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 Insights - Smart landscaping represents not only a technological revolution but also an upgrade in urban governance concepts, transitioning from "experience-driven" to "data-driven" approaches for high-quality urban development [1][2] - The integration of smart landscaping with initiatives like "sponge cities" and "carbon neutrality" is crucial for enhancing urban resilience and promoting sustainable development [1] - A unified data security standard and cross-departmental collaboration mechanism are recommended to ensure efficient data sharing while addressing potential risks [1] Group 1 - The goal of smart landscaping is to achieve universal sharing, necessitating simultaneous advancements in technology and public awareness [2] - Current public understanding of smart landscaping is limited, requiring immersive educational experiences through AR/VR technologies and mechanisms that convert ecological contributions into redeemable rights [2] - Over the next 5 to 10 years, smart landscaping should evolve towards "comprehensive perception, intelligent decision-making, and universal sharing" [2] Group 2 - A support system encompassing standards, funding, and talent is essential at the policy level to facilitate the development of smart landscaping [2] - National technical standards should be established to eliminate data silos, and special funds should be allocated to support key technology research [2] - Collaboration between academia and industry is necessary to cultivate interdisciplinary talents who understand both landscaping and AI technology [2][3]

Core Insights - Smart landscaping represents not only a technological revolution but also an upgrade in urban governance concepts, transitioning from "experience-driven" to "data-driven" approaches for high-quality urban development [1] - The integration of smart landscaping with initiatives like "sponge cities" and "carbon neutrality" is crucial for enhancing urban resilience and promoting sustainable development [1] - Data interconnectivity is fundamental for collaborative governance, requiring a unified data security standard and cross-departmental cooperation to ensure efficient data sharing [1] Summary by Sections Smart Landscaping Goals - The goal of smart landscaping is to achieve universal sharing, necessitating simultaneous technological advancements and public awareness [2] - Current public understanding of smart landscaping is limited, requiring immersive educational experiences and mechanisms to convert ecological contributions into redeemable rights [2] Future Development - Over the next 5 to 10 years, smart landscaping should evolve towards "comprehensive perception, intelligent decision-making, and universal sharing" [2] - Comprehensive perception involves optimizing sensor networks for integrated data collection, while intelligent decision-making relies on AI ecological modeling and blockchain technology for dynamic resource allocation [2] - Universal sharing can be stimulated through low-threshold interactive technologies and open data platforms to enhance public engagement [2] Policy Recommendations - A supportive system encompassing standards, funding, and talent development is essential for the advancement of smart landscaping [2] - National technical standards should be established to eliminate data silos, and special funds should be allocated to support key technology research [2] - Collaboration between academia and industry should be strengthened to cultivate interdisciplinary talents proficient in both landscaping and AI technology [2] Future Outlook - With the expansion of comprehensive perception networks and improved public participation mechanisms, smart landscaping is poised to become a bridge connecting nature and urban environments, continuously injecting wisdom into the development of low-carbon, livable modern cities [3]

Investment Rating - The report does not explicitly provide an investment rating for the industry or specific companies within it Core Insights - The 2025 World Robot Conference (WRC) showcased over 200 companies and 1,500 exhibits, highlighting advancements in swarm intelligence, humanoid robotics, and multi-modal large models [1][15] - China's robotics industry is projected to generate nearly RMB 240 billion in revenue in 2024, maintaining its status as the largest industrial robot market globally for 12 consecutive years [4][18] - The commercialization of general-purpose humanoid robots follows a phased approach, transitioning from algorithm validation to household applications [3][17] Summary by Sections Event Overview - The WRC 2025 opened on August 8, 2025, in Beijing, featuring over 200 companies and 1,500 exhibits, including more than 50 humanoid robot manufacturers [1][15] Industry Achievements - The conference highlighted breakthroughs in swarm intelligence, humanoid robotics, and fully self-developed embodied intelligence systems, with notable demonstrations from companies like UBTech and Unitree [2][16] Market Dynamics - In the first half of 2025, industrial robot output reached 370,000 units, a 35.6% year-on-year increase, while service robot output reached 8.824 million units, up 25.5% year-on-year [4][18] - Industrial robots are utilized across 71 major and 241 sub-categories of the national economy, with applications in automotive manufacturing, electronics, and healthcare [4][18] Technological Framework - The Global & Omni-body Vision-Language-Action Model (GOVLA) represents a significant technological advancement, enabling coordinated control and task execution across various environments [3][17][20] - The phased rollout of humanoid robots includes stages from algorithm validation to public service and ultimately to household assistance [3][17] Future Outlook - The report indicates a strong foundation for future consumer adoption of humanoid robots, with a focus on high-value B2B markets in the early stages [3][17]

Core Insights - The 20th Optics Expo showcased significant advancements in the optoelectronics industry, with nearly 100 core technologies making their debut [1][5] - High-tech products such as high-resolution infrared detectors and advanced laser manufacturing equipment were highlighted, indicating China's strong position in these sectors [2][3] Group 1: Company Innovations - Gaode Infrared introduced a 5-megapixel high-temperature mid-wave cooled infrared detector, marking it as the first of its kind in China and breaking technological barriers in this field [3] - Huagong Technology presented a complex curved six-axis laser micro-hole processing equipment capable of completing micro-hole processing with a diameter of less than 0.3 mm in just 2 seconds, targeting aerospace and shipbuilding industries [2] - Yifei Laser showcased its cylindrical full-tab lithium battery laser welding equipment, recognized as a national manufacturing single champion, emphasizing its leading position in this niche market [2] Group 2: Industry Collaboration and Development - The event facilitated collaboration among leading optoelectronic companies, with a complete industry chain established in the Wuhan Optics Valley, enhancing cooperation between component manufacturers and optical chip producers [5] - The National Digital Design and Manufacturing Innovation Center presented a self-developed adsorption-type mobile processing robot, emphasizing the importance of practical industry validation for technological advancements [3][5] - Zhang Yan, General Manager of Gaode Infrared, encouraged entrepreneurs to engage in global competition, asserting that Chinese optoelectronic companies possess the strength and confidence to expand internationally [5]