Catenaa, Tuesday, May 12, 2026- The US Federal Communications Commission has removed its equivalent power flux density rules governing non-geostationary orbit satellite systems, replacing them with a framework that allows operators to negotiate interference protections through private agreements, according to a recent announcement.
The decision eliminates long-standing limits designed to prevent signal interference between low Earth orbit satellite networks and geostationary systems. The FCC said operators will now be responsible for managing interference coordination directly, provided negotiations are conducted in good faith.
The agency estimates the policy change could increase throughput from existing LEO satellite constellations by between 100% and 700%, although those projections are based on industry data submitted by major satellite operators. The FCC also said the change could add up to $2 billion in economic value for the United States.
FCC Chairman Brendan Carr said the existing rules were developed in the 1990s and no longer reflect current satellite technologies or spectrum-sharing capabilities. He said updated systems require a regulatory framework that supports faster deployment and increased capacity in orbital broadband networks.
The removed EPFD limits were originally designed to protect geostationary satellites from interference caused by expanding LEO constellations. Regulators said advances in adaptive coding and modulation systems now allow satellite networks to dynamically adjust signal quality and reduce interference in real time.
FCC Commissioner Olivia Trusty said modern satellite systems are capable of more efficient spectrum use and interference mitigation than earlier generations, making older regulatory constraints less relevant. She said the update is intended to improve competition and innovation in the satellite communications sector.
The FCC said the revised approach could reduce the number of satellites needed to deliver broadband coverage over a given area. That efficiency gain may lower operating costs and potentially reduce consumer prices for satellite-based internet services.
The shift gives LEO operators greater flexibility to function in ways closer to terrestrial broadband providers, including fiber networks, according to the agency. It also signals a broader regulatory push to accelerate space-based internet infrastructure development.
Industry projections suggest that higher throughput levels may depend on hardware capabilities such as onboard power systems and energy storage. Existing satellites may require upgrades or replacement to fully utilize expanded operational limits.
Most LEO satellites already operate on relatively short replacement cycles compared to geostationary systems, which may ease transition planning for operators seeking to adopt higher-capacity configurations.
The FCC said the new framework is designed to support US leadership in the space economy while encouraging faster deployment of next-generation satellite broadband services. Operators are expected to rely on private coordination agreements to manage shared spectrum use moving forward.
The change marks a significant regulatory shift in satellite communications policy, moving from prescriptive technical limits toward negotiated spectrum management between commercial operators.
