China has made a groundbreaking stride in its quest to lead the Fourth Industrial Revolution (4IR), unveiling the world’s first field test network for sixth-generation (6G) communications.
Spearheaded by Purple Mountain Laboratories in Nanjing, capital of east China’s Jiangsu Province, the development positions the Asian powerhouse at the forefront of next-generation wireless technology.
The 6G field test, recently organized under the auspices of Purple Mountain Laboratories, showcased not only the high-speed capabilities of the technology but also its intelligence and perception functions. A defining feature of 6G is its deep integration with Artificial Intelligence (AI), allowing for a transformative convergence of communications and intelligent data processing.
Crucially, 6G technology supports the interoperability of terrestrial and non-terrestrial networks—including satellites—a feature that expands connectivity and enhances communication in areas previously beyond the reach of conventional infrastructure. This innovation is expected to accelerate the evolution of sectors such as aerospace, remote monitoring, autonomous systems, and industrial automation.
“This technology has significant application prospects in emerging fields such as drones,” noted Mr. You Xiaohu, Director of Purple Mountain Laboratories.
“When a drone is in sight, base stations need to both communicate with it and sense its presence. This is especially important when unauthorized drones enter restricted areas. With integrated communication and sensing capabilities, base stations can support both communication and detection of drones.”
Mr. You Xiaoh
Global Momentum Around The Development of 6G
China’s breakthrough coincides with global momentum around the development of 6G technologies. In 2023, the International Telecommunication Union (ITU), the United Nations’ specialized agency for information and communication technologies (ICTs), approved a 6G vision framework. This foundational document has catalyzed international research efforts and outlines the future architecture of mobile networks under the IMT-2030 standard.
“Terrestrial wireless systems to be developed under IMT-2030 are expected to drive the next wave of innovative radiocommunication systems, promote digital equity and advance universal connectivity,” said Mario Maniewicz, Director of the ITU Radiocommunication Bureau.
China’s commitment to 6G development is part of a broader strategy to secure its leadership in advanced technologies critical to the 4IR. The 4IR, characterized by a fusion of digital, biological, and physical systems, demands high-speed connectivity, real-time data analytics, and robust AI integration—capabilities that 6G is uniquely positioned to deliver.
Prominent economist and former World Bank Chief Economist, Professor Yifu Lin, has lauded China’s advances in science, technology, and engineering, emphasizing the need to maintain the current momentum. Delivering a lecture titled “China’s Medium and Long-Term Development, Stability, and the Significance of Stable Growth amid Global Uncertainties” in Beijing, he underscored the critical role of increased investment in China’s high-tech enterprises.
“The Fourth Industrial Revolution presents China with a critical opportunity. China requires new inventions and innovations through research and development to keep up the trend.”
Professor Yifu Lin
He further stressed that sustained technological progress is not only key to improving the quality of life for China’s 1.4 billion citizens but is also vital to ensuring global economic stability and reshaping international governance systems.
The launch of the 6G test network affirms China’s intention to not only compete but lead in setting the pace for global technological standards. The initiative reflects the country’s strategic approach to innovation and its resolve to chart a path forward through investment in emerging technologies.
As China continues to break new ground in AI, telecommunications, and digital infrastructure, its 6G ambitions are poised to influence global development trajectories in ways that could redefine how societies connect, produce, and interact.
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