T-Mobile Successfully Tests Multi-Band 5G in the Wild
T-Mobile has successfully tested 5G technology on three different radio frequency bands, including 600 MHz (band 71), in a real setting outside of a lab. The company is working toward offering 5G service nationwide in 2020. T-Mobile worked with Ericsson and Intel to complete the recent test, which involved three users participating in a video call, using 600 MHz, 28 GHz and 39 GHz bands. While the GHz bands offer greater speed and capacity, the 600 MHz band offers better "blanket" coverage. During the tests, the teams generated a 5G signal capable of covering more than a thousand square miles from a single tower.
Feb 25, 2019
Sony's new phones have unusually tall screens with a 21:9 aspect ratio. The company today announced the Xperia 1, 10, and 10 Plus.
Nov 12, 2018
Intel today introduced the XMM 8160, a 5G modem that will bring high-speed connectivity to mobile phones, computers, and other broadband devices in 2020. The modem supports the 5G NR spec, including both standalone (SA) and non-standalone (NSA) modes for fixed and mobile service.
Apr 13, 2017
"T-Mobile now has the largest swath of unused low-band spectrum in the country," said T-Mobile CEO John Legere about the company's 600 MHz auction winnings. The company successfully won an average of 31 MHz (ranging between 20 MHz and 50 MHz) of the 70 MHz low-band spectrum auctioned off by TV stations and the FCC.
May 2, 2017
T-Mobile today said it plans to use some of its recently acquired 600 MHz spectrum to support a future 5G network. The company successfully won an average of 31 MHz (ranging between 20 MHz and 50 MHz) of the 70 MHz low-band spectrum auctioned off by TV stations and the FCC earlier this year.
Oct 23, 2018
Qualcomm has announced a number of achievements and updates in its work developing 5G NR technologies. First and foremost, the company revealed the second wave of QTM052 mmWave antenna modules with 5G NR specifically for smartphones and other mobile devices.
"A thousand square miles" means the radius of the range of the tower would need to be at least 17.84 miles??????
Even the current 4G towers don't reach that far. And we have been told that the range of 5G compared to the current 4G towers will be much less that would mean more 5G towers to cover the same amount of area.
Perhaps more than a hundred square miles might be the intended meaning???
Which would translate into a radius of 5.64 miles.