In May, the Government of China approved trial use of the 6GHz band for 6G field testing, enabling prototype and pre-commercial systems to be evaluated in selected regions
In sum – what to know:
Pilot coordination – China’s MIIT launched a joint ministry-provincial 6G pilot program to accelerate R&D, coordinate stakeholders, and support the pathway toward future commercial deployment.
Field trials expand – The initiative builds on earlier 6GHz spectrum approvals and ongoing trials, moving 6G development further into real-world testing across selected regions.
AI integration focus – The program prioritizes convergence with AI, satellite internet, sensing, and industrial use cases such as embodied intelligence, maritime systems, and low-altitude economy applications.
China has launched a joint ministry-provincial collaborative pilot program for 6G innovation and development, marking a new phase in the country’s push toward next-generation wireless leadership and future commercial deployment.
The Ministry of Industry and Information Technology (MIIT) said the initiative is designed to “provide strong support for the future commercial rollout of 6G,” and will coordinate research, trials, and ecosystem development across selected regions. Priority areas include advancing core 6G technologies, deepening integration with artificial intelligence, satellite internet, and wireless sensing, as well as accelerating R&D on base stations, core networks, chips, terminals, and operating systems.
Pilot regions will also explore application-specific use cases tailored to local conditions, spanning immersive communications, industrial manufacturing, smart maritime operations, embodied intelligence, and the emerging low-altitude economy. The IMT-2030 (6G) Promotion Group will support technical trials and industry coordination.
The move builds on China’s earlier steps to transition 6G from research into real-world validation. In May, MIIT approved trial use of the 6GHz band for 6G field testing, enabling prototype and pre-commercial systems to be evaluated in selected regions under performance frameworks defined by the International Telecommunication Union (ITU).
Guang Yang, senior principal analyst at Omdia, previously told RCR Wireless News: “It’s almost clear that the 6GHz band will be the core band for early 6G deployments in China,” highlighting its importance for preparing the broader ecosystem, including vendors, operators, and chipmakers.
Earlier-stage trials have already focused on moving 6G research beyond laboratories, with China completing initial phases in 2025 and now progressing toward prototype validation and system-level testing through 2027.
China’s acceleration of 6G research and field trials comes at a time when operators are still working to fully monetize existing 5G networks, highlighting a gap between technological ambition and commercial returns. Hrushikesh Mahananda, telecom analyst at GlobalData, told RCR Wireless News: “Despite China being the world’s largest 5G market, mobile services revenue growth is expected to remain relatively moderate due to several structural and competitive pressures.” The analyst added that intense price competition and market saturation continue to weigh on ARPU, pushing operators to focus increasingly on enterprise 5G applications and industrial digitalization. This dynamic underscores a broader reality for China’s telecom sector: while 6G is advancing as a long-term strategic priority, the immediate challenge remains extracting greater value from 5G deployments already in place.
