Verizon's 1900 MHz Spectrum In NYC Now Entirely LTE
Updated: Fixed typo.
Verizon Wireless has completed refarming its 1900 MHz spectrum in the country's largest city, an effort first begun in 2014. The company recently converted the last remaining 10 MHz block from CDMA 3G to LTE 4G, which means Verizon is running LTE on 20 MHz of its Band 2 spectrum in New York City. Devices that support LTE in Band 2 should have access to Verizon's network in that spectrum in addition to the 700 MHz it already uses for LTE. The refarming leaves CDMA operational only in the 850 MHz band in NYC. This reduces access to Verizon's legacy 3G network. Verizon has committed to running CDMA / 1x through 2019, though it is still expected to convert some of its 850 MHz spectrum to LTE between now and then.
T-Mobile Says It Will Start Using 600 MHz Spectrum This Year
"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.
LG V30 First to Support T-Mobile's 600 MHz Spectrum
LG and T-Mobile today said the new V30 flagship smartphone will be the first device capable of operating on T-Mobile's brand new 600 MHz spectrum, or Band 71. T-Mobile kicked off 600 MHz service in Cheyenne, Wyo., two weeks ago and today added Scarborough, Maine.
T-Mobile Cutting HSPA+ from Its AWS Spectrum
T-Mobile is more aggressively transitioning its HSPA+/UMTS service from its 1700 MHz AWS-1 spectrum to its 1900 MHz PCS spectrum. Moving HSPA+ service to 1900 MHz clears up more room in the 1700 MHz band for LTE.
FCC Relaxes Rules Governing 800 MHz Spectrum
The FCC this week made it easier for carriers to add LTE to their 800 MHz spectrum holdings. Rules concerning the 800 MHz band (CDMA Band Class 0, LTE Band 5) have been in place since 1981 and limit how much power carriers can use to transmit wireless signals across those airwaves.