Author: Kevin Fitchard

  • AT&T offers up global Wi-Fi hotspot access if you have an international data plan

    AT&T is trying to sweeten the pot for mobile customers who opt for its pricey international data roaming plans. AT&T has entered into an agreement with international hotspot aggregator Boingo to access its global wireless network for customers with international plans.

    Subscribers of AT&T’s 300 MB or 800 MB international data plan will now get free access up to 1 GB of Wi-Fi data primarily  in airports and public places in major European cities as well as in select cities in Argentina, Australia, Brazil, Canada, Chile, China, Columbia, Japan and New Zealand. (You can find a complete list on AT&T’s site.) In February, AT&T inked a similar deal with The Cloud to give international customers access to 16,000 hotspots in the U.K. To access those networks, customers subscribing to a global data plan only need download AT&T’s international app.

    That may sound like a perk, but it’s really not much of one when you consider what AT&T charges for these international plans: $60 for a 300 MB bucket of data and $120 for 800 MB. If customers know their primary mobile data use is going to be over Wi-Fi they can by a much cheaper Wi-Fi-only plan with no restrictions and access to much bigger hotspot footprint. For instance, Boingo offers its own $35-per-month plan that covers two devices and provides unlimited access to 200,000 hotspots in Europe, the Middle East and Africa.

    Still, AT&T certainly isn’t alone in charging exorbitant rates for mobile data roaming. All of the U.S. carriers have pretty much priced global data plans beyond the reach of ordinary travelers – at least travelers who want to use their smartphones as they would ordinarily. Adding Wi-Fi access is a nice touch, but it doesn’t fix the broken global data roaming system.

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  • Rumor Mill: Google’s next big acquisition could be mobile messenger WhatsApp

    Google already has numerous peer-to-peer messaging and communications products, but it may not be opposed to buying another. According to Digital Trends, Google is haggling with breakout mobile messaging star WhatsApp over its acquisition price.

    The site’s sources claim WhatsApp is apparently in a strong negotiating position, bargaining up a prospective deal to near $1 billion. Digital Trends only cited an unnamed inside source, so we’ll have to wait to see if anything comes of it.

    Why would Google want WhatsApp? Well, it probably doesn’t need the technology. The company has already built cross-platform communications apps that provide the same intrinsic service as WhatsApp and other mobile over-the-top communications apps. But Google has admitted in the past that it’s done a poor job servicing its messaging users, and recently it’s been focusing more attention on the space, merging its Talk, Messenger and Hangouts apps into a single service.

    But in the fast-paced world of peer-to-peer communications, the spoils go to those who build the biggest network. Google has got to be impressed by just how big WhatsApp has gotten in the last few years. WhatsApp doesn’t release specific numbers, but in November, App Annie found that WhatsApp was the top paid in 119 countries — including the U.S. — in Apple’s iTunes App Store. WhatsApp Messenger has also racked up more than 100 million Android installs. What makes WhatsApp even more intriguing is that it charges by the download (though the fee is only 99 cents) — it’s growing by leaps in bounds in a market where the software typically comes free.

    If Google is interested in WhatsApp, it could be making the same calculation as Facebook when it bought Instagram for $1 billion. While Facebook could have developed its own image-filter and sharing app, Instagram was already well on its way to becoming the dominant photo-based social network on mobile. Google may not want to risk WhatsApp eating its lunch in the exploding OTT mobile messaging market — or worse, see it bought by a competitor.

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  • Fraunhofer tests an LED lamp that will light up your PC at 3 Gbps

    When you think about broadband connections, you usually picture radio airwaves or wires, not ambient light. But the emerging field of LED broadband (sometimes dubbed Li-Fi) aims to turn your light bulbs into data transmitters by subtly manipulating the rate they flicker. One of the organizations researching such optical communications technology, Germany’s Fraunhofer, has hit a new milestone: a lighting system that could deliver up to 3 Gbps.

    Fraunhofer’s Heinrich Hertz (yes, that Hertz) Institute said it has developed components in the lab that will allow off-the-shelf LED lights to transmit data at a rate of 1 Gbps on a single frequency. Since most commercial LEDs support three frequencies (or colors) of visible light, that gives the system a total capacity of 3 Gbps.

    The institute has achieved this, in part, by expanding the size of each frequency transmission band from 30 MHz to 180 MHz. Basically, Fraunhofer has developed a bigger light pipe into which it can cram more data.

    Fraunhofer HHI Visible light communication LED broadband

    The transmission is one-way of course — unless your PC or smartphone is equipped with its own LED — but the technology could be used as a high-powered supplemental downlink, say, for streaming video. And being that they’re light, the beams are also visible and can be highly focused. Wi-Fi may permeate your home, but once you walk out from under the warm glow of your lamp, your LED connection disappears. Fraunhofer said that could be useful in places such as hospitals where there is strict control over which devices and can access the network and where they can access it.

    Fraunhofer’s claims that its technology will work with off-the-shelf LEDs could have significant consequences. As my colleague Ucilia Wang points out in recent GigaOM Research report (subscription required), LED lighting prices are falling but haven’t reached the price point necessary to spur mass consumer adoption. LED manufacturers are trying to make their lighting systems smarter to boost their value. Connecting our light bulbs to the internet of things is one way to make them more valuable. Another way is to make a ceiling lamp that could function as high-speed broadband link as well as pleasant illumination source.

