2026年1月29日，以"链聚产业合力 共建航天强国"为主题的商业航天器及应用产业链共链行动大会在上 海隆重召开。中国移动通信联合会创始人、执行会长倪健中、副会长兼中贝通信董事长李六兵受邀出 席，深度参与产业链协同机制构建与前沿议题研讨。 本次大会由国资委、国家航天局联合指导，中国航天科技集团与中国宇航学会共同主办。会议紧扣国家 战略部署，重磅发布《"十五五" 中国商业航天产业发展愿景报告》《"十五五" 商业航天器及应用产业 链标准体系》等三大核心成果文件，为我国商业航天产业高质量发展锚定方向、夯实制度基础。 倪健中会长在参会期间指出，商业航天的规模化发展离不开新一代通信技术的硬核支撑，6G与语义通 信技术的突破为星地一体化网络建设提供了全新解决方案。作为推动通信产业创新发展的行业组织负责 人，倪会长表示中国移动通信联合会将充分发挥桥梁纽带作用，推动"人工智能+6G语义通信"理念与航 天产业深度融合，促进通信、航天、AI等领域资源整合，助力构建开放协同的产业生态 。 大会还围绕运载火箭创新、商业卫星批量化生产、航天应用场景拓展等八大议题开展专题研讨。来自国 家部委、中央企业和天津市、上海市、海南省等地方政府， ...

Investment Rating - The report suggests a positive investment outlook for companies involved in semantic communication and 6G technology, highlighting specific companies as potential investment opportunities [5]. Core Insights - The report emphasizes that traditional communication technologies are approaching Shannon's limit, necessitating a shift towards semantic communication to enhance efficiency and reliability in 6G networks [5][15]. - Semantic communication is positioned as a breakthrough technology that can bypass traditional limitations by focusing on the transmission of meaning rather than just bits, significantly reducing bandwidth requirements [5][15]. - The report identifies key players in the industry, such as Zhongbei Communication, Xinke Mobile, and Fenghuo Communication, which are actively engaged in advancing semantic communication technologies [5][63]. Summary by Sections Industry Background - The report discusses the transition from traditional communication paradigms to semantic communication, which integrates AI to enhance data transmission efficiency and reduce redundancy [6][15]. Technical Pathways - Semantic communication architecture introduces a semantic layer that extracts and reconstructs information, allowing for more efficient data transmission compared to traditional methods [26][29]. - Two main technical routes are identified: IS-JSCC (Iterative Structured Joint Source-Channel Coding) and SGSCC (Semantics-Guided Source-Channel Coding), both aiming to optimize communication in 6G networks [29]. Industry Shape - The report outlines the transformation of satellite networks into AI-native intelligent computing networks, emphasizing the integration of computing capabilities within satellite nodes to enhance data processing and transmission [37][42]. - The establishment of space data centers is highlighted as a critical infrastructure development to support the increasing demand for data processing in the context of 6G [42]. Related Companies - Zhongbei Communication is noted for its focus on 5G infrastructure and cloud computing services, positioning itself as a key player in the semantic communication landscape [63]. - Xinke Mobile is recognized for its leadership in 5G technology and its role in developing standards for satellite internet, contributing to the advancement of semantic communication [73]. - Fenghuo Communication is mentioned for its development of low-power satellite routing systems, which are expected to benefit from the push towards 6G and semantic communication [75].

Group 1 - The signing ceremony for the "Beijing University of Posts and Telecommunications - Guoxing Aerospace Semantic Satellite and Semantic Communication Technology Verification Joint Laboratory" took place at Guoxing Aerospace's Chengdu base, marking a collaboration between Guoxing Aerospace and Beijing University of Posts and Telecommunications [1] - The joint laboratory will focus on key technologies related to semantic satellite constellation construction, leveraging Guoxing Aerospace's advantages in space computing and satellite development to foster an efficient collaborative innovation mechanism [1][2] - Semantic communication represents a new paradigm that emphasizes understanding before transmission, significantly reducing data transmission volume while enhancing anti-interference capabilities, which is crucial for applications in complex space environments [1] Group 2 - Beijing University of Posts and Telecommunications is a key base for talent cultivation and technological innovation in the information and communication field, with significant contributions from Professor Zhang Ping's research team in foundational theories and key technologies of semantic communication [2] - Guoxing Aerospace has been focused on key technological breakthroughs in space computing since its establishment, and the collaboration with Beijing University of Posts and Telecommunications is a significant step in promoting technological innovation under the "Star Computing" initiative [2] - The company aims to expand the technological boundaries and application scenarios of space computing by actively partnering with more industry, academia, and research institutions, contributing to the prosperity of the industrial ecosystem [2]

Core Viewpoint - The 2025 World Mobile Communication Conference highlights the global focus on 6G development, particularly in the context of advancements in 4G and 5G technologies in China [1] Group 1: 6G Development and Global Competition - Many countries are accelerating their 6G development efforts, viewing it as a strategic priority in the new technological revolution [2] - The 3GPP organization is leading the standardization efforts for 6G, with significant contributions from the US, Europe, South Korea, and Japan [2] - China plans to initiate its 6G technology standard research in June 2025, with a completion target for the first version of technical specifications by March 2029 [2] Group 2: Key Innovations in 6G - 6G is expected to bring three key transformations: integrated sensing and communication, intrinsic intelligence, and expanded communication objects [3] - The concept of "human-machine-object-spirit" will be introduced in 6G, where "spirit" refers to intelligent agents capable of autonomous learning and decision-making [3] Group 3: Semantic Communication as a Breakthrough - China has developed the world's first intrinsic intelligent communication system aimed at 6G, known as semantic communication, which is considered a pivotal technology for 6G [4] - Semantic communication enhances efficiency without relying on unlimited bandwidth, achieving 6G-level performance using existing technologies [4] - The first international field test network for 6G communication and intelligence integration has been established, demonstrating significant performance improvements [4] Group 4: Future Communication Paradigms - The future of communication is shifting from "send then compute" to "compute then send" or "compute while sending," emphasizing the need for machines to express intentions accurately [5] - 6G aims to support a comprehensive AI system, creating a feedback loop similar to human sensory and neural systems, thereby enhancing interaction between the physical and digital worlds [5][6] Group 5: China's Position in Global 6G Development - China has made significant progress in 6G technology research and international standardization, contributing to global advancements [7] - The consensus in the ongoing standardization efforts is that future mobile communication systems must be built on intrinsic intelligence rather than external intelligence [7] - Continuous innovation and the development of unique applications, such as semantic communication, are essential for China's competitive edge in 6G [7]