Core Insights - The report by the Chinese Academy of Engineering Academician Wu Hequan presents seven predictions for the development of the ICT industry by 2026, emphasizing the need for innovation and adaptation in the face of evolving technologies [1] Group 1: 6G Standardization and AI Integration - 6G standardization is expected to officially commence in 2026, but it will face more uncertainties compared to previous generations like 3G and 5G, as global operators and equipment suppliers have not yet reached a consensus [3][10] - Key technical directions for 6G include integrated modulation coding, joint source and channel coding, and collaborative resource management, with a focus on AI to unlock potential in wireless communication [3][10] Group 2: AI and Intelligent Terminal Transformation - The deep integration of large models and intelligent agents is transforming communication terminal models, leading to a shift from passive tools to proactive service partners [4][11] - The impact of AI intelligent terminals in 2026 is expected to include the proliferation of dedicated AI acceleration modules, standardization of AI agent frameworks, and a shift in focus from hardware to software and services [4][11] Group 3: New Digital Interaction Paradigms - The traditional app-based interaction model is being replaced by AI-driven systems that allow users to complete tasks through simple voice or text commands, fundamentally reshaping user engagement with digital services [5][12] - The new digital landscape will see intelligent agents as gatekeepers, with operating systems and chip manufacturers gaining significant control over service access and resource allocation [5][12] Group 4: Transition to Semantic Addressing - A shift from traditional DNS to semantic addressing is anticipated, which will decouple content from location and facilitate dynamic service assembly based on user intent [6][13] - This new paradigm will simplify device management and interoperability, allowing for more intuitive interactions in both consumer and business applications [6][13] Group 5: IPv6-Only Future - The transition to an IPv6-only model is deemed essential, as maintaining a dual-stack system incurs high costs and security risks [7][14] - The implementation of technologies like 464XLAT will enable compatibility with IPv4 services without hardware changes, enhancing cost-effectiveness and security [7][14] Group 6: Advancements in 2B Networking - The construction of 2B networks is expected to undergo significant advancements, focusing on specialized networks that leverage multiple technologies for enhanced performance [8][15] - The integration of local and cloud computing will allow small and medium enterprises to access intelligent computing resources at lower costs [8][15] Group 7: Data Element Action Plan - By 2026, the goal is to complete the establishment of 30 trusted data space pilot projects, focusing on building diverse data set systems and ensuring secure data circulation [9][16] - The transition from foundational infrastructure to value realization will empower enterprises to utilize data resources effectively, driving high-quality development in the digital economy [9][16]

Core Insights - The 6G technology transformation is rapidly approaching, with a development conference scheduled for November 13-14, 2025, in Beijing, focusing on creating a 6G innovation ecosystem and discussing standards and innovations for the "intelligent interconnection of all things" era by 2030 [1] Policy, Technology, and Ecosystem Layout - Beijing has established a mature development framework for 6G, characterized by "policy guidance + technological breakthroughs + ecosystem collaboration" [2] - The city has initiated a top-level design for 6G, forming a collaborative system that includes a general group, a laboratory, and multiple research and industrial bases [2] - Beijing's government has been proactive in policy support, being the first in the nation to release a 6G innovation and industry cultivation action plan for 2024-2030, and offering financial incentives for contributions to 6G standards [2] Technological Breakthroughs and Support - Beijing has achieved significant breakthroughs in 6G technology, with the establishment of the "6G SPACES" community to support testing and innovation [3] - The city provides substantial financial support for operational platforms and opens up research resources to facilitate industry collaboration [3] Upcoming Conference Highlights - The 6G development conference will serve as a key platform for global consensus in the 6G field, featuring discussions on the integration of 6G and AI, and various sub-forums on related topics [4] - Key reports on 6G technology scenarios will be released, providing guidance for standardization and industrialization [4] Global Context and Challenges - The standardization of 6G is at a critical stage, with new technical challenges arising from complex functionalities that require ongoing collaboration across the global industry [5] Future Directions for Beijing - Beijing aims to become a core technology source, a hub for high-value enterprises, and a provider of industry solutions in the global 6G landscape [6] - The city plans to explore key application scenarios and focus on core technologies related to 6G, while fostering collaboration among leading enterprises [7]

Group 1 - The evolution of mobile communication technology occurs approximately every ten years, with the current standards transitioning from Rel-18 to Rel-19, and the completion of Rel-18 expected in June 2024 [1] - The 6G standardization has officially started this year, marking a significant shift towards a communication revolution aimed at the AI era, rather than a simple upgrade from 5G [1][3] - The vision for 6G is to create a global interoperable wireless platform that leverages the latest technologies, including AI, to enhance user experience and system performance, with commercial deployment anticipated around 2030 [3] Group 2 - Qualcomm has prioritized 6G innovation, focusing on early-stage research and foundational studies, particularly integrating AI deeply into 6G systems to support new services for an AI-connected future [5] - The year 2025 marks Qualcomm's 40th anniversary and 30 years of engagement in the Chinese market, highlighting the company's long-standing collaboration with mobile ecosystem enterprises in China [7] - Qualcomm is actively collaborating with global partners, including those from China, to advance the 6G standardization process, reflecting a strong commitment to international cooperation in this field [3][5]

Core Insights - The article discusses the potential of 6G technology to revolutionize communication and daily life, with expectations for commercial use by 2030 and a focus on establishing global standards [1][2][3] Group 1: 6G Development and Standards - The year 2025 is highlighted as a milestone for 6G, marking the beginning of global standard formulation and the integration of AI [2][3] - The global mobile communication standards organization, 3GPP, plans to initiate 6G technology standard research in June 2023, with completion of the first version of technical specifications expected by March 2029 [2][3] - Experts emphasize the need for international collaboration to overcome challenges in standardization and industrialization due to current geopolitical tensions [3][4] Group 2: Technological Advancements and Infrastructure - 6G is expected to enhance efficiency and cost optimization in base station construction, with projections indicating a significant increase in the number of 5G base stations by the end of 2024 [5][6] - The integration of new technologies such as millimeter-wave and terahertz will be crucial for meeting the high-speed demands of 6G [7][8] - The shift towards a more collaborative infrastructure model is evident, with companies like China Unicom and China Telecom exploring shared construction and operational strategies to reduce costs [8] Group 3: Consumer Applications and Market Potential - The transition from 5G to 6G presents uncertainties in consumer applications, with a need to address the shortcomings in user experience observed with 5G [9][11] - The emergence of AI-driven devices, such as AI glasses, is anticipated to play a significant role in the success of 6G, enhancing user engagement and content generation capabilities [11][12] - 6G is expected to expand application scenarios significantly, covering a wide range of devices and use cases, including autonomous vehicles and low-altitude economic activities [12]