4G Networks Tested: WiMAX vs. HSPA+
A look at 4G and "4G speed" networks currently being deployed in the US; how Sprint's WiMAX technology compares to T-Mobile's HSPA+ technology.
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Today, America's first 4G phone goes on sale. We just published our
in-depth review of the HTC EVO 4G, but the other half of the story is the 4G network on which it runs. How does Sprint's shiny new 4G network - which uses WiMAX technology - actually perform?
Also making waves these days is T-Mobile's claim that its new HSPA+ network offers "4G speeds". How accurate is that statement, really?
We set out to answer those questions by conducting extensive testing in Philadelphia, one of the few areas where both technologies are commercially deployed. 4G means a lot of different things for the companies involved, but for consumers, it's basically about data speed; how fast can you load full web sites on your phone or watch Hulu on your laptop? We wanted to see how these fancy new networks stack up where it counts. What we found may surprise you.
Is Sprint's 4G network "up to ten times faster" than 3G, as Sprint claims? Eh... based on our tests, we'd say that's misleading. But Sprint's 4G network does work, and it is fast.
Does T-Mobile's HSPA+ network offer "4G speeds". Yes, absolutely. In fact, despite being an upgrade to existing "3G" technology, we found that T-Mobile's HSPA+ network was often slightly faster than Sprint's "4G" network. By some measures, it's much faster.
That's the problem with the term "4G". There's some confusion about what it means.
To the engineers that create these technologies and decide the standards - like the fine folks at the ITU (International Telecommunication Union) - a technology is only "4G" if it meets a list of criteria. The ITU says "4G" should offer speeds of at least 100 Mbps. No current technology comes close to meeting that requirement, so according to the ITU, what Sprint's offering - and even the LTE technology Verizon is working on - are not true 4G.
But try telling that to Sprint and Verizon, whose marketing departments have clearly decided that their big new networks are "4G". It's not purely marketing spin, though; there is some sense to it. Sprint and Verizon are building these 4G networks from scratch, not upgrading their 3G networks. That's because Sprint's WiMAX - and Verizon's LTE - are all-new technologies that have very little in common with 3G. These new technologies are more modern and more data-centric. Because it's a whole new generation of technology, more advanced than the existing 3G (3rd-generation) technology, it makes sense to call it 4th generation, or 4G.
T-Mobile's story is different. They're taking the existing WCDMA/HSDPA 3G network and upgrading it to HSPA+ technology. It's still technically considered 3G technology by most, but on the most important spec - data speed - it's just as fast as the other networks' 4G, making it very much a viable competitor, regardless of what "G" it is.
In this article, we didn't set out to compare all carriers' data networks head-to-head. Rather, we're focusing only on the new technologies being offered by the two carriers advertising 4G or 4G-like speed. For a comprehensive look at all carriers' 3G networks, PC Magazine just published a good comparison.
May 3, 2017
Sprint today announced the Magic Box, a tool Sprint hopes consumers and businesses will use to help it densify its LTE network. The Magic Box is similar to a signal booster in that owners place it in a window.
Dec 13, 2016
Sprint today detailed a new technology called High Performance User Equipment that promises to improve the behavior of its 2.5 GHz spectrum in terms of capacity, speed, and range. HPUE is a modem-level technology that ushers in a new power class for mobile phones, called Power Class 2.
Feb 27, 2018
FCC Chairman Ajit Pai said the agency will commence an auction for 28 GHz airwaves as soon as November. Pai expects the spectrum in question will be used for 5G.
Jul 31, 2019
T-Mobile plans to launch standalone 5G in 2020. Standalone (SA) technology differs from the 5G NR NSA (non-stand-alone) technology that has been launched to date, which is dependent on, and integrated with, a 4G LTE network.
table of data:
Also of note:
Sprint's 3G Network is about 1/3rd of the speed of AT&T's. My average on Sprint is 700kbps, my average on AT&T is 2058 kbps. Very rarely do I even break 900kbps on Sprint.
Sprint's WiMax Network isn't significantly faster than T-Mobile and AT&T's 3G Network. - Right now with decent signal from AT&T on the slower 3.2mbps network I beat 4 of the WiMax scores on Sprint's network.
WiMax coverage isn't nearly as solid as HSDPA - Just because an area is "covered" doesn't mean you get a usable signal...
Very insightful Rich
lol--WiMax! WiMax! WiMax...
Gotta love a nice plate of crow.
The big 4
But I think it fail to note whats the possibilities of 4G... 😕
If I'm not mistaken 4G is cheaper to build upon to make faster, so for every X amount of money you put in to infrastructure with 4G, you will get X amount increase in speed. The 4G is cheaper to build upon to make faster then 3G or something like that.
But also how come Phone Scoop didn't have AT&T on there?
3G started out with technology like WCDMA that only achieved 384 kbps, then it evolved through various upgrades ...
real world experience in NYC with T-Mobile
3.75G: up to 9Mbps
latency is around 100-150ms (3.75 is lower).
Are you using a rocketstick or a phone to test this?