Industry Insights - The Ministry of Industry and Information Technology, along with four other departments, has released implementation opinions to strengthen the capacity building of the information and communication industry, supporting the development of low-altitude infrastructure [1] - The low-altitude communication network is identified as a crucial infrastructure for the low-altitude economy, impacting the scalability of this sector significantly [1] - The optimization and planning of traditional base stations are seen as the best solution for enhancing supply capabilities, with a focus on the demand release in the base station renovation segment [1] Technological Developments - The advancement of 5G-A technology is providing new momentum for the development of the low-altitude economy, characterized by ultra-high speed, low latency, and high reliability [2] - 5G-A technology has diverse application scenarios in the low-altitude economy, including real-time data transmission for drone logistics, ensuring safe flight in complex urban environments [2] - The technology also supports air taxi services by enabling high-speed communication between vehicles and traffic management centers, optimizing flight paths and ensuring passenger safety [2] Company Developments - Quectel Wireless Solutions is recognized as a global leader in IoT solutions, having launched ultra-high-speed 5G R17 modules, RedCap series modules, and high-performance intelligent modules [3] - Putian Technology is focusing on satellite internet and low-altitude communication, specializing in the planning and design of communication information networks, and is a leading independent design institute in China [3]

Core Viewpoint - The deployment of "5G-A" technology by China Mobile Zhejiang is enhancing network speed and coverage, contributing to the economic and social development of Zhejiang province while improving the quality of life for its residents [1] Group 1: 5G-A Technology Implementation - The establishment of the first 5G-A×AI uplink demonstration zone in West Xixi Wetland allows for a maximum uplink speed of 1 Gbps, facilitating various intelligent applications [1][3] - The deployment of 5G-A three-carrier aggregation at the recent New Year's concert in Chuzhou significantly improved network capacity and speed, supporting high-bandwidth applications like live streaming [3][5] Group 2: Smart Applications and User Experience - The AI-guided robot "Xiao Tian" utilizes 5G-A technology for real-time interaction and navigation, enhancing the visitor experience at tourist sites [3] - The introduction of the "UE LOGO display" feature by China Mobile in Wenzhou allows mobile signals to provide location-specific information, enriching the cultural tourism experience [5][7] Group 3: Infrastructure and Economic Impact - The deployment of over 1,600 5G-A base stations in Wenzhou has improved network performance, achieving peak speeds of up to 2.8 Gbps in key areas [7] - The integration of 5G technology in rural areas, such as in Anji County, is enhancing the quality of services in homestays and reducing operational costs, thus supporting rural revitalization [8] - At Jiaxing Nanhu Airport, the implementation of 5G-A technology is creating a smart communication network that improves operational efficiency and passenger experience [9][11]

Core Insights - The domestic LBE (Large-scale Business Environment) market is entering a critical phase of scaled development in 2026, driven by technological advancements and policy support [1][3]. Development History - The evolution of the domestic LBE market has been gradual, transitioning from technological foundation and scene exploration to industrial explosion, with a clear developmental trajectory [3]. - The VR industry faced a period of adjustment from 2018 to 2020, where many small enterprises lacking core technologies were eliminated, while leading companies focused on R&D and building core capabilities [4]. - From 2023 to 2024, the VR large space industry began to experience rapid growth, with significant improvements in hardware technology and an expanding content ecosystem [5]. 2025 Market Dynamics - The LBE market in 2025 is characterized by high growth and low concentration, indicating a typical growth phase with a market size approaching one trillion [6]. - The market's low concentration is evident, with a CR10 of less than 20%, indicating that nearly 80% of related enterprises operate as single project entities [7]. - The rapid expansion of offline VR experience channels is evident, with over 5,000 experience points nationwide by the third quarter of 2025, indicating a clear trend of channel penetration into lower-tier cities [8][9]. Industry Ecosystem - The LBE industry ecosystem is becoming increasingly complete, involving hardware suppliers, software service providers, content creators, and offline operators, all collaborating to drive scale [10][11]. - Government support, industry associations, and investment institutions play crucial roles in the ecosystem, with reported financing exceeding 10 billion for the VR large space industry in 2025 [12]. 2026 Market Forecast - The LBE market is expected to exceed 180 billion in 2026, with a compound annual growth rate of over 25% from 2025 to 2030, driven by policy support, technological iteration, and rising consumer demand [13][14]. - The competitive landscape will shift towards higher concentration, with leading companies expanding through content output and franchise models, while mergers and acquisitions will accelerate [15][16]. - Technological trends will include increased application of MR (Mixed Reality) and AIGC (Artificial Intelligence Generated Content), enhancing user experience and content production efficiency [17][18]. Industry Standards and Specialization - 2026 will be a pivotal year for establishing standardized systems and deepening specialization within the LBE industry, addressing fragmentation and high collaboration costs [19][20]. - The division of labor will evolve, with content creators focusing on core development, distributors managing promotion and rights, and venue operators enhancing user experience [20]. Scene Expansion - The LBE market will expand beyond C-end entertainment to include government and enterprise services, creating new growth engines [21]. - C-end scenarios will see further segmentation, while B-end and G-end applications will emerge as significant growth drivers, particularly in industrial training and public service sectors [21]. Conclusion - The domestic LBE market has transitioned from concept trials to a trillion-dollar sector, with a focus on quality enhancement and scale expansion in 2026 [22].

