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HTC One is highly repairable with special secret tool, says lead designer
Many folks who've torn down an HTC One agree that it's practically impossible to do so without damaging the body, hence iFixit's low repairability score of 1/10. That said, as we found out from HTC's Frequencies Asia event earlier today, there's apparently an elegant solution to this problem. This little surprise came from none other than Justin Huang, the man who personally sketched the phone's conceptual designs. "During the development [of the One], there was another team inside HTC who looked at the repair process," said Huang, who's also the Senior Manager of the One's design team. "So every phone sent to HTC, they have a special tool to disassemble the back cover, to let us have the ability to access all the components inside." Huang added that his folks can even put everything back together neatly, as you'd expect. But the problem is that only HTC has this tool, and our man wasn't keen on revealing the magic behind it. This is bad news for those who want to do a bit of DIY repair or modification -- especially with different colors. "Don't try it," teased Huang with a smile. Fine, we'll just have to keep an eye out for this oh-so-precious kit in the Huaqiangbei markets. Or we can just tickle Peter Chou when we next see him.
HTC Droid DNA vs. J Butterfly vs. Butterfly: fight!
HTC made quite an impression when it launched the Droid DNA with Verizon a couple of months ago, and we're happy to say that its Butterfly variants on the other side of the world -- namely Japan, Taiwan, Singapore, Malaysia, Myanmar (Burma), India and China -- have achieved similar success, with some areas struggling to keep up with the surprising demand. Still, if you're in the market to pick up one of these 5-inch quad-core beauties, it's worth noting the subtle physical and technical differences between them. At HTC's Frequencies event this week, we had the rare chance to get all four (yes, four!) models side by side, so read on for our detailed comparison. %Gallery-178314%
HTC shows off Cushnie et Ochs edition One X ahead of New York Fashion Week (update: not for sale!)
In the last HTC Frequencies media summit, the company didn't shy away from the possibility of exploring different color options for its flagship devices, but never did we expect it to come out with such a simple yet eye-catching combination of black and white on the same body. Courtesy of Frequencies II today, what we're looking at here is an HTC One X (on AT&T) with a bit of love from fashion label Cushnie et Ochs: the design simply consists of a two-part chassis instead of a unibody shell, so we could just about feel the seam along the center of the backside. Other than that, this is a surprisingly attractive device, especially with the preloaded wallpaper that matches the shell colors -- we like the effect of it moving along horizontally as we swipe between home screens. There's no word yet on availability, but keen fashionists should see this pop up at Milk Studios during the New York Fashion Week in a few days. Update: Bad news, folks: we've just had confirmation from HTC that this funky phone will not be available for purchase. Only certain celebrities will receive one as a gift. %Gallery-164368%
FCC clears Sprint to run CDMA, 4G LTE on 800MHz iDEN airwaves
Sprint might not have its 4G LTE network up and running to power your EVO 4G LTE, but it's already getting more headroom. The FCC has just tweaked the rules around the ESMR (Enhanced Specialized Mobile Radio) spectrum to let Sprint, and the considerably more regional SouthernLINC Wireless, run their CDMA voice calls and LTE data on the 800MHz band they're currently using for their soon-to-end iDEN networks. In practice, the extra frequency access should be a tremendous help to at least Sprint, which hasn't had the low-level, indoors-friendly airspace that AT&T and Verizon enjoy with their 700MHz networks. Just don't expect your EVO or the rest of the initial Sprint LTE devices to take advantage any time soon, as you'll need to both get an 800MHz-ready phone as well as endure the long, long wait until Sprint switches on the extra LTE band in 2014.
MetroPCS and T-Mobile want Dish to give up half of its wireless spectrum, worry about AT&T and Verizon swooping in
Dish Network might not start up its LTE-based 4G network until as late as 2016, but that hasn't stopped MetroPCS and T-Mobile from jointly telling the FCC that the would-be carrier needs to make some concessions for small carriers to rest easy. Both of the complaints have a common proposal that would see Dish give up 20MHz of its 40MHz space in the 2GHz range to prevent the satellite giant from using its abundant airwaves as part of a cash grab: MetroPCS and T-Mobile are worried Dish will just try for a "windfall" and sell the spectrum it doesn't need to AT&T or Verizon. While it's not asking for a sell-off, the Rural Cellular Association is still jittery about concentrations of power and wants the FCC to make Dish hit certain build-out targets, offer roaming at wholesale rates and require FCC approval for any roaming deal that would go to Big Blue or Big Red. The big carriers' advocacy group, the CTIA, is unsurprisingly against build-out demands as "unduly burdensome." FCC officials have been silent by comparison, although the agency has encouraged spreading spectrum around and proposed its own expansion requirements. You'll likely see smartphones with 2GHz frequencies at some point in the future -- it's just a matter of whether Dish or someone else slaps its logo on top.
