未来,星闪的应用范围还将不断拓展。 2025年1月,航天科技集团完成了"航天星闪"模组的飞行试验,验证了它在火箭组网、卫星通信中的可靠 性,未来它可替代火箭上500千克重的电缆网(相当于3个玉兔号月球车的重量),让火箭更轻、运载能力更 强。 如今,星闪联盟成员已超1200家,覆盖芯片、终端、应用等全产业链,高通、联发科等国际芯片巨头也纷纷 加入,星闪的"朋友圈"持续扩大。 华为鸿蒙系统还将星闪与蓝牙功能整合,当身处无公共网络覆盖的环境时,支持星闪的设备之间,可以通过 点对点直连,实现一定距离内的消息传输,为应急通信提供了新可能。 中国工程院院士邬贺铨预测,到2032年,全球短距通信芯片每年出货量将达120亿片,星闪有望占据30%的 市场份额。 从日常使用的耳机、手表,到飞向太空的火箭、潜入深海的探测器,星闪正以中国原创技术为核心,重塑万 物互联格局。 未来,当你用星闪耳机沉浸在音乐世界里,或者开着星闪汽车畅快出行时,别忘了:这项让万物互联"狂飙"的 黑科技,可是来自中国! 在深海探索中,星闪传感器能在高压、复杂电磁环境下长期工作,为海底生态监测、资源勘探提供技术支 撑。 ...

Core Viewpoint - The article emphasizes that transformative technologies, like the new wireless short-range communication technology "Star Flash," often become essential infrastructure that is taken for granted rather than being constantly highlighted as groundbreaking innovations [1][3]. Group 1: Technology Evolution - The development of Star Flash follows a clear industrial evolution path, marked by the establishment of the International Star Flash Alliance in September 2020, its commercial launch in 2023, and the release of the Star Flash 2.0 standard in March 2025 [5]. - Star Flash's approach is characterized by a "slow start, heavy standards, and later explosion" strategy, allowing it to bridge gaps between devices and systems in the AI-driven digital transformation wave [5][12]. Group 2: Standardization and Industry Consensus - The competition in wireless short-range communication is fundamentally a competition at the standards level, focusing on how devices can collaborate under a unified set of rules [7][9]. - The release of the Star Flash 2.0 standard signifies a critical industrial leap, integrating key capabilities into a standardized framework that can be reused across various scenarios [16][17]. Group 3: Ecosystem Development - As of 2025, Star Flash has crossed the critical threshold of 100 million devices, indicating its transition from a validated technology solution to a widely adopted connectivity foundation across multiple sectors [21][22]. - The Star Flash ecosystem has attracted over 1,200 partners since the establishment of the International Star Flash Alliance, forming a complete collaborative network that includes chips, modules, terminals, and applications [19]. Group 4: Application Scenarios - In smart home scenarios, Star Flash enhances the integration of appliances, enabling precise control and interaction, as demonstrated by products like the Haier air conditioner that utilizes Star Flash's capabilities for improved user experience [23]. - In the consumer electronics sector, Star Flash 2.0 provides a stable wireless audio experience, allowing high bitrate and low-latency audio transmission, as seen in products like Huawei's FreeBuds Pro 5 [25]. - In the automotive industry, Star Flash is reshaping core interaction scenarios, with over 50 vehicle models adopting the Star Flash digital key technology, showcasing its broad applicability [29]. Group 5: Future Prospects - The combination of Star Flash and open-source HarmonyOS is seen as a critical step towards building a new generation of interconnected systems, enhancing both connectivity and system-level collaboration [35][37]. - The integration of Star Flash with HarmonyOS allows for seamless interaction across diverse devices, paving the way for a more interconnected and intelligent ecosystem [38].

