The Verge

The FCC is having a terrible month, and consumers will pay the price

[Commentary] Federal Communications Commission Chairman Ajit Pai is setting a record pace for deregulating the communications industries. Believe it or not, things are about to get worse in Nov. Starting with the FCC’s open meeting on Nov 16, the agency is poised to approve or propose no fewer than four decisions that will deregulate consolidated industries, remove consumer protections, and widen the digital divide:

US Said to Seek Sale of CNN or DirecTV in AT&T-Time Warner Deal

Apparently, the Justice Department has called on AT&T and Time Warner to sell Turner Broadcasting, the group of cable channels that includes CNN, as a potential requirement for approving the companies’ pending $85.4 billion deal. The other possible way for the merger to win approval would be for AT&T to sell its DirecTV division, apparently.

AT&T Labs' new gigabit Wi-Fi project will piggyback on power lines

AT&T Labs announced a new wireless technology called Airgig, designed to transmit data at gigabit speeds over existing power infrastructure. The system would move the data between routers at the top of utility poles, transmitting data wirelessly over the millimeter waveband, also known as "gigabit wifi." AT&T expects the first field trials of the system to begin 2017.

The announcement comes after a number of major investments in millimeter wave systems. Google is actively exploring the technology as a last-mile replacement for Google Fiber, and Facebook is planning to deploy its own version of the technology in San Jose (CA) later in 2016. In January, Aereo founder Chet Kanojia revealed a system called Starry that would use the same technology to provide home Internet at gigabit speeds. Unlike Starry or Terragraph, AirGig is entirely linear, offering little to no redundancy if one of the links goes down. That’s a problem for millimeter waveband signals, which can be absorbed by rain or other atmospheric moisture. Airgig plans to mitigate that effect by transmitting close to the lines themselves, with wire-bound devices to regenerate the signal — but without field testing, it’s difficult to say how reliable the fix will be.