HTC talks smartphone design: from inception to final product
At the Frequencies media summit in Seattle over the last two days, HTC walked us through the fine details on how its smartphones are developed, going from the boring rectangular ABS block to the more refined plastic mockups that are presented to carriers and focus groups -- the findings of which then shape the final product. Sadly, we weren't allowed to take photos of the One X mockups that were shown to us, but do read on to learn the general process of how an HTC phone goes from inception to the final product.
Hands-on with HTC's colorful One X cases
We just got our hands on a couple of new cases that HTC's making specifically for its One X flagship. The colorful accessories -- which the company showcased at its Frequencies media event in Seattle -- are made of a flexible PTFE-like (polytetrafluoroethylene) material and are designed to both protect and enhance the appearance of the device. Different designs will be available, but we only got to see the one. Sadly, we have no info on pricing or availability at this time. Take a look at our gallery below.
Where's the spectrum? This map will show you
We'll admit, trying to decipher wireless spectrum can be a frustrating and exhausting process. Who owns what, and where? Fortunately, Anthony Fiti of Spectrum Omega has put together a Rosetta Stone Google Map indicating how much spectrum each carrier owns in the lower 48 states, the frequencies they own and where it's all located. While it's by no means 100 percent accurate due to various complexities in how some spectrum is shared between carriers, and there's no promise of it being continually updated yet, it's still the most comprehensive visual guide we've seen outside of the FCC site. If you're curious as to who's got the spectrum in your neck of the woods, take a peek at the source link below and have a look around. [Thanks, Jeff]
Wherever I wander, wherever I roam, LTE probably won't work
Hopes of a cross-network LTE standard were dashed months ago, when Verizon confirmed its 4G band won't overlap with AT&T's. What we didn't realize, though, was just how globally fragmented this technology is likely to become. A report by Wireless Intelligence predicts there'll be 200 LTE networks around the world by 2015, running on as many as 38 different frequency combinations. Moreover, the most common 700-900MHz spectrum range could account for just 16 percent of these networks. This stands to make carrier locking and band incompatibility on handsets even bigger hassles than they are today. And that's what's botherin' me.
Sprint converts its network to LTE, plans 'aggressive rollout' to be completed by 2013
We knew more or less that an announcement of this sort was coming. Back in July, Dan Hesse had teased us face-to-face with the promise of a "great story this fall around 4G," and now the time to tell that tale has arrived. At its strategy event today, Sprint finally went public with plans to "simplify its network" by converting its 1900MHz holdings and LightSquared's 1600MHz spectrum ("pending FCC approval") to LTE, an industry favorite. Helping the operator make that transition is the swath of 800MHz spectrum it reclaimed from the, now defunct, iDEN push-to-talk network -- which had been a drain on the company's resources. This spectrum, acquired from Nextel, will be phased out by mid-2013 and rolled into LTE. The company plans for a rapid deployment of this new 4G network, with the first LTE markets and handsets to hit in mid-2012, and the full rollout mostly completed by 2013. Current subscribers signed up for WiMAX plans won't have to worry as their devices will continue to be supported throughout 2012. Beginning tomorrow, Sprint's consolidating its 4G LTE (including LightSquared), 3G and Direct Connect networks into one single architecture. All the major technical milestones, such as test calls and field integration, have cleared their hurdles and work on over 22,000 cell sites are currently in process. Samsung, Alcatel Lucent and Ericsson have partnered with Sprint to install multimode 3G and 4G base stations to handle the network's future traffic, essential for deploying the multitude of frequencies required by hosted devices. Prospective iPhone 4S users on the network will be able to take advantage of better signal strength and improved voice service as Sprint intends to also offload the latter onto 800MHz. Expect a steep "reduction in roaming costs" and deeper signal penetration throughout the operator's expanding national footprint over the course of the next two years. Naturally, LTE speeds on this new network will be significantly improved over the currently in-use WiMAX, and a planned implementation of WiFi offloading should help to cut congestion by 20 percent. By the end of next year, Sprint aims to have a combined WiMAX/LTE population coverage of 176 million -- with 123 million covered by LTE and 76 million overlapping both. When the network build-out is nearly complete in 2013, the company should have over 250 million blanketed in LTE, far outstripping the stagnant 120 million served by WiMAX.
Sprint's LTE build out already underway, new 4G network to launch first half 2012?
At this point, it's pretty much an open secret that Sprint needs to hitch its ride to LTE to stay in the wireless game. CNET caught wind of the operator's intended 4G plans ahead of its scheduled October strategy announcement -- an event at which many in the industry expect Sprint to lay out its LTE cards. According to the report, the Hesse-led network's been hard at work installing the necessary infrastructure to convert to its towers to FD-LTE, which is the same flavor of LTE as Verizon and future partner LightSquared. Using the iDEN spectrum it acquired from its Nextel purchase, Sprint reportedly plans to set up 4G shop on those radio waves, and make use of current WiMAX provider Clearwire's proposed switch to TD-LTE by incorporating chipsets in future phones that accommodate both frequencies. The network changeover, rumored to cost Sprint somewhere in the range of $4 - $5 billion, should get carried out over the next five years, laying the groundwork for a true three-way 4G race.
