AT&T Targeting LTE Multicast for 2015
AT&T recently indicated it plans to deploy LTE Multicast beginning next year. LTE Multicast is a technology that allows network operators to push video content to a large number of subscribers at a time, rather than broadcast individual streams to select users on demand. It is a more efficient way to deliver video content to a large number of devices over LTE. "You should expect that you'll see us begin to roll out Multicast capabilities as we move through next year," said AT&T Chief Strategy Officer John Stankey. "Initially, we'll be doing it on a targeted basis and we'll be doing it in some specific areas where we think there's immediate deployment." AT&T had earlier said it was exploring the possibility of LTE Multicast, but hadn't committed to any sort of timeline. AT&T is likely to use the 700MHz D and E blocks it purchased from Qualcomm for LTE Multicast. Verizon Wireless, too, said it plans to deploy LTE Multicast in 2015 and it will begin adding LTE Multicast capabilities to handsets beginning in the fourth quarter of this year.
AT&T Finally Using WCS Spectrum for LTE; Will Test LTE-U
AT&T has begun deploying LTE on its 2.3GHz WCS spectrum in a handful of markets around the country. Earlier this year, AT&T said it would begin the deployment by summer, and it is just meeting that commitment.
AT&T to Trial LTE Broadcast at College Football Game
AT&T recently announced plans to test its LTE Broadcast technology at the forthcoming college football championship game on Jan. 12 in Arlington, Texas.
T-Mobile Details LTE Expansion Plans
T-Mobile CEO John Legere took to the company's blog today to shed some light on its plans headed into 2015. To start, the company claims it will cover 300 million POPs with LTE by the end of 2015.
Qualcomm's Next Target Is Unlicensed LTE Over 5GHz
Qualcomm today announced its initial foray with LTE into the unlicensed 5GHz band, spectrum that is normally reserved for WiFi networks. Qualcomm believes LTE-U, or LTE in unlicensed spectrum, could help carriers fill in blank spots with small cells.
I wonder if . . .