What's Happening?
The UK regulator Ofcom has announced a new approach to managing the upper 6GHz spectrum, allowing both mobile and Wi-Fi providers to utilize the frequencies simultaneously. This proposal marks a departure
from the European Radio Spectrum Policy Group's decision, which had previously allocated the band primarily for cellular use. Ofcom's plan involves dividing the upper 6GHz band, prioritizing the lower 160MHz for Wi-Fi and the upper 540MHz for mobile, with an automated frequency coordination (AFC) database to prevent interference. The regulator plans to issue 'sub-national' licenses in urban areas for mobile use, while other areas will follow a local licensing scheme. The consultation on these plans is set to continue until March 20, with further industry consultations on the AFC framework expected in the summer.
Why It's Important?
This development is significant as it reflects a shift towards more flexible and efficient use of spectrum resources, which are crucial for the expansion of mobile and Wi-Fi services. By allowing shared use of the upper 6GHz band, Ofcom aims to maximize the utility of the spectrum, especially in areas where mobile deployment is limited. This approach could lead to enhanced connectivity and service availability, benefiting consumers and businesses alike. The decision also highlights a divergence in regulatory strategies between the UK and the broader European framework, potentially influencing future spectrum management policies across the region.
What's Next?
Ofcom's consultation process will continue, with the regulator seeking input from industry stakeholders on the proposed spectrum sharing model and the AFC framework. The outcome of these consultations will shape the final implementation of the spectrum management strategy. Additionally, the introduction of higher power Wi-Fi devices in the lower 6GHz band, controlled by an AFC system, is also under consideration. These developments could pave the way for new technological innovations and applications, particularly in urban areas where demand for wireless connectivity is high.
