless communication technology, NearLink (Star Flash), is gaining significant market attention due to its innovative features and potential applications in various industries, including consumer electronics and smart homes [1][2]. Group 1: Technology Overview - NearLink is a new wireless communication standard that combines the advantages of Bluetooth and WiFi, offering lower latency, reduced power consumption, and higher connection capacity [2][3]. - Compared to traditional wireless technologies, NearLink reduces power consumption by 60%, increases data transmission speed by six times, lowers transmission latency to 1/30 of previous standards, and supports up to 4096 device connections [2][3]. Group 2: Industry Impact and Adoption - The Star Flash Alliance, which has over 300 member companies, is pushing for the industrialization of NearLink technology, with several companies already making significant advancements in product development [1][5]. - Companies like Jiulian Technology and Chuangyao Technology are actively developing products that incorporate NearLink technology, with applications in smart home devices and high-performance wireless terminals [5][6]. Group 3: Future Prospects - 2023 is identified as the commercial launch year for NearLink, with expectations for a significant increase in device deployment in 2024 [5]. - The technology is anticipated to become a mainstream wireless communication standard, particularly in areas such as smart home devices, high-fidelity audio, and automotive applications [6][7].