Sprint successfully tests 5G data transmission using its 2.5GHz spectrum



Sprint announced today that it completed the first 5G data transmission using its high-frequency 2.5GHz spectrum. In partnership with Nokia and Qualcomm, the carrier used Nokia’s dual-mode AirScale Massive MIMO radio during the test. This technology uses 64 transmitters and receivers placed in a cell tower that send and receive signals to and from multiple handsets. As a comparison, 4 X 4 MIMO is used on LTE-A networks like AT&T's (ahem) 5G Evolution. For more on Massive MIMO, click on the video at the top of this article.

Sprint ran the 5G data transmission over its commercial network in San Diego using global 5G standards on a commercial 3GPP 5G New Radio (NR) network. The test was conducted using a device that had a smartphone form factor and contained Qualcomm's 5G X50 modem chip. During the test, Sprint was able to seamlessly transition from its 4G LTE-Advanced network to 5G while streaming YouTube Videos, exchanging Instant Messages and making Skype audio and video calls.

Earlier this week, Sprint's proposed merger partner T-Mobile successfully made a 5G video and data call over its commercial network. T-Mobile used its low-band 600MHz spectrum, which travels farther and penetrates buildings better than the high-frequency airwaves used by Sprint.


Sprint expects to launch its 5G service during the first half of this year. The carrier says that it will offer the first 5G phone in the U.S., a "distinct, beautiful shiny object" from LG.

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4 Comments

1. DarthJarJar

Posts: 28; Member since: Feb 01, 2018

Their average data will now be boosted to 150kbps but only if you’re not making a phone call. Otherwise, you’ll get no data.

2. seantn4

Posts: 27; Member since: Dec 11, 2018

Sprint has really picked up their game. Where I live in the last year my data speeds have gone from 5-10 mbps to im getting 70-110mbps throughout the city.

3. mike2959

Posts: 687; Member since: Oct 08, 2011

2.5 range is terrible. Penetration terrible.

4. jonathanfiuwx

Posts: 174; Member since: Mar 10, 2017

It's significantly better than the 28ghz microwave signal others are going to

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