Core Viewpoint - The launch of the AR588MA 5G-A module by the company marks a significant advancement in automotive communication technology, addressing the demands for ultra-high bandwidth, ultra-low latency, and extreme reliability in next-generation smart vehicles [1][3]. Group 1: Technical Specifications - The AR588MA module is built on MediaTek's first 5G-A platform, featuring a modem performance that leads the industry, with a quad-core Cortex-A55 CPU clocked at 2.3GHz, supporting a downlink speed of up to 9.0 Gbps and an uplink speed exceeding 2.5 Gbps [3]. - It supports 400 MHz bandwidth and NR 5CC, along with DSDA (Dual SIM Dual Active) functionality, enhancing data transmission efficiency and stability [3]. - The module integrates satellite communication capabilities and adaptive network signal compensation algorithms, significantly improving network performance even in weak signal areas [5]. Group 2: AI Integration and User Experience - The AR588MA module incorporates AI technology for deep integration with vehicle communication, enabling a shift from "passive connection" to "active adaptation," which enhances network speed and connection stability [7]. - It features an intelligent scene recognition system and an AI network optimization engine, processing multi-dimensional data such as vehicle location and road conditions to optimize network performance [7]. Group 3: Reliability and Safety Standards - The AR588MA adheres to automotive-grade design standards, meeting AEC-Q100 Grade 2 for reliability in extreme conditions and ISO 21434 for automotive cybersecurity [8]. - It supports secure boot and hardware isolation technologies, ensuring stable connections and enhanced security for vehicle communication [8]. Group 4: Functional Features - The module supports eCall/NG-eCall emergency call systems, automatically transmitting critical data to emergency centers in the event of a collision [10]. - It includes GNSS positioning capabilities with dual-frequency support (L1+L5), providing high-frequency output for accurate navigation and path planning [10]. - The AR588MA is designed for compatibility with existing hardware and software, facilitating a smooth transition from traditional 5G to 5G-A, thus reducing development costs and time to market [10].

保障工作启动以来，各盟市分公司高度重视，负责人带队深入重保场地视察保障工作准备情况，紧盯基 站扩容、应急部署、人员值守等工作进展。工作团队以"零重大网络故障、零重大网络安全事件、零重 要用户投诉、零负面焦点事件"为目标，全力以赴守护网络畅通。 呼和浩特移动、包头移动在本次跨年活动中保障任务繁重，保障团队运用多项新技术，在重保场景周边 配置5G-A基站，单用户峰值速率可达1.2Gbps以上，较传统5G速率显著提升，充分满足高清直播、万人 并发需求。此外，在呼和浩特新华广场的应急通信保障车上，技术团队成功完成全国首个广域 5G RedCap（轻量化 5G）视联确定性保障方案的现网应用验证，这一突破为大型活动人群密集场景下的实 时监控与网络稳定保障，探索出了一条高效可行的创新路径。 跨年夜当晚，气温低至零下20摄氏度，保障人员始终坚守在各自岗位，他们顶着刺骨寒风，巡检户外基 站设备、实时监测信号强度与网络速率。后台工程师们紧盯屏幕上的各项网络指标，确保视频直播、语 音通话等业务全程流畅。 转自：新华财经 据了解，内蒙古移动累计出动保障人员582人次、保障车辆266辆次，圆满完成跨年夜通信保障任务，彰 显出内蒙古移动 ...

