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By the SpaceNexus Desk
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On Friday, October 30, 2026, the Federal Communications Commission voted at its open meeting to advance a Notice of Proposed Rulemaking to auction 25 megahertz of mid-band spectrum across the 1675-1695 MHz range, with a dual allocation for terrestrial 5G and direct-to-device (D2D) satellite service. The Satellite Industry Association (SIA) welcomed the same meeting's approval of a proposal to remove regulatory barriers, expand supplemental coverage from space (SCS), and refresh D2D connectivity rules.
Two related developments came in the same period:
The summaries available do not provide the full text of the NPRM or Part 100 rules, so this analysis is limited to what the sources state and the logical consequences of those facts.
The FCC controls two scarce inputs for satellite operators: spectrum and time to market. Part 100 addresses the second, and the mid-band NPRM addresses the first. A new bureau chief determines how both are administered day to day.
Characterizing Part 100 as an assembly line suggests a standardized, more predictable path for routine applications, as opposed to case-by-case processing. For constellation operators that file large numbers of modifications and new systems, predictability can matter as much as raw speed because financing and launch schedules depend on knowing when authority will arrive. A licensing framework that processes standard applications quickly also frees staff for novel or contested cases. How well that works in practice will depend on the final rule text, the categories of applications that qualify, and the staffing the Space Bureau can bring to bear.
Sources:
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A dual 5G and D2D allocation in 1675-1695 MHz is notable because it avoids a binary choice between terrestrial mobile and satellite use. Mid-band spectrum is highly valued by terrestrial carriers for its balance of coverage and capacity. Offering the band for both service types signals that the FCC sees D2D as a mainstream use of mobile spectrum and not a niche. It also raises design questions that an NPRM is meant to explore: how satellite and terrestrial systems will coexist, how licenses will be structured, and whether satellite operators or terrestrial carriers will end up holding the licenses.
That last question has commercial weight. At Silicon Valley Space Week, analyst Tim Farrar said carriers have concluded that relatively few people will pay for satellite-to-phone service. That comment came the same day the FCC approved Amazon's Globalstar transaction, which is covered elsewhere. If consumer willingness to pay is limited, carriers may value spectrum for terrestrial use more than for satellite use, which sets up a real contest in an auction with a dual allocation.
Operators with large pending applications stand to benefit if Part 100 delivers consistent timelines. Smaller operators and new entrants may gain most, since they have fewer regulatory resources and are more sensitive to delay. Operators should read the final procedural rules closely to see how milestones, completeness reviews and amendments are handled, because those details determine whether the assembly line is actually faster.
The SCS expansion and refreshed D2D rules support companies that connect satellites to ordinary handsets, including those that hold or are acquiring mobile satellite spectrum. The mid-band proposal adds a new potential spectrum source beyond existing mobile satellite bands. The business model question remains open. Farrar's remark that few consumers will pay suggests revenue may depend on bundling with carrier plans, wholesale arrangements, or emergency and coverage-extension use cases more than on stand-alone subscriptions.
Carriers gain a potential 25 MHz of mid-band spectrum, but a shared allocation may come with conditions. They will weigh the value of the spectrum for 5G capacity against the obligations that come with satellite coexistence. Their participation in the rulemaking will shape how the dual allocation is defined.
Mid-band spectrum in this range has historically involved federal users, and any auction proposal implies a transition or sharing arrangement. The summaries do not give details, so this is a point to follow in the NPRM text and comments filed by federal agencies and industry.
A process rewrite creates demand for regulatory counsel and rewards firms that understand the new procedures early. Capital providers evaluating constellation projects will look at licensing timelines as a risk factor, and a more predictable process can lower that risk without eliminating it.
An NPRM is a proposal, so the next stage is a comment cycle in which carriers, satellite operators, federal agencies and public-interest groups will file positions. The main points of contention are likely to be coexistence and interference rules between 5G and D2D, the structure of the license (exclusive, shared, or tiered), the treatment of incumbent federal users, and the timing of any auction. The sources do not provide an auction date, and none should be assumed.
For Part 100, the key indicator will be measured processing times once the framework is in operation. Early cases will show whether the assembly-line description holds for complex constellation filings or mainly for routine ones. Reinhard's early priorities and staffing decisions will matter as much as the rule text.
The interaction with Congress is also a factor. The licensing panel discussed the next Congress, and any legislative changes to spectrum authority or agency resources could alter the pace. Operators should plan for a regulatory environment that is more standardized but still subject to political and budgetary shifts.
A possible cascading effect is on the economics of D2D. If mid-band spectrum becomes available for satellite use, the technical case for D2D improves, but Farrar's point about consumer willingness to pay remains the commercial test. Spectrum access and licensing speed are necessary conditions, not sufficient ones.
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