    Fraunhofer also points out that the technology could be used in other places beyond the indoors. For instance, the LED headlights in a car could be used to beam information to vehicles ahead about velocity, trajectory or even destination, allowing them to coordinate their driving patterns on the road.

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  • Missed opportunity: Why Facebook should have built its own phone

    Facebook should have announced its own phone today; there, I said it. In my opinion, Facebook is ignoring a big opportunity at the very broad inexpensive base of the handset market. If it were to create a cheap feature phone optimized for its own services, it would not only become more dominant in mobile, but also would further solidify its role as the world’s social network of record.

    First, let me say I’m not one of those people who thinks that every brand or tech darling needs its own hardware. I think the idea of an Amazon smartphone is silly and a Twitter phone even sillier. I believe there’s limited appeal for specialty Xbox or Nintendo gaming handset. And I feel the short unhappy lives of virtual carriers ESPN Mobile and Disney Mobile show that the market has little use for devices built around a specific company’s content.

    Facebook Like signAll of these companies are better served by offering up their content and services through an open application environment. In his very astute analysis post on Wednesday, my colleague Kevin Tofel claims the same logic applies to Facebook: It can much more easily and much more efficiently extend its reach through software, rather hardware. I agree with Kevin, but only up to a point.

    I think Kevin is right that Facebook has no business creating its own smartphone. People buy smartphones for flexibility, and they’re paying for the privilege of not being tied down to a specific set of services or apps. A feature phone, however, is a much different animal. A feature phone is a much more rigid device, built over proprietary software and designed to do a few things — and only those few things.

    There are still billions of people around the world buying feature phones, and they’re not approaching those devices with any smartphone expectations. They essentially want a communication device, and Facebook is perfectly positioned to deliver that communication capability in spades.

    Facebook is already a communications company

    Unlike say an Amazon or a Disney, Facebook’s whole business model is built around the idea of social communication. With Facebook’s suite of apps services, you can IM; email; share photos, videos, links and updates; coordinate activities and even make phone calls. While most social networks or over-the-top communications apps are limited by the size of their networks, Facebook doesn’t have that limitation.

    Apart from the telephone grid and email, with 1.06 billion active daily users Facebook is probably the largest communications network in the world. And for many people Facebook has become their de facto communications network. I haven’t gotten an email form my younger sister in years. If she wants to contact me she pings me on Facebook. The point I’m trying to make is that many people have chosen to make Facebook the organ by which they communicate with the world. I’m not saying that’s a good thing, but it’s certainly something Facebook could capitalize on.

    Who would buy a Facebook phone?

    I would argue there’s already a substantial crossover between likely feature phone buyers and Facebook junkies — teenagers, for instance — but Facebook could further broaden that mutual appeal.

    There are still plenty of people in the U.S. who are uncomfortable with the idea of the mobile internet, but are perfectly comfortable using Facebook online. They would embrace a Facebook-centric phone as a way to ease into mobile data (think of it as a “gateway phone”). Parents giving their younger children their first internet-capable handset might be much more comfortable with a device that hosted a single social network, over which they could easily keep tabs on their activities.

    Facebook is growing like wildfire in developing markets where few people can afford a smartphone or have regular access to a PC. A cheap Facebook phone would be ideal for their needs. Many more people would simply be attracted to such a device’s cheapness. A free or sub-$50 device that comes with a cheap data plan and a core social networking service you’re already well familiar with — that’s tough to ignore.

    Facebook Mark ZuckerbergFacebook has already started pursuing a cautious form of this strategy. It’s working with mobile chipmaker Spreadtrum to pre-optimize its software for the cheapest Android handsets. If Facebook made its own inexpensive phone, though, it would exert considerable influence in the market. Carriers would be anxious to carry any Facebook-branded device, so Zuckerberg and team could negotiate specialty data plans for their members. Orange and Facebook are already experimenting with this concept in some European countries, exempting social network traffic from the usual data caps.

    The company could also optimize any Facebook device for its own advertising, kicking of its still-nascent mobile monetization strategy. If it made enough money through advertising it could even take a page from Amazon’s book, subsidizing the cost of the phone or the cost of the mobile service, thus making its phone even more accessible.

    Ultimately the Facebook phone and the Facebook network would begin reinforcing one another. After year or two of viewing the mobile internet through the Facebook lens, a user might graduate to a full-fledged smartphone, but they would more than likely bring their dependence on Facebook’s applications to the new device. Billions of people around the world will get their first exposure to the internet through a mobile phone. If it can produce a cheap, attractive device, Facebook can ensure that exposure is through its portal.

    Getting into the hardware business isn’t an easy thing to do, especially if you’re expertise is in software, but in Facebook’s case it might be worth it. The more vested Facebook is in mobile, the stronger its social network becomes.

    You can argue all you like about how worthless a Facebook phone would be to you are your friends, and I would agree with you. I wouldn’t buy a Facebook phone. As a GigaOM reader, I doubt you would either.

    But I guarantee there would be millions of people who would.

