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Spectrum auctions and regulation are critical to next-gen connectivity. The FCC recently issued a FNPRM to open 12.7–13.25 GHz and42–42.5 GHz bands for satellite use—along with preliminary interest in51.4–52.4 GHz and W‑band (92+ GHz)
These moves reflect the growing need for hybrid connectivity: satellite complements terrestrial networks for 5G and fiber deployments, particularly in remote or emergency scenarios.
The spectrum release is projected to unlock ~20 GHz of high-speed capacity. That kind of bandwidth is essential for space-based internet services and next-gen IoT backhaul, especially in underserved areas.
However, the FCC is simultaneously tightening equipment authorization to strengthen security—another key regulatory theme accompanying spectrum decisions
Navigating the trade-offs—security, interference, and equitable access—will be crucial as carriers, satellite firms, and regulators accelerate space‑based connectivity strategies.
This broadening of spectrum access positions the U.S.to compete aggressively in space-based telecom—potentially catching up with satellite-driven efforts underway in Europe and Asia
