Here’s a fairly easy illustration of the value of distributed antenna systems, small cells, massive input multiple output (MIMO) radios in areas of dense mobile user activity. At the Super Bowl in Atlanta, mobile download speeds were fairly impressive, compared to what a user might expect to see on a routine, out and about basis:
Operator
|
Mean Download (Mbps)
|
T-Mobile
|
101.53
|
Sprint
|
93.28
|
Verizon
|
72.51
|
AT&T
|
34.88
|
Small cells played a huge role. AT&T “upgraded its Distributed Antenna System, while also adding hundreds of small cells.
T-Mobile deployed more than 300 small cells at game-related venues.
Sprint rolled out Massive MIMO (Multiple Input, Multiple Output) radios on seven cell sites.
Wi-Fi offload probably also was important. But note the speed data. As often is the case, public Wi-Fi now is far slower than 4G performance.
Game
|
Mean Download (Mbps)
|
Mean Upload (Mbps)
|
The Big Game - February 3, 2019
|
30.98
|
31.35
|
Peach Bowl - December 29, 2018
|
30.36
|
33.28
|
College Championship - January 8, 2018
|
53.95
|
53.04
|
Basically, the same principles will apply as millimeter wave frequencies start to more widely in the
metro network.
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