瞄准这一新赛道的城市不止武汉。 武汉提前打开了6G的大门。 而6G亚毫秒级的时延则利好全息通信、自动驾驶、远程精密医疗等应用场景。朱哲学说，武汉经开区 可在智能网联汽车测试场基础上建设"6G+智能网联汽车"先导区，全域部署支持L5级自动驾驶的6G车 联网，吸引全球车企、方案商开展测试和商业化运营，形成技术、标准、产业的闭环。将东湖高新区作 为6G综合应用示范区，构建园区级数字孪生平台，实现能源、交通、安防的智能化精细管理。在长江 治理上，可利用6G网络构建覆盖水文、水质、生态、航运的立体感知网络，探索"6G+长江大保护"方 案。 近日，武汉东湖高新区发布顶尖人才（团队）专项实施办法，向全球6G顶尖人才抛出橄榄枝，最高支 持1亿元。当地还在武汉东湖综保区建设了通信设备研发和制造基地项目，主要承载6G"空天地"网络装 备的研发迭代和制造，并计划在其周围布局6G领域顶尖人才团队项目。 在产业生态层面，以"中国光谷"为核心的武汉光电子信息产业集群，是全国最大的光纤光缆、光器件、 光模块生产基地，也是全球重要的光通信研发高地。中国信科集团作为央企，在6G标准制定、原型系 统开发中深度参与国际竞争；华为武汉研究所聚焦无线 ...

Group 1 - India aims to secure a leading position in 6G technology research and patent development, targeting to obtain 10% of global 6G patents and contribute one-sixth to global 6G standards within three years [2] - The Indian government has approved 111 research projects with a total investment of 3 billion rupees to support 6G development and is establishing a 6G testing platform [2] - Compared to 5G, 6G is expected to enhance peak rates, user experience rates, and latency by at least ten times, with significant improvements in other key metrics [2][4] Group 2 - China has been proactive in 6G research since 2018, with a clear strategic focus established in the 14th Five-Year Plan, elevating 6G to a national strategy in 2025 [5][7] - As of 2023, China leads globally in 6G patent applications, holding a 40.3% share, with major companies like Huawei at the forefront [7][8] - China's 6G industry benefits from a complete ecosystem, encompassing chip design, terminal manufacturing, base station construction, and application development, facilitating large-scale deployment [8]