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  • Verizon is open to the idea of a no-contract world – if consumers are

    It will be an easy feat to follow T-Mobile and eliminate contract and subsidies – it’s just a question of whether consumers want them eliminated, Verizon CEO Lowell McAdam told CNET on Thursday.

    Speaking to reporters at a Verizon event in New York City, McAdam said the carrier would watch T-Mobile’s new no-contract strategy closely to see how consumers respond. “I’m happy when I see something different tried,” CNET quoted McAdam as saying. “We can react quickly to consumers’ shifting needs.”

    Lowell McAdam (right) with Google's Eric Schmidt

    Lowell McAdam (right) with Google’s Eric Schmidt

    To be honest, you wouldn’t expect McAdam to say anything different. In the past, carriers have expressed dissatisfaction with the subsidy model that dominates the U.S. mobile industry. That model dictates they sell increasingly expensive smartphones at cut-rate prices and thus take a big financial hit when they first sign up a new customer. Eventually they recoup those costs over the course of a two-year contract through higher service fees.

    Most carriers have already eliminated subsidies entirely for tablets, and as McAdam points out, they would more than willing to do so for phones, if customers are amendable. That said, Verizon has done quite well for itself with the current system — it has no reason to gunk up the works unless there is some massive shift in consumer sentiment.

    There’s a reason why T-Mobile was the carrier to challenge the long-established contract-and-subsidy model: it had nothing to lose. It is the smallest — by a big margin — of the four national operators, and for the last several years it has barely grown. You can call its Un-carrier strategy an act of genius or you can call it an act of desperation, but T-Mobile had to do something and had to do that something quick. McAdam only has to sit back and wait to see if it works. And he’ll likely have to wait a while since many of the customers who might be interested in what T-Mo is selling are still locked into contracts.

    So what if T-Mo’s new contract-free plans prove wildly successful? Would other carriers give up on contracts completely? I seriously doubt it. Verizon, AT&T and Sprint may have their issues with the subsidy model, but they also love to the stability of long-term contracts. The last thing they want is a constantly shifting customer base, in which huge numbers of subscribers turn over each quarter. Even if the carriers didn’t have to absorb device subsidies, there are still substantial costs associated with acquiring new customers. They would much rather just lock down the ones they have.

    All three carriers offer prepaid services for customers who demand or don’t qualify for postpaid services, and most carriers will sell you a postpaid plan without a contract if you pay for your device upfront. In fact, they benefit considerably if you do so because they’ll charge you the same monthly rates they do for subsidized customers – they get their cake and eat it too.

    That’s where I think the other carriers will have the biggest difficulty adjusting to contract-free models. To make that model the work they’ll have to charge lower voice, SMS and data rates to those customers who eschew subsidies. If carriers are no longer recouping the cost of the device, they can’t justify the rates they charge today. Lowering rates is not something they want to do.

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  • Braintree opens up Venmo in-app payments to all iOS developers

    When Braintree bought Venmo for $26.2 million in August what it got was a peer-to-peer payments provider that replicated the ease of a PayPal money transfer within its mobile apps. But two months ago, Braintree started tweaking Venmo’s technology as a payment identity tool on iOS, called Venmo Touch.

    A beta project with three of its customers — TaskRabbit, HotelTonight and Wrapp – Venmo Touch allowed you to transfer credit card info from iPhone app to iPhone app, preventing customers from having to re-enter their credit card info every time they did business with a new brand or downloaded a new app. Instead, a customer could just hit the “Pay with Venmo” button and enter his or her credit card security code.

    Now Braintree is taking Venmo Touch out of beta and offering it to all of its customers (though still only in iOS), and it’s using it as recruitment tool to get new ones. Traditionally Braintree has been the payments processor for e-commerce startups like Airbnb, Uber and Rovio, but now it wants to move into brick-and-mortar retail – or at least power the m-commerce transactions for traditional brick-and-mortar brands. Through a new partnership with Branding Brand — which builds mobile apps for the likes of American Eagle Outfitters, Costco and Crate & Barrel – it hopes to embed Venmo Touch in some pretty high-volume retail apps.

    Chicago-based Braintree is already starting to see a big uptick in mobile transactions: $2 billion of its $8 billion in annual transactions are now coming from mobile apps and mobile websites.

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  • Weightless finalizes its white spaces networking standard for the internet of things

    The Weightless Special Interest Group has put the finishing touches on its wireless radio standard for that uses white spaces spectrum to glue together the internet of things. The SIG finalized the 600-page set of specifications at its Plenary Conference in Cambridge, U.K., on Tuesday.

    The final approval is largely a formality, since Weightless SIG members such as Neul, CSR, Cable & Wireless, ARM and Google have already begun working with the technology. Neul has developed its first commercial Weightless chip, and has launched an experimental smart grid network in Cambridge. Google has begun using the technology in broadband trials in South Africa.

    Weightless White Space ChipBut the approval does cement the standard, allowing the SIG’s membership to begin developing products without worrying about technical specs shifting from under them. As defined, version 1.0 of the standard is pretty flexible, allowing it to be used for any kind of machine-to-machine (M2M) communications network, whether it aggregates tiny transmissions from millions of nodes, such as in a smart grid, or utilizes a more traditional high-speed mobile data connection.

