How is the global status of 6GHz applications?

The 6GHz band, as a key component of 5G and 6G communication technologies, has attracted widespread attention globally. With the popularization of 5G technology and the acceleration of 6G technology research and development, the application prospects and market potential of the 6GHz band are gradually emerging. This article will comprehensively analyze the current status of global 6GHz applications and discuss its importance and future trends in the development of communication technologies.

The Importance of the 6GHz Band
The 6GHz band is crucial for 5G and 6G communication technologies. It can provide faster transmission speeds, lower latency, solve connection and congestion issues, and has greater capacity to meet the demands of high-performance gaming and high-definition multimedia content. Moreover, the opening of the 6GHz band means that indoor and outdoor Wi-Fi access points (APs) can enjoy high data rate video streaming at home and in outdoor stadiums, parking lots, outdoor cafes, and other venues.

Applications of 6GHz in 5G
Standardization: As of the first quarter of 2022, data from the GSMA Intelligence shows that 75% of 5G networks use the mid-frequency band. 3GPP has completed the technical specifications for 5G NR band 104 and included it in 3GPP R17, completing the standard for the upper half of the 6GHz band for licensed 5G. This provides a standardized foundation for 6GHz 5G devices and terminals.
Economic Benefits: The mid-frequency band will drive over $610 billion in global GDP by 2030, with about 65% of the socio-economic value triggered by 5G attributed to the mid-frequency band. However, the prerequisite for achieving this expectation is that there is enough spectrum allocated to mobile operators.

Applications of 6GHz in 6G
6G Vision and Application Scenarios: 6G technology will be widely applied in fields such as intelligent manufacturing, intelligent transportation, remote holography, digital twins, and autonomous driving. The overall vision of 6G is an expansion and upgrade based on the vision of 5G, featuring more ubiquitous connections, greater transmission bandwidth, lower end-to-end latency, higher reliability, and intelligent network characteristics.
Technical Progress: Globally, 6G research is still in its infancy, and the overall technical roadmap is not yet clear. Currently, certain progress has been made in research on 6G vision goals, application scenarios, basic indicators, and potential key technologies.

Trends in the Development of the 6GHz Market
Market Size and Growth: 6G technology will connect far more than the population, with full access to personal and enterprise intelligent devices, leading to a surge in traffic. By 2040, the number of terminal connections will reach 121.6 billion, with a monthly average traffic of 585.5 billion GB.
Industry Chain Map: The 6G industry chain, based on the vast upstream and downstream of operators, involves multiple segments such as equipment manufacturing, chip design, and terminal development.

Global Progress on 6GHz Spectrum
Spectrum Allocation: The demand for 6G spectrum is expected to be officially discussed at the World Radiocommunication Conference (WRC) at the end of 2023, and the WRC at the end of 2027 may complete the allocation of 6G spectrum.
Technical Standardization: The International Telecommunication Union (ITU) has completed the "Framework and Overall Objectives for IMT towards 2030 and Beyond," depicting six major application scenarios for 6G: immersive communication, ultra-massive connections, etc.

Conclusion
The 6GHz band plays a significant role in the development of global communication technologies. With the in-depth application of 5G technology and the advancement of 6G technology research and development, the application prospects of the 6GHz band are vast. Worldwide, research and application of the 6GHz band are in a rapid development phase and will bring new growth points to the digital economy in the future.