FCC Proposes 25 MHz D2D Spectrum Auction Plus 482 MHz Satellite Expansion

FCC advances dedicated spectrum auction and 482 MHz satellite-cellular expansion

The FCC will vote October 29 on a 25 MHz spectrum auction in the 1675–1695 MHz and 2020–2025 MHz bands for direct-to-device satellite services, plus rules that could add 482 MHz to the spectrum pool available under its Supplemental Coverage from Space framework. The auction targets satellite D2D providers including SpaceX, while the expanded framework would let carriers lease their licensed spectrum to satellite operators for supplemental coverage.

The proposal gives satellite operators and terrestrial carriers more flexibility to deliver overlapping connectivity. SpaceX's Starlink direct-to-cell service—now authorized for a constellation of up to 15,000 satellites at approximately 330 km altitude—would compete with carrier-managed satellite partnerships and rival systems including Eutelsat OneWeb. Carriers could use spectrum relationships to prevent satellite providers from bypassing them entirely.

For enterprise buyers planning rural-site connectivity, fleet communications, emergency backup, industrial IoT, or public-safety deployments, the implication is straightforward: treat satellite-to-phone coverage as an emerging complement to terrestrial 5G, not a settled procurement category. The October 29 vote is a proposed regulatory step. Spectrum will not be immediately available, and coverage footprints, device compatibility, pricing, and service-level commitments remain unfinalized.

The proposal could expand supplier choice and reduce dependence on terrestrial-only coverage, but it introduces regulatory and interoperability risk. Enterprises should require vendors to identify whether service depends on carrier-leased spectrum, auctioned spectrum, or separate satellite authorization. Budget impact remains uncertain until commercial pricing and wholesale terms are public.

FCC proposes opening 50 MHz of 800 MHz cellular spectrum for drones

The same October 29 agenda includes a proposal to allow uncrewed aircraft operations across 50 MHz of nationwide low-band spectrum in the 800 MHz cellular band. The change would benefit enterprise drone operators and vendors supplying inspection, logistics, public-safety, and industrial-automation systems.

Cellular-connected drone platforms could gain an advantage over systems relying on unlicensed Wi-Fi, proprietary narrowband radios, or local private networks. AT&T, Verizon, and T-Mobile would be potential connectivity providers, while drone vendors could compete on managed connectivity and beyond-visual-line-of-sight capabilities.

If adopted, the rules could improve the business case for nationwide drone telemetry and command links in utilities, transportation, construction, agriculture, and security. However, buyers should distinguish spectrum authorization from operational approval: aviation, safety, geofencing, and beyond-visual-line-of-sight requirements remain separate procurement and compliance constraints. Enterprises should avoid locking into a single carrier before the final technical rules, coverage obligations, device-certification requirements, and commercial terms are known.

FCC considers restricting equipment certification to labs outside "non-reciprocal" countries

The FCC is also expected to consider an order preventing laboratories in "non-reciprocal" countries from handling FCC equipment certifications. The measure could affect manufacturers of enterprise Wi-Fi access points, private-5G equipment, routers, radios, IoT devices, and other products requiring FCC authorization.

Certification capacity could move toward U.S.-based or approved foreign laboratories, potentially favoring vendors with established compliance operations and disadvantaging smaller hardware companies that depend on lower-cost overseas testing.

Buyers could face longer certification cycles, higher compliance costs, and delayed availability for imported wireless equipment. Procurement teams should ask vendors where FCC testing occurs, whether existing authorizations remain valid, and whether any future product revisions require retesting. This is still a proposed regulatory action, not a completed restriction. Enterprises with large wireless-hardware refreshes should nevertheless include certification-lab location and supply-chain exposure in vendor due diligence.

India: Airtel challenges satellite spectrum assignment method

At India Mobile Congress on October 9, Bharti Airtel Chief Regulatory Officer Rahul Vatts argued that satellite companies using spectrum associated with mobile services should face rules similar to mobile operators. Indian mobile operators generally obtain mobile-service spectrum through auctions, while satellite communications spectrum can be assigned administratively under the Telecommunications Act, 2023.

Airtel-backed Eutelsat OneWeb reportedly has infrastructure ready, has completed security demonstrations, and is awaiting further government approvals for satellite services in India. The company has received provisional spectrum for testing. Airtel is positioning terrestrial operators and satellite providers as subject to comparable pricing, licensing, and security obligations when satellite systems deliver D2D services over spectrum associated with mobile networks. The dispute affects OneWeb, SpaceX's potential Indian operations, Reliance Jio's satellite initiatives, and incumbent mobile operators.

Indian enterprises evaluating satellite backup, remote-site connectivity, and IoT should expect continued uncertainty around launch timing, licensing, security clearance, and wholesale pricing. Airtel's position could raise satellite-service costs or delay market entry if regulators require auction-like economics or additional obligations. Treat Indian satellite connectivity as a pilot-stage option until the government establishes final spectrum-assignment, security, and licensing rules. Preserve terrestrial and private-network alternatives in budgets for remote operations.

What to watch

The FCC's proposed 25 MHz auction, 482 MHz expansion of satellite-eligible spectrum, and 50 MHz drone allocation are the clearest enterprise-relevant developments this week. They could broaden connectivity options for remote sites, fleets, drones, and IoT, but each remains dependent on future FCC action, technical rules, carrier agreements, and final commercial pricing. Enterprises should monitor the October 29 vote outcome, subsequent rulemaking on device certification and coverage obligations, and carrier announcements on satellite partnerships and drone-connectivity pricing. For Indian operations, track whether the government adopts Airtel's position on satellite spectrum assignment or maintains the administrative allocation path.