After just over a year of envious grumbling, the Canadians have finally gotten their first taste of LTE. Rogers Wireless announced today that true 4G speeds are available to customers in specific coverage areas in Toronto, Ottawa, Montreal and Vancouver.
While this is surely a cause for excitement for my fellow Canucks, the devices that are currently on this new network aren't. At the time of launch, the only LTE device available to consumers is the Sierra Wireless AirCard 313U, a mobile "LTE Rocket stick" for laptops. Read More
Everyone's getting on the peace train, it seems. T-Mobile, in concert with Verizon's filing last week, submitted an amicus curiae ("friend of the court") brief to the Federal Court for the Northern District of California this morning in regard to the ongoing patent and trademark suit between Samsung and Apple. Its contents? Basically the same thing Verizon's said - that denying Americans their 4G Samsung devices just for some silly little patent infringement will hurt 4G deployment in the US and decrease access to high-speed mobile broadband. Read More
With other carriers (such as Verizon and AT&T) cutting their unlimited data plans, rumblings have understandably emerged that Sprint may be planning to follow suit.
That, fortunately, is not the case according to Stephen Bye, Sprint's Chief Technology Officer. Bye addressed this topic while speaking to those attending the GigaOm Mobilize Conference in San Francisco yesterday.
Bye indicated that Sprint sees its dedication to unlimited data as a differentiator from other carriers (except when it comes to mobile hotspot, evidently), explaining that not all unlimited subscribers use the same amount of data, as well as the fact that tiered data plans carry hidden costs related to customer care and support. Read More
Update: After receiving a distraught email from Team ACS, it has been brought to our attention that their root method may not be the cause of signal loss on the Epic 4G Touch. We're currently researching the details and will update this post accordingly.
Update x2: According to new information we received, there have been reports of this same issue happening on non-rooted phones. We're not sure how things got twisted around to point the finger at rooted devices, but we do know that Sprint is looking into it. Read More
Amazon has reduced the price of the Motorola DROID BIONC for new Verizon subscribers to just $150 - and you'll get a free $50 Amazon Gift Card to boot, which would probably wisely be spent on a spare battery and charger.
Verizon's first dual-core phone to feature LTE and a qHD display (with somewhat yucky PenTile subpixel rendering), the BIONIC is definitely Verizon's current powerhouse handset.
For current Verizon customers, the price remains unchanged: $250 with a renewal of your 2-year agreement. Read More
When I switched from AT&T from Verizon and swapped my aging, battered, and bruised Nexus One for a DROID BIONIC, the possibility of buyer’s remorse was not on my mind. I was coming from AT&T - America’s single least reliable network in terms of dropped calls. So, I thought the last thing I’d end up doing was wishing I was back there. And now, at least part of me does.
If you own a Verizon 4G LTE handset, you’ve probably experienced an issue exactly or approximately like this one: You put your phone in your pocket or let it sit overnight, take it out some time later or the next morning, and there’s no data connection. Read More
A new month, a new batch of cities all lined up to get the LTE treatment, courtesy of Big Red. This go around, we're hearing that at least 21 new cities will be getting blanketed in VZW's ultra-fast LTE network, a follow up to the 26 that were just activated. The list of cities isn't available in its entirety just yet, but here's what we have so far:
- Birmingham, AL
- Modesto and Stockton, CA
- Fort Myers, FL
- Bloomington, Elkhart, Evansville, South Bend and Terre Haute, IN
- Sioux City, IA
- Hagerstown, MD
- Tupelo, MS
- Albuquerque and Santa Fe, NM
- Buffalo, NY
- Asheville, NC
- Bartlesville, OK
- Jackson and Martin, TN
- Greater Hampton Roads and Richmond, VA
- Green Bay, WI
San Diego and Los Angeles, CA are said to be getting an expanded coverage area, as well. Read More
It looks like AT&T is finally ready to take the wraps off its long-awaited LTE network in an attempt to compete with Verizon's powerhouse 4G LTE, which now covers over half of the country. Ma Bell's speed-demon network will start its plan for world conquest in Dallas, Houston, and San Antonio, TX; Atlanta, GA; and Chicago, IL on September 18th, with plans of introducing another 10 LTE markets before the end of 2011. Read More
Verizon just keeps pumping out LTE connectivity in new areas across the country -- we saw no less than 15 cities get their piece of the LTE pie last month, and now 26 more are all set to get lit up tomorrow, September 15th. VZW already dropped the names of 15 of those cities last month, but here's the list in its entirety:
- Fort Smith and Jonesboro, AR
- San Luis Obispo and Santa Barbara, CA
- Daytona, FL
- Bloomington, Champaign/Urbana, Rockford and Springfield, IL
- the Quad Cities, IL/IA; Iowa City, IA
- Shreveport, LA
- Kalamazoo and Saginaw, MI
- Reno, NV
- Las Cruces, NM
- Fargo, ND
- Canton, Lima and Mansfield, OH
- Dyersburg, TN
- the Tri-Cities, TN/VA
- Austin, Beaumont/Port Arthur, Wichita Falls and El Paso, TX.
VZW customers in San Francisco, CA; Indianapolis, IN; and Cleveland/Akron, OH can also expect an expanded LTE coverage area. Read More
The DROID BIONIC has probably been the single most anticipated Android smartphone in the US. Since its unveiling at CES, subsequent total re-design, and sort-of-delayed release, it has been a long and winding road for Motorola's newest flagship handset. Verizon's massive marketing arm hasn't failed to promote this thing, either - walk into any Verizon store and you'll see employees garbed in BIONIC t-shirts, armed with BIONIC accessory display boxes and a tailor-made marketing spiel, ready to meet you with more LTE and dual-core madness than you can shake a stick at. Read More