    The SIG is also making some pretty astonishing claims about the technology’s capabilities: a range of up to 10 km (6.2 miles), allowing for far-flung networks; device battery life for up 10 years, which means monitoring devices could be deployed in the field for long periods of time without maintenance; and chipset costs of less $2, making the barrier of entry for including Weightless in a device extremely low.

    Those three specs make up the holy trinity of wide-area M2M communications and would make the technology feasible for all but the cheapest devices in the future internet of things. But it remains to be seen whether Weightless can live up to those promises.

    White spaces broadband in the U.K. is taking a different shape than in the U.S. On this side of the Atlantic, white spaces are viewed more as unlicensed broadband wireless technology — sometimes dubbed “Super Wi-Fi”. White spaces are the unused frequencies between TV transmissions, and since the TV airwaves are much more crowded in urban areas, white spaces likely will be most useful for rural broadband in the U.S.

    Feature image courtesy of Cillian Storm.

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  • Report: iPhone update authorizing T-Mobile’s LTE network arrives Friday

    Last week I wrote a post attempting to answer all of the lingering questions about whether current-generation iPhones would work on T-Mobile’s networks. There was only one answer I couldn’t get out of Apple, and that was when it would send out the iOS update officially activating support for T-Mobile’s brand new 4G network. Well, Apple remains mum, but TMoNews seems to have gotten the answer: April 5.

    An internal T-Mobile screenshot leaked to TMoNews states that the iOS update will not only authorize the T-Mobile network (T-Mo’s 2G and a portion of its HSPA+ networks are already supported), but will enable Apple’s visual voicemail and MMS features on the carrier as well. Here’s the text of document:

    “The T-Mobile Carrier Update is a minor iOS software update that enables official iPhone support by T-Mobile. When installed, the software update enables a handful of capabilities like Visual Voicemail, MMS Settings and Network/Device optimizations that customers do not have access to today. On April 5, the software update will begin being pushed via OTA to all iPhone devices on the T-Mobile network with iOS 6.1.x or higher.”

    I asked Apple and was told it isn’t commenting on a rumor, so I suppose we’ll have to wait until Friday to see if an iOS update shows up in iTunes.

    Keep in mind that only the North American GSM iPhone 5 model will work on T-Mobile’s LTE systems, which are now live in seven markets, and to connect to T-Mo you must have an unlocked device. All generations of iPhones will work in T-Mobile’s 2G footprint and on its HSPA+ networks in about 50 markets today. The carrier is expanding that HSPA+ support quickly as it undergoes a major network overhaul.

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  • The road to HD Voice on mobile phones is a bumpy one

    Among the many the headlines T-Mobile made last week at its Un-carrier event was that its newly acquired iPhone 5 would support HD Voice, a technology that does exactly what its name implies: make calls sound clearer and crisper.

    HD Voice, however, is hardly a new technology. Operators have been experimenting with it for some time. Two carriers, T-Mobile and Sprint have upgraded their networks to support HD calls. Speaking at VentureBeat’s Mobile Summit on Monday, AT&T network SVP Kris Rinne reiterated Ma Bell’s commitment to launching HD Voice over its LTE network later this year. Verizon Wireless is dallying a bit. It originally planned to launch HD Voice-capable phones on its LTE networks last year, but, according to FierceWireless, Verizon is now targeting the late 2013-early 2014 timeframe.

    Given all of that HD Voice activity, why have we heard relatively little about the technology from the carriers apart from the occasional big-splash announcement such as T-Mobile’s? Like so many problems in the mobile industry, the reason for HD’s lackluster momentum is one of interoperability. Even if you own an HD Voice-capable phone on an HD Voice-compatible carrier, chances are you’ve never made an HD-Voice call.

    Sprint and T-Mobile are both using different HD-Voice technologies based on the radio standards of their respective network standards, CDMA and GSM. For a detailed explanation, ExtremeTech’s Neal Gompa has written an excellent primer on the differing HD Voice technologies and their inherent limitations. But it basically boils down to this: to make an HD call, you need to meet all of the following stipulations.

    • Your phone needs to be HD-capable. Not just HD capable, but support the HD-Voice codec used by your carrier. In the case of T-Mobile, that means the iPhone, the Samsung Galaxy S 3, the HTC One S and probably most newer generation smartphones. For Sprint, that does not include the iPhone because Apple isn’t supporting the CDMA HD-Voice codec, but it does include the HTC Evo 4G.
    • The phone you’re calling needs to HD-capable. Not only does the recipient need an HD device, it needs to be running on another HD-compatible network using the same HD technology as your device. Even if a Sprint and a T-Mobile customers both have the right phones, they can’t make HD calls to one another. If either customer called any other carrier or any wireline number, those voice connections also would revert to “standard-definition.” /li>
    • Both phones need to be connected to an HD-capable base station. Just because a carrier supports HD-voice doesn’t mean it supports it in all places. Sprint, for instance is enabling it as it upgrades its CDMA systems as part of its Network Vision overhaul (basically everywhere it offers LTE). When Verizon and AT&T launch their voice-over-LTE (VoLTE) services, both caller and recipient will have to be on LTE networks for the conversation to transmit in HD. T-Mobile, however, appears to upgraded its entire network to support HD.