HTC Sensation goes to FCC for a second helping, flavored with AT&T bands
At the risk of toying with our ever-so-fragile hearts, the HTC Sensation took a second spin through the hallowed halls (or labs) of the FCC. This time, however, it went through with slightly different innards. The same PG58110 was spotted sneaking a visit to the nation's capital with AT&T frequencies -- 850 / 1900, to be specific -- in tow, rather than the T-Mobile AWS we saw in the first go-round. Now, before any Big Blue loyalists jump too far out of their chairs, know that this doesn't guarantee we'll see an AT&T-branded Sensation adorning the walls of retail stores, but at least there's a chance we'll see an unlocked version to purchase on our own at some point. It seems like a lot for a manufacturer to go through when it could've just included all of the US bands in one phone, but we digress. Follow the break for another FCC image.
Apple Fools: Gameloft's Pet Pal will let you control your pet via iPhone
Wow, this is incredible! iOS developer Gameloft is releasing a new app called Pet Pal, which uses sound wave technology to actually control your pets via the iPhone! The sound frequencies emitted from the iPhone activate certain centers of a cat or dog's brain, harmlessly commanding it to bend to your will. We've seen some pretty amazing things from the iPhone before, but this truly is magical and revolutionary. Think of the medical applications! This is the future we're seeing here, people, live in action! What's that? Friday is April 1st, you say? Oh right. Never mind then. If you want, you can watch the video, which features some cute pets and a monkey, after the break.
Sony Ericsson XPERIA X10 heading to AT&T?
Man, the loot you can uncover when you go snooping around spec pages. That most ambitious of Sony Ericsson projects, the XPERIA X10, is still a long way from being released, but already we can narrow down the list of potential US carriers to just one: AT&T. The guys over at Phandroid were the first to spot the newly added UMTS frequency specs for the phone, and the available 800/850/1900/2100 bands fit only AT&T's 3G network. That's gonna be a bitter pill to swallow if you were looking for something like (or better than) an iPhone, but were put off by the wireless provider. Then again, with pre-order prices for unlocked X10s showing up at $999 in some places, maybe you can just look at our lukewarm hands-on and convince yourself this phone ain't worth it anyway. Go on, you know denial makes sense. [Thanks, Berto]
Test your hearing with Audiometry for the iPhone
I was just listening to the great Sound Opinions music podcast the other day, and they had a woman on who was campaigning against hearing damage. In fact, she actually called out iPod headphones (as I was listening to the show on my iPhone) as one of today's leading causes of hearing damage -- too many people are listening to music through those headphones way too loud.Unfortunately, the iPhone can't fix your ears (yet), but it can help you figure out if there's a problem: Audiometry is a 99 cent app that will test your hearing for you through a range of frequencies, and let you know whether your ears are blown out or whether you've still got some good vibrations left. The app plays a tone at each frequency, asks you whether or not you heard it (though you've got to be honest -- there were a few times I could hear the tone stopping and starting but not the tone itself), and then gives you a results list on how you did.Future versions of the app will include a dB test (for loudness rather than just frequency), and the ability to save and share tests with others. It's hardly a substitute for going to a real ear doctor (if you have serious issues, you should definitely do that), but considering all the damage your iPhone may have done to your ears, the least it could do is help you figure out how much. While you're at it, review this article from Apple on setting the maximum volume limit on an iPod.[via textually.org]
700MHz band: future home to worldwide mobile broadband standard
If you've been losing sleep over not knowing precisely what was going to happen to all that spectrum space that will be freed up when the imminent analog-to-digital cutover takes place, your insomnia is about to be (at least partially) cured. The US of A apparently pushed hard for a worldwide consensus on spectrum use -- suggesting that a common approach was more reasonable than each nation choosing separate frequencies for next-generation services -- and sure enough, it ended up getting exactly what it wanted. Apparently, the 700MHz band will now be reserved for a mobile broadband standard accessible throughout much of the globe, including most of North America, Central America, South America, Europe, China, India, South Korea and Japan. Of note, Europe was able to land a concession that enables it to offer up "about half of the bandwidth available for mobile services in their region" compared to what is offered elsewhere, but the agreement definitely makes the forthcoming auction that much more interesting.[Via RCRNews, image courtesy of toddemslie]
UK bandwidth restrictions to affect Airport Extreme use
Macworld UK reports that UK bandwidth restrictions may negatively impact Airport Extreme use in that country. Airport Extreme uses both the 2.4GHz and 5GHz frequencies to communicate. In the UK, Japan, Austria, Estonia, Germany, Latvia, Slovakia and Spain, regulatory restrictions prohibit wide-channel operations, so Airport Extreme users won't be able to use part of the 5GHz frequency. Macworld's article suggests that this puts a limit of a 2.5x speed increase over 802.11g rather than the 5x increase that's achievable by using the entire 5GHz frequency with 802.11n. It's hard to say how noticeable this will be in practice or whether users will be able to "work around" these restrictions. Anyone with better knowledge about how channel operations work and how wide-channel restrictions will affect performance, please jump in in the comments.
