FCC schedules Auction 115 for 3,248 Upper C-band 5G licenses

This auction finalizes the transition of the C-band from satellite video distribution to terrestrial 5G, providing the density required for gigabit-speed mobile streaming and Fixed Wireless Access. By harmonizing the 3.98-4.14 GHz range with existing lower C-band allocations, the FCC enables a 440 MHz contiguous block that reduces hardware complexity for network operators. The immediate implication is a forced migration for broadcasters currently reliant on C-band for linear distribution to IP-based or hybrid Ku-band models. Watch for the November 2026 deadline for satellite operators to submit their clearing plans, which will dictate the real-world timeline for spectrum availability.

The scheduling of Auction 115 follows the passage of the One Big Beautiful Bill Act in July 2025, which restored the FCC’s spectrum auction authority after a two-year lapse beginning in March 2023. Per Light Reading, the 2024 calendar year was the first in agency history where the FCC lacked the authority to award wireless spectrum licenses. The new legislation expressly mandates the auction of at least 100 MHz in the Upper C-band by July 2027, a target the current FCC proposal exceeds by 60%.

This auction builds on the massive financial precedent set by Auction 107 in 2021. According to FCC data, that sale of 280 MHz of lower C-band spectrum generated a record $81.2 billion in gross proceeds, primarily driven by Verizon, AT&T, and T-Mobile. Per Satnews (July 2026), incumbent satellite operators SES and Eutelsat are eligible for billions in incentive payments—approximately $5.6 billion and $504 million respectively—contingent on meeting accelerated clearing deadlines to vacate the frequencies for wireless use.

For the media industry, the shift represents a significant infrastructure pivot. Per reports from May 2026, broadcasters including E.W. Scripps streaming restructuring and Tennis Channel have already accelerated moves toward managed IP distribution models to bypass the 'spectrum squeeze.' While the C-band was historically favored for its resilience against weather interference, the 2027 auction deadline is forcing a transition to Ku-band or terrestrial fiber paths to maintain broadcast-grade reliability as satellite capacity in the 4.0-4.2 GHz range evaporates.