Terrestrial broadcasters are large users of the low-band spectrum, which has excellent reach. Of course, licenses will have often already been issued for the same parts of the spectrum, so issuing new licenses is not necessarily straight forward.

The licenses themselves are allocated by each country’s regulator, typically through auction processes. Each of these bands poses a unique pairing of benefits and limitations depending on the application. This spectrum is coordinated internationally by the International Telecommunications Union (ITU) in its World Radiocommunication Conference (WRC) and uses spectrum in three different bands low-band, mid-band, and high-band. This surge in usage is undoubtedly part of a longer-term trend and has been one of the main drivers behind the rollout of 5G.ĥG, however, needs an adequate radio frequency spectrum in which to operate. The same Ericsson Mobility Report found that mobile network data traffic grew 56 percent between Q1 2019 and Q1 2020. The exploding demand for mobile data over the past few years has placed significant pressure on network capacity. Going once: Understanding the C-Band auctions This insatiable demand for 5G data will drive multiple cycles of spectrum allocation, so even if an application has not been affected to date, there’s a strong chance that there will be change coming around the corner. Video is becoming an increasingly large percentage of this traffic, set to make up more than three-quarters by 2025.

This compares to less than 10 percent in 2020. This has the potential to radically transform the approach to some broadcaster and programmer systems.ĥG deployments are only just starting to take place at scale Ericsson’s June 2020 Mobility Report found that by 2025, 5G networks will carry 45 percent of global mobile data traffic. At the same time, the need to create spectrum capacity to support those same 5G services will impact current users of that spectrum, creating a need to either reduce or eliminate the spectrum required. This connectivity will, in turn, create new in-event experiences and an overall improvement to streaming quality. It will also enable far greater bandwidth, high data speeds, connection density, and much lower latency.

The significantly enhanced network infrastructure becoming available through the rollout of 5G networks will massively improve the production of live sports, music, and other arena-based content. By Raul Aldrey, Chief Product Officer, MediaKindĥG – mobile technology’s future and the most radical driver of transformation today – promises to both create exciting new opportunities while posing fresh challenges for broadcasters and content providers.

C band program providers