Core Viewpoint - ZTE Corporation has successfully completed outdoor testing of key low-altitude communication technologies under the 5G-A network in Zhangzhou, Fujian, following the completion of laboratory tests [1] Group 1 - The testing was organized by the IMT-2020 (5G) Promotion Group, which established the testing methods for base station equipment aimed at low-altitude communication [1] - ZTE is the first company to achieve this milestone in the context of 5G-A technology [1]

Core Viewpoint - The article highlights that ZTE Corporation has successfully completed outdoor testing of key low-altitude communication technologies under the 5G-A network in Zhangzhou, Fujian, following laboratory tests [1] Group 1 - The 5G-A technology research and development testing methods for base station equipment aimed at low-altitude communication were established by the IMT-2020 (5G) Promotion Group [1] - ZTE Corporation is the first to complete outdoor testing of low-altitude communication key technologies under the 5G-A network [1]

Core Insights - Liaoning Unicom has successfully completed the verification of multi-AAU and multi-RIS network deployment in Dalian, enhancing the coverage and performance of 5G-A networks in complex urban environments [1][2] - The use of RIS technology, which is based on electromagnetic metamaterials, is expected to significantly improve deep coverage capabilities of mobile networks, offering low cost, low power consumption, and easy deployment [1] - The collaboration between Liaoning Unicom, the Unicom Research Institute, and ZTE has led to the completion of dynamic intelligent surface RIS 2.0 outdoor verification, building on previous achievements [1] Technical Achievements - The verification involved deploying multiple AAU and RIS devices, utilizing intelligent beam coordination technology to ensure stable traffic for 5G-A terminals under various mobility conditions [2] - The testing demonstrated a 100% success rate for access and switching within the system, confirming the feasibility of multi-AAU and multi-RIS network deployment in complex urban settings [2] - A total of 150 access attempts were made during the verification, all of which were successful, indicating strong performance metrics [2]

Group 1 - The 15th National Games Taekwondo competition took place in Huizhou, featuring 134 athletes from 33 delegations competing for 8 gold medals [1] - China Mobile Huizhou Branch provided comprehensive communication services including dedicated competition networks, cloud video internet lines, temporary wiring, 5G backup networks, and public networks [1][2] - The event showcased the application of 5G-A technology, enhancing the communication network to support high-density crowds and various concurrent services [4][10] Group 2 - A dedicated team of 20 was established by Huizhou Mobile to ensure communication support, implementing a full-process preparation strategy from venue inspection to network optimization [2][3] - Huizhou Mobile added 9 5G base stations and upgraded existing infrastructure to ensure seamless signal coverage in critical areas [2] - The network was designed to support over 10,000 simultaneous online users, ensuring smooth operation of services like video streaming and social media [7][10] Group 3 - Huizhou Mobile conducted multiple rounds of practical drills to enhance emergency response capabilities, achieving a rapid fault detection and resolution process [8] - The team successfully completed the communication support task during the event with no major faults or user complaints [11] - The deployment of 5G-A networks is part of a broader strategy, with plans to expand to over 1,600 base stations by 2025, investing 340 million yuan in AI applications for wireless networks [12]

Core Viewpoint - Shandong Unicom has established a comprehensive communication network across the province, ensuring high-quality digital experiences for visitors during the National Day celebrations, highlighting its commitment to connectivity and service excellence [1][11]. Group 1: High-Speed Rail Connectivity - Shandong, as the province with the highest high-speed rail mileage in China, has achieved full 5G network coverage across all 12 high-speed rail lines, with a total of 6,142 base stations built, covering 2,891 kilometers and achieving a 95.9% 5G coverage rate [2]. - The company employs a differentiated coverage strategy, focusing on high-traffic core lines with dual-frequency network construction and prioritizing 3.5G deployment based on business needs [2]. Group 2: Maritime Communication - Shandong Unicom has implemented innovative technologies such as "5G + microwave" to ensure seamless signal coverage on the 160-kilometer route from Yantai to Dalian, allowing passengers to share experiences in real-time [4]. - The company has achieved full mobile network coverage in 15,528 coastal administrative villages and extended coverage into the sea up to 100 kilometers using advanced networking techniques [5]. Group 3: Urban Network Optimization - In Jinan, Shandong Unicom has enhanced network capacity through targeted base station construction and the development of an intelligent analysis system to ensure early detection and resolution of issues [7]. - The company has optimized network performance in Qingdao, achieving top rankings in mobile network quality, and has implemented a tailored support mechanism for popular tourist areas in Linyi [7]. Group 4: Holiday Network Management - Shandong Unicom has established a 24/7 monitoring system to ensure uninterrupted network service during peak holiday traffic, with rapid response teams ready to address issues [9]. - The company has proactively expanded network capacity in key areas based on historical data analysis to enhance performance during high-demand periods [9]. Group 5: Commitment to Customer Experience - The communication support team at Shandong Unicom remains dedicated to providing seamless connectivity, ensuring that every interaction contributes to a positive experience for users during the festive season [11].