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我国已形成6G领域关键技术储备超300项
Core Insights - 6G technology is currently in the experimental phase, with specific applications being tested, such as long-distance communication for drone monitoring over large water bodies like Taihu Lake [1][6] - The technology promises to significantly enhance communication capabilities, with potential speeds up to 100 times faster than 5G, enabling real-time transmission of high-definition video and supporting future applications like 8K/16K video and holographic communication [3][5] - 6G aims to achieve comprehensive coverage without dead zones, integrating communication and sensing technologies to create a unified network across air, ground, and sea [6][9] Technological Advancements - The introduction of terahertz communication systems is a key breakthrough, likened to a "super highway" compared to the "four-lane highway" of 5G, allowing for massive data transfer capabilities [3][5] - 6G technology will enable ultra-low latency and high reliability, with goals of achieving transmission delays as low as 100 microseconds and reliability rates of 99.99999% [12][14] - The integration of communication and sensing capabilities in 6G will reduce equipment costs and operational personnel needs, enhancing efficiency in various applications [7][9] Industry Impact - China has completed the first phase of 6G technology trials, establishing over 300 key technology reserves, with plans for commercial applications expected around 2030 [10][14] - The anticipated growth of the Internet of Things (IoT) is significant, with projections indicating that the number of IoT connections in China will exceed 3.5 billion this year, supported by a robust digital economy [16][18] - The government has invested over 8 billion yuan in IoT initiatives, with 86 national standards published, facilitating the transition from 5G to 6G and other advanced communication technologies [18]
从6G产业前瞻布局透视未来产业如何成为新经济增长点
Yang Shi Wang· 2025-11-30 04:20
Core Insights - China's "14th Five-Year Plan" emphasizes the strategic development of future industries, including the promotion of 6G technology as a new economic growth driver [1] Group 1: 6G Technology Overview - 6G technology is currently in the experimental phase, with specific technologies being tested in certain scenarios [1] - The terahertz communication system is a key component of 6G, offering transmission speeds that are 100 times faster than 5G, capable of transmitting 1 terabyte in one second [3] - Unlike 5G, which focuses on ground coverage, 6G aims to integrate communication and intelligence, creating a comprehensive network that covers air, space, land, and sea [3] Group 2: Current Developments and Future Goals - China has completed the first phase of 6G technology testing, developing over 300 key technology reserves [5] - The goal for 6G is to achieve a transmission delay of less than 100 microseconds and a reliability of 99.99999%, enabling precise coordination of industrial devices in smart factories [7] - During the "14th Five-Year Plan" period, China will focus on 6G standard development and industrial research, with commercial applications expected to start around 2030 and large-scale deployment by 2035 [7]
加速迈向未来产业、文化事业蒸蒸日上……中国高质量发展活力澎湃
Yang Shi Wang· 2025-11-30 01:29
Group 1: 6G Development and Technology - The "14th Five-Year Plan" emphasizes the strategic layout of future industries, including the promotion of 6G as a new economic growth point, with ongoing experimental validations in specific scenarios [1] - 6G technology is expected to integrate communication and intelligence deeply, creating a comprehensive network that covers air, space, land, and sea, achieving full coverage without dead zones [3] - The first phase of 6G technology testing has been completed in China, resulting in over 300 key technology reserves, showcasing high demands for latency and stability through real-time wireless control in applications like smart factories [7] Group 2: Future Commercialization and Standards - During the "14th Five-Year Plan" period, China will focus on developing 6G standards and industrial research and development, with commercial applications expected to start around 2030 and large-scale deployment by 2035 [9]