NTIA outlines its plans for commercial operations in the lower 3GHz

The Biden administration said it will study how to shift federal users out of the lower 3GHz band in order to free it up for commercial use. However, the government’s study of the job won’t be done until 2026.

Regardless, the 5G industry is viewing the development as a win. “We are encouraged by the administration’s National Spectrum Strategy Implementation Plan, which comes at a crucial time as America continues to trail other countries in freeing up midband spectrum for 5G networks. We are pleased to see the administration restore NTIA leadership over spectrum studies, right the course on the lower 3GHz band, and set up a critical review of the 7/8GHz band,” said CTIA CEO Meredith Attwell Baker in a statement. CTIA is the primary lobbying association for the 5G industry.

Specifically, the Biden administration this week released its “implementation” plan for the national spectrum strategy it unveiled in November. According to a new press release from the NTIA – the primary agency overseeing the implementation plan – the plan will study “the potential for repacking, compression and relocation of airborne radars and other federal systems in the lower 3 GHz to allow for commercial use.”

That language is important because the US Department of Defense (DoD) currently uses the lower 3GHz spectrum band to operate its radars, satellites, navigation equipment and more. The 5G industry has been trying for years to convince the White House to reallocate some or all of that band for cellular operations, but the DoD has instead argued that it would only share the spectrum with commercial users, rather than release it completely.

Thus, the NTIA’s new implementation plan appears to lean more heavily toward releasing at least a part of the lower 3GHz band for commercial uses. However, the devil will likely be in the details. It’s unclear how much spectrum in the lower 3GHz band will be released for commercial use, and what restrictions might be placed on that spectrum.

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