Core Insights - The 2025 Mobile Communication High-Quality Development Forum was held in Wuhan, focusing on 5G applications, 5G-A technology breakthroughs, 6G planning, and integrated network construction [2] - The forum highlighted the transition of China's 5G industry from "technology leadership" to "value empowerment" [2] Group 1: Technological Advancements - 5G-A and 6G are key focal points, with major telecom operators showcasing their technological innovations and breakthroughs [3] - China Mobile is advancing a "hexagonal" technology framework for 6G, focusing on ten innovation areas, including high-performance networks and integrated sensing [3] - China Telecom is conducting outdoor trials for millimeter-wave sensing and has established over 300 low-altitude sensing stations across 18 provinces [4] - China Unicom has achieved full commercial use of 5G-A, with download speeds reaching 5Gbps outdoors and 5.7Gbps indoors [4] Group 2: Industry Applications - 5G applications are now in a phase of large-scale deployment, significantly driving the digital transformation of various industries [6] - China Mobile has integrated 5G into industrial production, while China Unicom has served over 20,000 industry-specific clients with more than 50,000 large-scale application projects [6] - China Telecom's low-altitude economy and satellite internet initiatives are emerging as new growth areas, with direct satellite services covering 25 million mobile devices [6] Group 3: Communication and Public Perception - The "2025 China 5G Development Communication Power Analysis" report indicates a shift in public perception from technical parameters to actual value [8] - From January to November 2025, there were 13.47 million online news reports related to 5G development, with a peak in August [8] - Key provinces leading in 5G communication include Beijing, Shanghai, and Guangdong, with major telecom companies acting as core communicators of 5G value [8] Group 4: Emerging Trends - Five major trends in communication were identified, including the mainstreaming of application results and the economic and social value of large-scale deployments [9] - The integration of 5G with AI is creating a new paradigm for intelligent communication networks [9] - The forum emphasized the importance of collaboration among telecom operators and industry players to build a synergistic ecosystem for innovation and value creation [9]

21世纪经济报道记者冉黎黎 武汉报道 11月21日，以"非凡'十四五' 聚力启新程"为主题的2025移动通信高质量发展论坛在湖北武 汉举办。 论坛上，国务院参事、全国重点实验室主任、北京邮电大学教授张平通过视频进行主旨发言。他指出，通信范式的根本性变革 已然来临，未来的核心不仅仅是数据的无损传输，而是智力的感知、流转与生成。这一从"数据搬迁"到"智力搬迁"的深刻变 化，将彻底重塑我们的生产生活方式，开启万物智联的崭新纪元。 而结合6G和AI，张平提出了一个关键概念——内生人工智能。他认为，将二者结合，必须创造一种全新的技术体系，让智能如 同呼吸一样内生于通信网络之中，这就是6G需要攻克的核心难题。 "未来发展要把'具有人的灵性'作为一个要点来做，赋予机器、赋予通信思考的能力。"张平指出，过去通信的对象是把"数据"从 甲地搬迁到乙地去，而未来则将会是对"智力"进行搬迁。智力的表现形式可能是数据，也可能是训练好的模型，更可能是一个 个具有意识、能自决策、自学习的Agent，它们会在网络中流动、演化，变得越来越"聪明"。 "所以6G面临的是和人工智能结合的发展路径，而不是单纯从通信的角度来发展。"张平表示，这是两种 ...

张平认为，人工智能与通信的深度融合是不可阻挡的潮流，产生的经济效益和社会效益也将会呈指数级 增长，6G预计将催生一个十万亿元级庞大产业。"这个市场不仅体现在通信本身，更将辐射至数字经济 的方方面面，为数字农业、智能制造等千行百业的高质量发展提供核心驱动力。"张平补充。 对于两者区别，张平阐释，"互联"主要解决的是连接的通达性问题，只要技术到位，便能实现；而"智 联"则要求通信对象具备类似人类的感知、意识甚至决策能力，能够主动理解意图、发现规律并执行任 务。 "这就必然要求通信技术与人工智能进行一场'基因级'的融合，而非简单的功能叠加。"张平提出了一个 关键概念——内生人工智能。"传统的通信逻辑是追求在限定成本与功耗下，实现数据的无损'搬迁'； 而当前的人工智能，尤其是大模型，往往依赖于巨大的算力，对成本功耗不甚敏感。将二者结合，必须 创造一种全新的技术体系，让智能如同呼吸一样内生于通信网络之中，这就是6G需要攻克的核心难 题。" 中证报中证网讯（记者 杨洁）在11月21日举行的2025移动通信高质量发展论坛上，国务院参事、全国 重点实验室主任、北京邮电大学教授张平指出，通信范式的根本性变革已然来临，未来的核心 ...