    As you can see, that’s a pretty high bar to meet. Consequently carriers aren’t bragging much about their HD-Voice services — very few of their customers can feasibly make an HD call. We’ll start to see more activity as the growing number of iPhone and Galaxy customers on T-Mobile’s network contact one another, but we’ll see the biggest uptick in HD usage when Verizon and AT&T take their VoLTE services live.

    Unlike on CDMA, there will be compatibility between VoLTE HD voice technologies and T-Mobile’s GSM-based systems, since they use what is basically the same codec. As T-Mobile and Sprint eventually migrate to VoLTE there will be even greater interoperability.

    As my GigaOM Research colleague Colin Gibbs points out voice quality is still an important factor for consumers when deciding on mobile service. It’s difficult, though, for carriers to distinguish themselves competitively with HD-Voice because adoption of the service depends on all carriers offering the technology. That said, HD voice could boost the industry as a whole by making mobile calls more pleasant, rather than the patchy conversations they often are today.

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  • The mother of all M&A rumors: AT&T, Verizon to jointly buy Vodafone

    The rumors surrounding everyone’s favorite mismatched telecom partners Verizon and Vodafone are escalating. No longer is Vodafone considering selling its 45 percent stake in Verizon Wireless to Verizon. No longer is Verizon considering buying Vodafone. Instead, according to The Financial Times’ Alphaville blog, Verizon is teaming up with arch-rival AT&T for a possible bid on Vodafone.

    FT puts the price at U.S. $245 billion, which is larger than the gross national product of all but 39 countries. According to Wireless Intelligence’s most recent global rankings, Verizon Wireless, Vodafone and AT&T are the second, third and fourth largest carriers, in that order, by revenue. In terms of total subscribers, the multinational Vodafone is the world’s second largest carrier, while Verizon and AT&T rank 16th and 18th respectively.

    In short this would be one hell of an deal, and by FT reckoning it would be the largest M&A transaction in history. That should be one reason to be skeptical that it’s true. There would be some big regulatory hurdles to such a deal, though they could probably be overcome since AT&T and Verizon wouldn’t themselves be merging. The biggest reason for skepticism, though, is we’ve been hearing talk of Verizon-Vodafone deals practically since the two companies combined their U.S. mobile operations in 2000. So far they’ve all come to naught.

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  • Prank or Prognostication? Some 2013 April Fools’ jokes that could become reality

    The tradition of fake news coming out of the tech world every April Fools’ Day can be a bit tiresome.  After you’ve been through a few cycles of stories about phony new products and fake M&A activity, the humor wears a bit thin.

    But sometimes April Fools’ jokes can get interesting — like when a gag starts to look more like a prophesy about our changing industry or a foreshadowing of a future product or service. Here are three April Fools’ jokes from this year that we think may, unwittingly, have more than just a hint of truth to them.

    A broadband connection in every alley

    Google is famous for pulling out all of the stops each April 1st, and this year is no exception.  There’s Gmail Blue and a new levity algorithm. One of its biggest pranks, Google Nose, actually has some grounding in real technology, as my colleague Barb Darrow pointed out earlier today.

    But the one that really caught my eye this year was Google’s video advertisement of its fake new broadband service fiber-to-the-pole in Kansas City, where Google is building high-bandwidth optical connections to homes and businesses.

    “We thought a lot about what we do to enable this kind of ubiquitous connectivity throughout our fiberhoods, and we realized that the answers were all around us: utility poles,” the on-screen spokesman says. “I mean, we’re already invested in building a fiber network using these utility poles so we thought: why not make them even more useful.”

    To be honest, the humor falls a little flat: Google pictures people gathered around poles plugging their laptops into Ethernet ports. But the idea of Google providing ubiquitous broadband in its fiber cities is probably far from a joke. Google of late has pursued a wide range of initiatives related to building better mobile and wireless broadband networks: it’s experimenting with high-capacity, long-range Wi-Fi gateways, it’s testing new small cell mobile network architectures and it’s been an active proponent of using TV white spaces spectrum for broadband.

    I don’t know for certain what Google plans to do with those technologies, but all of them could easily ride on the back of its pole-mounted fiber infrastructure.

    Your kid’s first 3D printer

    Millions of future artists and draftsmen began their careers on Etch A Sketches. Maybe the next generation of sculptors and industrial designers will get their starts on 3D printers. ThinkGeek is advertising the world’s “most economical and fun entry-level 3D printer on the market” for just $49.99. Its media? What else: Play-Doh.

    Play-Doh 3D PrinterMany of you are already thinking this would be an incredibly handy gadget to own (and not just for your kids)– and it might not be too long before something like it appears on store shelves.

    Once the purview of sophisticated engineering shops, 3D printers are becoming much more accessible to the everyday creative classes. Companies like Shapeways are providing 3D printing services for artisans. Today my colleague Kevin Tofel wrote about a 3D printing kiosk at Virginia Tech University available free of charge to any student – just insert an SD card with your 3D design code and out pops your object.

