The FCC recently reached a $5.25 million settlement with AT&T to resolve investigations into two 911 service outages that resulted in thousands of failed emergency calls. This edition of Full Spectrum’s series on FCC enforcement discusses the unexpected settlement and its implications on carrier network practices and the FCC’s enforcement priorities. Partner Steve Augustino and
On June 5, 2018, the Federal Communications Commission’s (“FCC’s” or the “Commission’s”) Enforcement Bureau (“Bureau”) issued a Notice of Apparent Liability against a manufacturer and retailer for marketing non-compliant RF devices, a dozen models of which were capable of operating in restricted spectrum bands. The FCC proposes to assess a total fine of $2,861,128.00 against ABC Fulfillment Services LLC and Indubitably, Inc. (collectively, “HobbyKing”) for equipment authorization rule violations involving 65 models of recreational audio/video transmitters (“AV Transmitters”) used with model airplanes drones. But more than $2.2 million of that resulted from the fact that twelve models apparently operates in restricted radio bands and three at higher powers than authorized in other bands. The restricted bands are those in which unlicensed transmitters are not allowed to operate because of potential interference to sensitive radio communications. In the case of HobbyKing’s the Commission found that its AV transmitters operated in bands where important government and public safety operations, such as those of the Federal Aviation Administration managing commercial and passenger flight traffic, doppler weather radar, flight testing, and other activities the FCC has determined are particularly worthy of heightened interference protection take place. In other words, the moral is that marketing devices that do not have proper equipment authorization is bad, but doing so when the devices operate within restricted bands is quite simply “egregious,” as the NAL put it.
Continue Reading FCC Proposes Maximum Penalties for “Egregious” Marketing Recreational RF Devices Able To Operate In Restricted Radio Bands