Core Viewpoint - The 2025 Consumer Electronics Innovation Conference (CEIC 2025) highlighted Huawei's advancements in the HarmonyOS and the introduction of the StarFlash technology, which aims to revolutionize short-range wireless communication, competing with existing technologies like Bluetooth and Wi-Fi [1]. Group 1: HarmonyOS and StarFlash Technology - Huawei's HarmonyOS has become a digital foundation for various industries transitioning into an intelligent society, with the latest version, HarmonyOS 6, introducing features like intelligent focus and smart capabilities [1]. - StarFlash is a new generation of short-range wireless communication technology developed in China, designed to integrate the advantages of Bluetooth and Wi-Fi, offering two communication interfaces: SLB for low latency and high reliability, and SLE for low power consumption [1]. - StarFlash technology boasts energy consumption at 60% of Bluetooth's, speeds over six times faster than Bluetooth, and supports ten times the number of terminal connections compared to Bluetooth [1]. Group 2: Applications and Market Potential - StarFlash technology is already being utilized in various devices, including keyboards, mice, smartwatches, and home appliances, with applications expanding rapidly [4]. - In high-reliability fields such as aerospace and industrial environments, StarFlash has replaced traditional cable connections, enhancing efficiency and reducing weight [4]. - The digital car key using StarFlash technology is expected to be a significant application in the next three years, offering improved accuracy and reduced costs compared to traditional solutions [4]. Group 3: Commercialization and Future Outlook - The expected shipment of StarFlash chips is projected to exceed 200 million units by the end of 2023, indicating a strong commercial push [4]. - Despite the promising technology, StarFlash currently has a low penetration rate compared to Bluetooth and Wi-Fi, with Bluetooth device shipments expected to reach 4.7 billion units in 2024 [5]. - The goal for StarFlash is to achieve what Bluetooth and Wi-Fi have accomplished over 20 years within the next decade, with aspirations for international expansion [5].

Core Viewpoint - The article discusses the emergence of "digital tariffs" as a new form of economic warfare, particularly illustrated through the case of TikTok in the U.S., where compliance requirements effectively impose hidden costs on the platform and its users [2][4]. Group 1: Digital Tariffs and Economic Impact - The U.S. government has mandated TikTok to migrate user data to local servers, resulting in an investment of approximately $1.5 billion for restructuring [4]. - The annual expenditure for data storage and auditing has surged by over $200 million, translating to an "invisible tax" of about $1.2 per American user [5]. - The increased operational costs lead to higher advertising prices and commissions, impacting small businesses that rely on TikTok for customer acquisition [5]. Group 2: Algorithm Control and Intellectual Property - TikTok's recommendation algorithm, which contributes over 70% to its business value, is a focal point of U.S. regulatory demands, aiming to gain control over this core technology [6]. - A compromise allows TikTok's parent company, ByteDance, to retain intellectual property rights while a local joint venture in the U.S. operates a copy of the algorithm, effectively turning it into a "leased asset" [6]. Group 3: Advantages of Digital Barriers - Digital tariffs circumvent multilateral trade rules, as they are framed under the guise of national security and privacy protection, allowing the U.S. to impose strict requirements selectively [8]. - The flexibility and rapid adjustment of digital barriers enable regulators to redefine "sensitive data" swiftly, making them a more agile tool compared to traditional tariffs [9]. - Digital barriers are often tied to public sentiment and social issues, making them more palatable to the domestic audience and complicating retaliatory measures from other countries [9]. Group 4: Global Digital Governance Fragmentation - The article outlines three major global camps regarding data sovereignty: the U.S. with its "long-arm jurisdiction," the EU with its stringent privacy standards, and China focusing on "sovereignty first" [11][12][13]. - The fragmentation of digital governance could lead to significant economic losses, with estimates suggesting a potential global GDP decline of 4.5% if strict data localization measures are implemented [15]. - Small businesses are particularly vulnerable, as rising costs associated with compliance could force them to reduce marketing budgets or exit platforms like TikTok [15]. Group 5: Future Directions and Solutions - Companies are exploring proactive strategies, such as Huawei's establishment of local data centers in Germany to meet regulatory requirements while retaining control over technology [18]. - Regional agreements like the RCEP could pave the way for coordinated digital rules, potentially forming a "data tariff alliance" among member countries [19]. - The competition for data value chain pricing power signifies a shift from product competition to rule competition in the digital economy [21].

