- FCC proposes revising decades-old satellite power limits to accommodate modern non-geostationary satellite systems.
- A new shared licensing model is introduced for the 37–37.6 GHz band, promoting coordinated access among commercial and federal users.
What happened: FCC modernises satellite power limits and introduces shared access in 37 GHz band
FCC unanimously approved proposals to update satellite power regulations and establish a shared licensing framework for the 37–37.6 GHz frequency band. The move aims to reflect advancements in satellite technology and address the growing demand for spectrum in both satellite and terrestrial communications.
The first proposal seeks to revisit the existing power limits for satellite communications, which were established in the 1990s. These outdated limits have been criticised for hindering the performance of modern non-geostationary satellite systems, such as SpaceX’s Starlink, by restricting coverage and service quality. The FCC’s review will consider how satellite technology has evolved and whether alternative sharing frameworks could lead to more efficient spectrum utilisation.
The second initiative introduces a licensing framework for the 37–37.6 GHz band, also known as the Lower 37 GHz band. This band is currently the only millimetre-wave frequency not allocated for exclusive, licensed use. The new model promotes coordinated access among commercial operators and federal agencies, facilitating high-capacity services like 5G, wireless backhaul, and advanced fixed wireless applications.
Also read: Telecom group urges FCC to reduce regulatory burden on rural providers
Also read: FCC proposes satellite spectrum rule changes
Why it’s important
The FCC’s actions signify a commitment to modernising spectrum regulations in response to technological advancements and increasing demand for wireless services. By updating satellite power limits, the FCC aims to alleviate constraints on satellite broadband providers, potentially improving coverage and service quality for consumers.