6G技术研发进程，体现了"渐进发展"的内在逻辑。我国自2022年启动6G技术试验，分3个阶段推 进。第一阶段明确6G主要技术方向；第二阶段面向典型场景及性能指标，研发6G原型样机；第三阶段 研发6G预商用设备，开展6G关键产品测试。目前已步入第二阶段。在此过程中，5G的效能释放仍是关 键基石。合理统筹5G与6G的发展节奏，推动5G在商用深化、技术成熟度上持续突破，才能为6G后续的 研发攻关与规模应用筑牢根基，形成两代技术协同推进的良好格局。 标准制定是持续演进"上台阶"的过程。业界已形成共识：第一版6G标准不必追求全面完美，只要 在现有5G/5G-A的基础上实现显著提升，就已具备里程碑意义。同时，在系统设计初期为后续迭代预留 发展空间，即可视为成功的标准。这种务实态度，既源于通信技术迭代的历史经验——4G、5G标准均 是在后续版本中根据技术和需求发展不断完善，也更契合6G技术的复杂性特征。国际电信联盟2023年 提出六大场景，3GPP(第三代合作伙伴计划)初步勾勒的标准化时间表等，构成了6G标准逐步"上台 阶"的实践基础。 终端的创新变革也非一蹴而就。6G与人工智能融合发展，将为移动终端带来变革契机。但不确定 ...

标准制定是持续演进"上台阶"的过程。业界已形成共识：第一版6G标准不必追求全面完美，只要 在现有5G/5G-A的基础上实现显著提升，就已具备里程碑意义。同时，在系统设计初期为后续迭代预留 发展空间，即可视为成功的标准。这种务实态度，既源于通信技术迭代的历史经验——4G、5G标准均 是在后续版本中根据技术和需求发展不断完善，也更契合6G技术的复杂性特征。国际电信联盟2023年 提出六大场景，3GPP(第三代合作伙伴计划)初步勾勒的标准化时间表等，构成了6G标准逐步"上台 阶"的实践基础。 终端的创新变革也非一蹴而就。6G与人工智能融合发展，将为移动终端带来变革契机。但不确定 的是，人工智能的发展速度超乎人们想象，6G终端从传统手机形态向智能化、多形态可穿戴设备的演 进，也可能随着AI技术突破呈现新路径。此外，诸如车载终端升级要依赖汽车产业与通信产业深度融 合，6G终端跨领域协同需经历技术适配、场景验证、成本优化的漫长过程。我国超300项6G关键技术储 备中，包含大量终端相关的技术研发，正是要通过技术迭代积累，推动终端形态创新。 当全球都在憧憬6G带来的万物智联新时代时，更要保持清醒认知。伟大的创新从来不是瞬间的 ...

Core Viewpoint - The consensus in the industry is that the development of 6G is a gradual process rather than an immediate leap, correcting some overly ambitious perspectives on the technology race for the future [1][4] Group 1: Development Process - 6G is expected to achieve data transmission speeds 10 to 100 times faster than 5G, with latency reduced to one-tenth of that of 5G, indicating significant advancements in peak speed and latency [2] - The development of 6G will involve three phases: identifying key technical directions, developing prototype models for typical scenarios and performance indicators, and testing key products for pre-commercialization [2][3] - The current phase of 6G development has entered the second stage, emphasizing the importance of leveraging the existing capabilities of 5G as a foundation for future advancements [2] Group 2: Standardization and Innovation - The first version of the 6G standard should not aim for perfection but should achieve significant improvements over existing 5G standards, allowing for future iterations and enhancements [3] - The integration of artificial intelligence with 6G is expected to transform mobile terminals, leading to a shift from traditional smartphones to intelligent and multi-form wearable devices [3] - Over 300 key technologies related to 6G are being developed in China, focusing on terminal innovation through iterative technological advancements [3]

当6G邂逅WiFi7，一场无线通信的革命正悄然发生。6G作为下一代移动通信技术的核心，以毫米波与 Sub-THz频段的频谱开发为突破口，正勾勒出"万物智联、全域感知"的未来蓝图；而 WiFi7作为无线局 域网的技术巅峰，凭借46Gbps峰值速率、320MHz超宽信道与多链路操作技术，成为承接6G广域覆盖的 关键局部接入节点。两者在高频段频谱的协同共享，正重构从广域到局域的全场景无线通信生态，为消 费电子、工业互联、智慧医疗等领域带来颠覆性变革。 2025年6G发展大会近日在北京成功举办，此次大会邀请了两院院士、国内外权威专家、国际标准组织 代表、知名企业家等，共同探讨6G各项议题，推动6G关键技术及架构成果形成全球共识，维护全球统 一的6G国际标准和产业生态。在此次大会上，工信部副部长张云明表示，中国的6G发展正处于技术创 新加速演进、产业方向越发清晰的关键阶段，亟须全球产学研用各方进一步集思广益、凝聚共识。中国 工程院院士邬贺铨指出，终端能力反映出移动通信的代际特征，在当前5G时代，智能手机仍是移动互 联网的主要接入设备和移动经济的支柱，预计未来6G时代，消费侧市场仍将是主导业务，需要全新的 6G终端和应用 ...

