Image source: PCWorld
In terms of its testing methodology, PCWorld ran a total of 177,000 "timed performance wireless bandwidth measurements" on AT&T, Sprint, T-Mobile and Verizon in 260 locations spread among 13 US cities of both urban and suburban environments. "We found some clear winners and losers, and some good news about wireless service in the United States as a whole." The first major discovery is that all four major wireless carriers, as a group (or should we say "as an oligopoly"), have increased their average download speeds for laptop-modem users by more than threefold, likely stemming from their urgent transition from 3G to 4G network technologies.
Image source: PCWorld
Image source: PCWorld
The report also discovered that AT&T's 3.5G HSPA+ network delivers 4G-like results, but the growth of the company's data speeds is slowing. More or less, the AT&T's speed increases over the past two years can be attributed to software upgrades and infrastructure improvements. "AT&T completed a networkwide upgrade to HSPA 7.2 technology in late 2009, then announced earlier this year that it had finished another upgrade to HSPA+ technology, which it says allows for maximum theoretical download speeds up to 14.4 mbps. AT&T also has been investing large amounts of capital in fiber-optic lines for the movement of cellular data to and from the core of its network.
PCWorld's full and comprehensive 4G network performance review for Q1 2012 can be found here.
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AT&T has fastest 4G LTE download speeds, Verizon fastest upload speeds
Meanwhile, T-Mobile has fastest 3.5G service
On Tuesday, PCWorld published a new report in which it ran an exhaustive comparative benchmark among fourth-generation wireless carriers in the United States. In its “2012 Mobile Speed Test," the site came to discover that AT&T’s 4G LTE service features the fastest download speeds around, Verizon’s 4G LTE network provides the fastest upload speeds and T-Mobile's 3.5G HSPA+ network provides the fastest average download and upload speeds for its respective network technology.
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