    Of course, there are still plenty of technological and economic obstacles in the way of a $50 3D printer. But keep in mind Play-Doh is a much more forgiving material than steel or ceramics (and you don’t need a laser to bond layers of Play-Doh together). Our toddlers might have trouble figuring out the ins-and-outs of Autodesk’s computer-aided design software, but if the market for home-brew 3D printing develops you can bet more novice-friendly software will follow.

    The selective vision of Guardian Goggles

    Leave it to the U.K.’s liberal mainstay The Guardian to add some wry political humor to the April Fools’ mix. Its gag is a sendoff on Google Glass: Guardian Goggles, a set of spectacles that filters everything through the Guardian’s prism.

    “And then there are those times your willpower falters,” goes the Guardian’s promo video as a reader reaches for a discarded copy of competing – and right-leaning – paper The Daily Mail. “It happens to the best of us. But Guardian Goggles can help keep you on track. Our proprietary anti-bigotry technology automatically protects you from harmful opinions before they even reach your eyes.”




    Here are my colleague Mathew Ingram’s thoughts:

    “The Guardian’s Goggles are obviously designed to lampoon Google’s version, and play on the newspaper’s reputation for leaning to the left. But Augmented Reality devices could be programmed to exclude or blur out content that a user didn’t want to see, such as that involving offensive words or imagery.

    We already filter what information we expose ourselves to by selecting the type of media we consume – whether it’s The Guardian or Fox News. Technology helps us refine those filters further. Augmented reality could actually insert those filters directly into our lines of sight.

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  • Why stop at talking phones? Nuance intros voice ads

    Personal assistants like Siri already hear and respond in spoken language. Nuance Communications, the company that powers the speech understanding technologies behind Siri and other digital assistants think the ads displayed in our phones should listen to our voices as well.

    Nuance Voice Ads screen shotNuance on Monday announced it’s expanding its speech interface expertise into yet another industry, advertising, launching a new service for app developers called Voice Ads. Yes, we’re talking about talking ads here – well, at least listening ads. Whether the ad responds via text, video or spoken word is entirely up to the ad creator. The key is that advertisers now have a new way of engaging with their audience rather than just mere splashy images, said Mike McSherry, VP of Advertising and former CEO of Swype, the predicative keyboard company Nuance acquired in 2011.

    Say Jeff Daniels is the spokesman for your product. Instead of just flashing up an image of Daniels holding your widget in the confined space of an app banner ad, your ad could let you virtually ask Daniels questions about it and your company. Answers are pre-recorded, of course, but as we’ve witnessed with the depth and variety of conversational answers Apple has given Siri (try asking Siri if she believes in God), a committed ad agency could have some fun with the medium.

    McSherry said that mobile app developers can embed Voice Ad technology into their apps through an SDK, which will allow ad networks like JumpTap, Millennial and Ad Marvel to serve up the new formats in those apps, either as banner or interstitial ads. Nuance is currently working with three agency partners to develop the new ads: Digitas, OMD and Leo Burnett.

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  • Setting the record straight: Own an AT&T iPhone 5? It will work on T-Mobile’s LTE network

    There have been a lot of conflicting and confusing – and several plain wrong – reports on whether the current version of the iPhone 5 will work on T-Mobile’s new LTE network. I’m sorry to say I even helped spread some of that misinformation by talking about those reports on GigaOM’s mobile call-in podcast on Wednesday. But I’ve since had a chance to talk Apple, and got the details about what exactly the iPhone 5 can do and what it can’t.

    Bottom line: if you have a North American GSM version of the iPhone 5 — whether you bought it from AT&T or Apple or got it in from Canada – it can connect to T-Mobile’s new LTE network. It just has to be unlocked. So for AT&T customers looking to switch sides, that means you have to finish your contract, and ask your carrier to unlock the device.

    iPhone 5 Lightning dock connectorThe device will also work on T-Mobile’s 3G HSPA+ network (which T-Mobile calls 4G), just not in every city today. T-Mobile is in the process of a big network overhaul that will align all of its networks with the radios in the iPhone and most other AT&T devices. It’s completed the upgrade in about 50 cities covering 142 million people, but other cities are getting converted quickly.

    The source of the confusion is over frequencies, which is why we’ve been seeing all of these references to the Advanced Wireless Services (AWS) band. T-Mobile runs two technologies in the AWS band, it’s LTE network and a portion of its HSPA+ network. The iPhone 5 will support LTE in the AWS band, but it won’t support HSPA+ over AWS. The iPhone 5, and all previous versions of the iPhone, will work on its new upgraded HSPA+ systems in the PCS band.

    Apple will release a new version of the iPhone 5 next month that will make all of the band differences completely moot. The updated version will support HSPA+ on both AWS and PCS band. It will even be able to access T-Mobile’s dual-carrier 42 Mbps HSPA+ network, which current and older versions of the iPhone cannot.

    All of this is probably still extremely confusing so I’ve broken it down into a Q&A, which hopefully will answer any lingering questions.

    How do I know if my iPhone will work on T-Mobile’s networks?

    For the iPhone 5, check your model number. It must be the A1428, sold by AT&T, the Canadian operators or Apple. Older iPhone models will also work on T-Mobile’s 2G and 3G networks. All of these devices must be unlocked, though, or they’ll be blocked.