Core Viewpoint - China Software International (00354) has signed a strategic cooperation agreement with Shenzhen Kaihong Digital Industry Development Co., Ltd. and Beijing Yiswei Computing Technology Co., Ltd. to build a dual open-source ecosystem centered on "Open Source Harmony + RISC-V" [1][2] Group 1: Technical Aspects - The three parties will establish a joint technical team focusing on deep adaptation and collaborative development of "RISC-V chips + KaihongOS," addressing key technical areas such as operating system kernel adaptation, driver development, performance optimization, security reinforcement, and AI empowerment [1] - The collaboration aims to create a stable and efficient software-hardware collaborative foundation [1] Group 2: Product Development - The partnership will leverage each company's strengths to jointly develop edge computing products and industry solutions, including traffic MEC, education IWB, and industrial quality inspection AOI, as well as chip products and solutions in smart home, robotics, and industrial sectors [1] - The initiative will gradually expand to smart terminals based on "RISC-V + KaihongOS" [1] Group 3: Market and Ecosystem Expansion - The market strategy will initially focus on smart transportation and gradually extend to public services and various industry sectors, while also exploring overseas market opportunities to enhance the international competitiveness of the domestic dual open-source ecosystem [2] - The collaboration will participate in open-source community building and technical standard formulation, promoting interface recognition and resource sharing [2] - The dual open-source ecosystem aims to construct a self-sufficient technology system encompassing "chip architecture - operating system - applications," breaking the global monopoly of X86 and ARM [2] - The initiative is driven by market demand, promoting deep collaboration among chips, software, and terminal entities to create new scenarios, applications, and models in the era of intelligent connectivity [2]

Core Insights - China has completed the first phase of 6G technology trials, achieving over 300 key technology reserves after four years of continuous efforts, marking a significant milestone in the global 6G landscape [1][3] - The trials focus on core technologies such as terahertz communication, intelligent surfaces, and integrated space-ground networks, with peak transmission rates reaching terabits per second, significantly surpassing 5G capabilities [1][2] Group 1: Technological Advancements - 6G is expected to enhance transmission speeds by 10 to 100 times compared to 5G, exceeding 100 Gbps, with latency reduced to microseconds and supporting millions of devices per square kilometer [2][5] - The first phase of trials has established key technology directions, including communication-perception integration and AI-native networks, with the next phases focusing on prototype development and pre-commercial equipment testing [2][3] Group 2: Global Positioning and Standards - China leads in global 6G patent applications, holding 40.3% of the total, and is actively participating in international standard-setting efforts, with significant contributions to the 3GPP's 6G research projects [3][4] - The timeline for 6G standardization is set, with key milestones including the completion of technical research by 2027 and the first version of technical specifications by March 2029 [3][4] Group 3: Market Potential and Applications - The application prospects for 6G are vast, potentially creating a trillion-dollar market by 2040, with expected connections exceeding 5 billion globally, covering various sectors such as low-altitude economy, telemedicine, and smart factories [5] - 6G technology is anticipated to drive innovations in mobile terminals, integrating AI and enabling new forms of devices like AI smartphones and smart glasses, which will be key growth areas in the market [4][5]

Core Insights - The 6G development landscape is becoming clearer, with a focus on the integration of 6G and AI, multi-technology fusion, and specific application scenarios [2][3][4] - The 6G industry is expected to empower various sectors and consumer markets, becoming a new economic growth point during the 14th Five-Year Plan period [1][2] - Continuous testing and validation are essential for the maturation of 6G technology, which must meet high performance, low cost, and compatibility with existing networks [7][8] Industry Developments - The 6G Development Conference is recognized as the most comprehensive and influential international event in the domestic 6G field, guiding the transition from technical vision to industrial reality [1] - China has completed the first phase of 6G technology testing, accumulating over 300 key technology reserves [2] - The integration of AI with 6G is expected to enhance user experiences and drive the development of new terminal innovations [2][3] Technological Integration - The trend of deep multi-technology integration is evident, with a shift from mere connectivity to intelligent connectivity, requiring collaboration with AI and satellite internet [4][5] - Companies like XinKe Mobile and Yinxing Aerospace are actively developing equipment and solutions that support the "space-ground integration" concept essential for 6G [5][6] Market Opportunities - Major telecom operators and companies like XinKe Mobile and AsiaInfo Technology are already investing in 6G, indicating a growing market interest [8] - As 6G standards are established, companies involved in network planning, infrastructure construction, and core component manufacturing are expected to benefit significantly [8] Future Outlook - The year 2026 is anticipated to be a pivotal year for the integration of 6G and AI, with more innovative technologies expected to emerge [3] - The complexity and collaborative nature of the 6G industry necessitate a comprehensive ecosystem that spans the entire value chain, from technology development to commercial application [7][8]