China has become the first country to approve the 6GHz spectrum for 6G trials, a move that accelerates the global race for next-generation wireless dominance ahead of an expected 2030 commercial rollout.
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China Approves 6GHz Band for 6G Trials Eyeing 2030 Commercial Launch
China's Ministry of Industry and Information Technology (MIIT) approved the 6GHz frequency band for national 6G trials, a strategic move aimed at leveraging existing 5G infrastructure to lower costs and gain a first-mover advantage in defining the next global wireless standard.
"The 6GHz band is a scarce mid-band spectrum resource with large bandwidth and high quality, offering advantages such as wide coverage, large capacity and high reliability," Wang Tan, Director of the Frequency Planning Division of the Radio Administration Bureau under the MIIT, said in a statement to state media.
The decision comes as China completes its first phase of key 6G technology trials, which ran from 2022 to 2025, and begins a second phase focused on technical solutions. While the first international version of the 6G standard is still being finalized, the industry widely expects official commercialization to begin around 2030. The MIIT noted the 6GHz band's compatibility with the existing 5G mid-band ecosystem will enable a smoother, more cost-effective transition.
This early allocation of trial spectrum positions Chinese telecommunication giants like Huawei and ZTE favorably and intensifies competition for global technology providers. Companies like Keysight Technologies (KEYS), Ericsson, and Nokia are all heavily invested in 6G research and development, with the battle for intellectual property and standards leadership now heating up.
Standardization and Global Competition
The race for 6G is not just about speed but also about setting the global standards that will govern the technology for a decade or more. Underscoring its role in the ecosystem, U.S.-based Keysight Technologies is set to host the next 3GPP standards meeting in Singapore, where the timeline for 6G standardization will be a key topic. Keysight's leadership has noted active collaborations with Qualcomm on developing RF digital twins and with Samsung on AI-driven radio access network (RAN) workflows, highlighting the complex web of partnerships shaping the future technology.
"As the industry explores new use cases for 6G, such as integrated sensing and communication, energy efficient networks, and expanded coverage capabilities we are well positioned to intercept these opportunities," Keysight CEO Satish Dhanasekaran said on the company's recent earnings call.
New Frontiers for 6G Networks
Beyond faster mobile broadband, 6G is expected to integrate terrestrial networks with non-terrestrial networks (NTNs), including new low-Earth orbit (LEO) satellite constellations from operators like SpaceX's Starlink and Amazon's Project Kuiper. This creates a multi-layered communication architecture designed for new applications ranging from autonomous vehicles to direct-to-cell services.
The increasing complexity of these hybrid environments is driving demand for advanced validation and emulation tools. "The frequency bands are also expanding. You have L, S, C, Ka, Ku, K. All of this is requiring more advanced capabilities," said Kailash Narayanan, president of Keysight's Communication Solutions Group. He noted that emulating the network, devices, and satellite orbits is critical for customers to develop and deploy these next-generation systems.
For investors, China's move reinforces the long-term growth trajectory for companies across the telecommunications supply chain. Early leadership in standardization can translate directly into significant market share and intellectual property advantages by the 2030 deployment target, impacting test and measurement firms like Keysight, semiconductor suppliers, and network equipment providers.
This article is for informational purposes only and does not constitute investment advice.
