LG GW620 Eve coming to Rogers, Android deftly avoids AT&T yet again
[Thanks to everyone who sent this in]
We're getting reports from sea to shining sea this evening that T-Mobile service is down or intermittent on both voice and data -- particularly bad timing in light of the recent Sidekick drama. We've tested in New York and it's definitely down for us -- both voice and data -- so how's service treating everyone out there?"T-Mobile customers may be experiencing service disruptions impacting voice and data. Our rapid response teams have been mobilized to restore service as quickly as possible. We will provide updates as more information is available."

AT&T also says its network reaches about the same number of people as Verizon's, so we're thinking it's a little miffed that it's being portrayed as an also-ran here. We'll update as we learn more, keep it locked!In essence, we believe the ads mislead consumers into believing that AT&T doesn't offer ANY wireless service in the vast majority of the country. In fact, AT&T's wireless network blankets the US, reaching approximately 296M people. Additionally, our 3G service is available in over 9,600 cities and towns. Verizon's misleading advertising tactics appear to be a response to AT&T's strong leadership in smartphones. We have twice the number of smartphone customers... and we've beaten them two quarters in a row on net post-paid subscribers. We also had lower churn -- a sign that customers are quite happy with the service they receive.

802.11n is a wonderful thing, providing 144Mbps bandwidth and reliable connections over impressive distances, but part of that wonder comes thanks to a reliance on dual antennas. Twice the antennas means twice the streams (MIMO, ya dig?), but Atheros has decided to ditch one for its new mobile-friendly AR6003 chip. It's a power-saving move called "one-stream 11n," and while we've seen it before that doesn't mean we have to like it. Atheros's solution provides a maximum throughput of 85Mbps, which is frankly nothing to shake a stick at, and despite that will suck down 20 percent less power than its earlier AR6002 802.11a/b/g chip. In other words, we'll rock it in our celly -- begrudgingly. 







