BEIJING (TechGenez) – China has taken a significant step toward commercializing sixth-generation mobile networks by approving test frequencies for 6G technology, aiming to accelerate research, standardization, and eventual deployment of the ultra-fast wireless standard.
The Ministry of Industry and Information Technology (MIIT) announced on Friday that it has granted a trial frequency usage permit for the 6GHz band to the IMT-2030 (6G) Promotion Group, enabling technical trials in selected regions across the country.
The decision underscores China’s determination to play a leading role in shaping the global future of telecommunications as the industry prepares for the expected commercial rollout of 6G around 2030.
Trial Scope and Objectives
The approved trials will focus on key performance indicators defined by the International Telecommunication Union (ITU) for 6G systems. These include ultra-high data rates, extremely low latency, support for massive device connectivity, and integrated sensing and communication capabilities.
Developers will use the test frequencies to conduct research and verification testing aimed at overcoming core technological challenges in areas such as spectrum efficiency, network architecture, and energy consumption.
“The approval of these test frequencies will strongly promote the high-quality development of 6G in China,” the MIIT said in an official statement.
The IMT-2030 Promotion Group, which coordinates the country’s 6G efforts, brings together major telecom operators, equipment manufacturers, universities, and research institutions. The group has been instrumental in advancing China’s position in global 6G standardization efforts.
Strategic Importance
China views 6G as a critical technology for economic competitiveness, industrial transformation, and national security. The country has invested heavily in 6G research since 2019 through national programs and industry alliances.
Industry experts expect 6G to enable transformative applications including holographic communications, advanced digital twins, immersive extended reality, and highly reliable autonomous systems.
By securing early test spectrum and building a robust domestic ecosystem, China aims to influence international standards and reduce dependence on foreign technology suppliers in the next-generation wireless landscape.
Broader Context
The global race for 6G leadership is intensifying. While China has taken an early lead in spectrum trials and research coordination, countries including the United States, Japan, South Korea, and several European nations are also investing heavily in 6G development.
The ITU is expected to finalize initial 6G technical requirements and spectrum allocations in the coming years, with full standardization targeted for around 2028–2030 and commercial deployment beginning in the early 2030s.
China’s move follows its successful deployment of 5G networks, which now cover the vast majority of the population and support millions of base stations — far more than any other country.
Challenges
- Despite strong government backing, China faces technical hurdles in developing 6G hardware, particularly in areas such as terahertz frequencies, energy efficiency, and advanced antenna technologies.
- International cooperation on standards will be essential, yet geopolitical tensions could complicate collaboration with Western partners on spectrum allocation and technology sharing.
- Ensuring that 6G development aligns with sustainability goals, including reduced energy consumption, will also be a priority for the industry.
Conclusion
China’s approval of 6G test frequencies marks an important milestone in the country’s ambition to lead the next generation of wireless connectivity. As the global telecommunications industry prepares for the 6G era, this step reinforces China’s proactive approach to shaping the technology that will power future digital economies and societies.
