China has launched a joint pilot programme with provincial authorities to accelerate innovation and development in 6G networks, as Beijing seeks to maintain its lead in next-generation telecommunications.
The Ministry of Industry and Information Technology said the programme is intended to support the future commercial rollout of 6G, the planned successor to 5G mobile technology.
The initiative will focus on frontier 6G technologies, deeper integration between communications and artificial intelligence, satellite internet and wireless sensing. It will also support research and development in base stations, core network equipment, terminals, chips and operating systems linked to 6G.
Pilot regions will be encouraged to develop use cases based on local needs, including immersive communications, industrial manufacturing, the low-altitude economy, embodied intelligence and smart maritime operations.
The ministry said it would monitor developments in 6G closely and adjust the pilot plans where necessary. Technology trials will also be organised through the IMT-2030 (6G) Promotion Group, while major industry conferences are expected to be prioritised in participating regions.
The move forms part of China’s wider strategy to stay at the forefront of advanced telecommunications. The country already has the world’s largest 5G infrastructure, with millions of base stations installed across its territory and a major share of global 5G connections.
What 6G Could Change
6G is expected to become the sixth generation standard for wireless communications and cellular data networks. It is still under development, but is widely expected to offer significantly faster speeds, lower latency and greater reliability than 5G.
Industry expectations suggest 6G could eventually deliver performance improvements of between 10 and 100 times in areas such as data transmission, response times and network reliability.
Its potential reach is also broader than previous generations. Developers expect 6G networks to combine terrestrial, aerial, maritime and satellite connectivity, creating a more seamless global communications system.
For users, this could support more advanced virtual and immersive services. For industry, it could enable more precise automation, connected manufacturing, intelligent transport systems and remote operations in areas where current networks remain limited.
Commercial deployment, however, remains some years away. The current phase is focused on research, trials and standard-setting, with countries and major technology companies competing to shape the future architecture of global communications.
Source: lifo.gr