Core Viewpoint - Midea has established a strategic partnership with Huawei to enhance its open ecosystem strategy, particularly focusing on the integration of "people-vehicle-home" connectivity, marking a significant development in the home ecosystem [1][3]. Group 1: Strategic Cooperation - The collaboration will focus on multiple key areas including enterprise management, AIGC, ICT infrastructure, green low-carbon initiatives, cloud services, product development, and internationalization [2]. - Midea aims to leverage Huawei's technology to accelerate the construction of its open ecosystem, particularly filling the gap of "automobiles" in the home ecosystem to counter Xiaomi's invasion in the traditional home appliance sector [3]. Group 2: AI and Smart Home Integration - The partnership will involve comprehensive cooperation in AI, with a focus on "technology empowerment + scenario implementation," establishing a special task force to tackle challenges in multi-modal AI algorithms, edge computing, and AI security [7]. - Midea and Huawei will work together to create integrated smart home solutions, enhancing product innovation and user experience through cross-brand device collaboration and scenario linkage [8]. Group 3: Broader Industry Impact - The cooperation will also encompass areas such as "people-vehicle-home" connectivity, digital energy temperature control products, and the digital transformation of medical imaging equipment [9]. - Midea's chairman emphasized the importance of connectivity and computing technology in their core layout of smart homes, smart factories, smart buildings, and smart hospitals, aiming to provide replicable "AI + industry" solutions for clients [9].

Core Viewpoint - Midea Group and Huawei have entered a new phase of strategic cooperation, focusing on technology collaboration and scenario innovation to build the Star Flash and Open Source Harmony ecosystem [2][4]. Group 1: Strategic Cooperation - The strategic cooperation aims to leverage both companies' strengths in technology and information communication, focusing on key areas such as enterprise management, AIGC (Artificial Intelligence Generated Content), ICT (Information and Communication Technology) infrastructure, green low-carbon initiatives, cloud business, product development, and internationalization [4]. - A special task force will be established to explore cutting-edge AI applications in smart homes and smart manufacturing, addressing challenges in multimodal AI algorithm optimization, edge computing technology, and AI security and privacy protection [4]. Group 2: Smart Home and Smart Factory Initiatives - In the smart home sector, Midea Group will collaborate with Huawei's HiSilicon and Open Source Harmony to create integrated smart home appliance solutions, enhancing product innovation and user experience [5]. - The partnership will deepen the collaboration on a fully connected smart home ecosystem, enabling cross-brand device coordination and scenario linkage, while also establishing standards for smart home interoperability [5]. Group 3: Broader Applications and Market Impact - The cooperation will also encompass interconnected solutions for "people," "vehicles," and "homes," digital energy temperature control products, and the digital transformation of medical imaging equipment [6]. - As of September 19, Midea Group's A-share price was 74.35 CNY per share, with a market capitalization of 571.2 billion CNY, reflecting a 0.83% increase [8].

Core Insights - Huawei plans to invest 150 billion RMB annually for ecosystem development over the next five years, along with 1500P of open-source community computing power and 15,000 personnel for ecosystem platform development and support [1][6] Group 1: Ecosystem Development - Huawei's industrial layout is deepening and expanding, moving from a focus on connectivity to include terminal and computing ecosystems, targeting not only ToB and ToC customers but also ToD developers [1] - The company emphasizes "four commitments": open-source openness, talent development, global cooperation, and strategic investment [1][6] Group 2: Open Source Initiatives - In the operating system domain, OpenHarmony has gathered over 9,200 community contributors, contributing 130 million lines of code and supporting over 1,300 software and hardware products [2] - Huawei has open-sourced its entire Kunpeng software series, including openEuler OS and openGauss database, enhancing its offerings in general computing [2] Group 3: AI and Computing Innovations - Huawei's Ascend software is fully open-sourced, with new open-source projects like CANN and Mind series being introduced, supporting mainstream open-source communities [2] - The company has developed low-density computing formats that significantly reduce memory usage and enhance matrix multiplication performance, which will be shared with the global computing alliance [3] Group 4: Talent Development - Huawei collaborates with global universities to develop over 3,000 courses and establish more than 3,000 ICT academies, training over 1.7 million talents [4] - The company has launched the "Basic Software Thousand Schools Initiative" to train 10,000 teachers and 1 million new software talents across 20+ countries [4] Group 5: Global Cooperation - Huawei is enhancing its cooperation with various open-source foundations and communities, providing end-to-end resources and support to empower global developers [6]