    How can I be sure I’ll have access to T-Mobile’s LTE and HSPA+ networks?

    For LTE, it’s simple. T-Mobile launched LTE in seven markets this week: Baltimore, Houston, Kansas City, Las Vegas, Phoenix, San Jose, and Washington, D.C. New York City is scheduled to come online this summer along with a bunch of other yet unnamed cities.

    For HSPA+, it’s a bit more difficult to tell since T-Mobile doesn’t have any kind of map that tracks which markets have HSPA+ running on the PCS band. They make regular updates on their blog and to the media. PCMag has the most the recent list of T-Mo’s 49 iPhone-optimized cities.

    As a general rule of thumb, though, if T-Mobile has LTE in your city, then HSPA+ will be in all the right places, too. And if you get a new version of the iPhone 5 next month, it will work on all of T-Mobile’s network.

    When will I be able to bring my old iPhone over to T-Mobile? 

    You can do it right now if you like. T-Mobile already has millions of iPhones on its network, running over its 2G and 3G services. In order to access LTE though, you’ll have to wait until Apple updates iOS, authorizing the iPhone 5 to use T-Mobile’s network. Apple hasn’t given a date for when this will happen, saying it will come as an over-the-air update.

    Will I be able to access dual-carrier HSPA+?

    On a current iPhone, the fastest 3G network you’ll have access to is its 21 Mbps single-carrier system, since all of T-Mo’s dual-carriers are in the AWS band. T-Mobile will eventually launch dual-carrier in the PCS band, but that will take some time. It has to close its acquisition of MetroPCS and convert a lot of old GSM networks to 3G first. If you’re set on accessing the dual-carrier network in the near future, then you’ll need to get one of new versions of the iPhone 5.

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  • T-Mobile’s iPhone discounts are for customers only, but it will still sell you the device

    T-Mobile is taking seriously its commitment to separating the phone from the service plan. It turns out that starting April 12, you can walk out of a T-Mo store with an unlocked iPhone 5 in your hands and never deal with T-Mobile again – but you’ll have to pay the full MSRP of $650, not the carrier’s discounted price of $580.

    As we reported earlier this week, T-Mobile is upending the traditional subsidy-and-contract model, selling you a device at full price but without a contract and without the device fees hidden in most carrier’s monthly rate plans. The result is a more expensive phone, but much cheaper monthly service rates, which ultimately save customers money in the long run.

    03/26/2014 T-Mobile iPhone 5 unveilingWhat’s more, T-Mobile is sweetening the pot further by offering substantial discounts on the full cost of its phones. For instance, an unlocked sans-contract iPhone normally retails from Apple or other distributors for $650. T-Mobile is selling it for $580 either up front or through financing plan, making it a relative bargain. The catch is you have to sign up for one of T-Mobile’s new Simple Choice plans to gain the discount.

    But signing up for a plan isn’t that much of a commitment. Remember, T-Mobile has gone contract-free. You can sign up for a single month of service and face no further commitment. If you use T-Mobile’s installment plan, your phone will be locked to the operator’s network, but as soon as you finish paying off your device (which you can do at any time) T-Mo will unlock the device.

    T-Mobile, like any wholesale buyer, isn’t paying full price for the iPhone from Apple so it’s passing some of its savings along to the customer – as my colleague Kevin Tofel points out, it will likely do this for other popular devices like the Galaxy S 4. But T-Mobile also doesn’t want to be taken for a patsy. It’s not going to sell discounted phones, which buyers just take immediately to another carrier. It wants to get some modicum of service commitment – even if it’s a mere month – in exchange for that discount.

    What’s interesting, though, is that T-Mobile is still selling a commitment-free iPhone for full price even if it doesn’t stand to gain from the transaction as a service provider. T-Mobile is essentially becoming a phone retailer as well as carrier, and I think that has significant implications for the industry.

    Why an open device ecosystem is a good thing

    If you can just walk into any store, buy a phone and pick your carrier later, then we get a model like that which has developed in Europe, where phone purchases and service plans are independent transactions. That could lead to a whole new retail marketplace in the U.S. where sellers can discount or bundle features with unlocked phones based on other factors besides contracts.

    T-Mobile storeFor instance, Samsung, HTC and Nokia could build legitimate businesses in the U.S. around selling phones directly to consumers at lower prices since there’s no carrier middleman to deal with. BlackBerry could sell unlocked phones directly to businesses packaging them with its enterprise email services. BestBuy might give you a deal on a device if you sign up for Geek Squad protection. And of course, the already growing mobile virtual network operator (MVNO) community could get a big boost if there were greater phone portability.

    Of course, there are some pretty big obstacles to this kind of model in the U.S. The biggest one is the fragmentation of airwaves and technologies that acts as a de facto lock for most devices to specific carrier networks. Even if you got an unlocked iPhone from T-Mobile, there are only a few other places you can take it, namely AT&T, a few regional GSM operators and a handful of MVNOs like Straight Talk.

    Building that independent device market is going to be difficult and it will take a lot of consumer education. Retailers will have to explain carefully which carriers will be supported on specific devices. Luckily device technology is improving. Dual-mode GSM-CDMA devices are becoming more common and vendors are starting to pack more bands into a single device.

