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In an accompanying Notice of Proposed Rulemaking, the FCC is asking stakeholders for advice on potential uses for this spectrum and comments on how to amend existing ancillary and supplementary service rules, put in place more than 20 years ago, to address current capabilities and support the use of Broadcast Internet spectrum.
“This fulfills an unrealized promise of the digital TV transition - the use of excess spectrum for supplementary or ancillary services, in addition to traditional video programming,” FCC Chairman Ajit Pai said in a press release. “ATSC 3.0 can be used to deliver innovative new services related to automotive transportation, agriculture, distance learning, telehealth, public safety, utility automation, and the Internet of Things, to name a few, not to mention others we haven’t even dreamed of. Our goal should be to ensure that the market - not outdated rules - determines which new services and technologies will succeed.”
“For IoT, smart ag, and telemedicine applications, Broadcast Internet’s low-band spectrum could provide an efficient means of communicating with devices over wide areas,” added FCC Commissioner Brendan Carr in a separate release.
Carr said the FCC’s action removes “the uncertainty cast by media regulations that were drafted for an entirely different set of broadcast TV services.”
“In the Declaratory Ruling, we ensure that Broadcast Internet services are not weighed down by legacy media regulations by clarifying that the Commission’s broadcast television station ownership rules do not apply to leasing arrangements between broadcasters and third parties for the provision of Broadcast Internet services.”
The new capability includes limitations. As FCC Commissioner Jessica Rosenworcel notes, ATSC 3.0 can be used to push data out, but it can’t receive data.
“That’s a big obstacle for work, education, or telehealth online,” she said in a separate release. “Because as our movement to online life during the past several weeks has demonstrated, we are going to need more symmetrical connections to support next-generation services on our networks. In addition, any broadcast spectrum for new internet services will differ from market to market. That means it might be hard to cobble together airwaves to provide data services at competitive speeds with a nationwide footprint. Finally, without a market-based effort to put new chips in a range of devices, broadcasters might instead put these airwaves to use by just leasing it out to the same wireless carriers we are familiar with today.”