    Everyone stands to benefit from an open device ecosystem – consumers, handset makers and, according to T-Mobile, carriers — so every step we take in that direction, no matter how small, is good one.

    Feature image courtesy of Shutterstock user Arcady

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  • After sorting out mobile carriers’ APIs, Apigee targets healthcare and the airlines

    I don’t travel by air that often, but I fly enough that I’ve managed to build up quite the collection of airline apps on my phone. Every time I find myself trying to remember my Delta or United password to download my boarding pass, I can’t help wondering why someone doesn’t make a single app incorporating the mobile features of every airline. If Apigee has a say in the matter, some day someone will.

    Apigee manages, monitors and optimizes mobile application programming interfaces (APIs), which act as the glue connecting technologies, services and data sources across networks. So far Apigee has focused on the mobile industry, attempting to whip into shape the different network APIs used by hundreds of different carriers and present them to developers as a simple common interface.

    Boarding Pass TelloNow Apigee plans to go after other industries such as healthcare and the airlines. Those industries have a lot of useful information, from frequent flier miles to health records, that developers would love to access if only it weren’t so fragmented. On Thursday Apigee announced what it’s calling the API Exchange, which essentially takes the model it’s devised for telecom and applies it to any other industry.

    Healthcare companies and airlines actually have a lot in common in mobile carriers, said David Andrzejek, who heads up the Exchange for Apigee. Their industries are highly regulated and dominated by multiple, very large, vertically integrated companies using proprietary technology that is unfathomable to all but the most committed developer. “The barriers are normally just too high for any developer to build anything against,” Andrzejek said.

    For the mobile carriers, the problem has always been that developers couldn’t just tap into a single API to use their location, presence or payment services – developers have to tap into the separate APIs of hundreds of carriers around the world. Consequently no developer wanted to deal with carriers, further marginalizing them. The mobile industry spent years trying to develop a common set of APIs that would present a unified front to the developer world. They failed spectacularly.

    When Apigee took over the GSM Association’s OneAPI program, it pretty much gave up on the dream of standardizing under a single set of carrier APIs (which makes the program’s name a bit outdated). Instead, Apigee took to aggregating all of the carriers’ different APIs onto a single platform and then translating them into a single meta-interface that any developer could hook into. At Mobile World Congress this year, Apigee and the GSMA presented the initial fruits of that labor: an identity-management API any app developer could use to authenticate users via their phone numbers.

    It’s still early days for the OneAPI project, but Apigee feels it’s learned enough dealing with the fickle mobile carriers to take on other big complex industries. Just like the carriers, airlines and insurance companies haven’t standardized under any common APIs, and for competitive reasons they’re unlikely to do so.

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  • Tiny nTelos will join the 4G club, launching LTE in the Virginias this year

    T-Mobile wasn’t the only U.S. mobile operator with big LTE news this week. nTelos, a small carrier operating in the central-eastern U.S., announced Wednesday it is constructing its own LTE network and will have a live 4G service up and running in Virginia and West Virginia later this year.

    Even if you don’t happen to live in nTelos’s operating territory of 6 million people in the Virginias, Kentucky, Maryland, North Carolina and Ohio, its name might still ring a bell. That’s because nTelos was one of the first small providers to land the iPhone during Apple’s big carrier partner expansion of 2012. Many people, including us, noted the irony that a tiny rural carrier could sell the iPhone, while a U.S. giant like T-Mobile could not. (T-Mobile, in addition to launching LTE this week, also joined the iPhone club).

    nTelos has tapped Alcatel-Lucent for the whole LTE kit and caboodle. The Franco-American vendor will supply the wireless infrastructure, including its ultra-compact remote radio heads, and the LTE mobile data core. Alcatel-Lucent will also replace parts of nTelos’s older 2G CDMA network with a new 3G CDMA EV-DO architecture, giving customers faster data rates when they aren’t in 4G coverage.

    No word yet on where exactly in the Virginias nTelos will launch, though its headquarters in Waynesboro, Va., might be a good bet. According to RCRWireless, nTelos holds both PCS licenses and Advanced Wireless Services (AWS) licenses, which means its devices could line up with those of Sprint or MetroPCS.

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  • Springpad moves beyond the app, making its notebooks portable to other websites

    Springpad has always made it easy to take content from all over the web and organize them in notebooks on its online portal and mobile apps. Now it’s allowing its customers to take those same notebooks outside of its app and display them anywhere on the web.

    As part of its upgrade to version 4.0 of its service, Springpad on Wednesday unveiled a notebook-embedding feature for publishers and brands. The idea is that brands will create notebooks full of relevant content for their customers and then post those notebooks on their websites. Customers can browse and interact with those notebooks just as they would through Springpad’s web and mobile apps, and if they find something they like they can save those notebooks into their own Springpad libraries.

    SiliconAngle Springpad embeded notebooks

    For instance, one of Springpad’s new partners, Glamour, is using embedded notebooks to aggregate everything from beauty tips and shopping list suggestions to specific articles on fashions or product pages. Customers never have to leave Glamour’s site to explore that notebook, but if they want to save the notebook it will be copied into a new or existing Springpad account. There the notebook lives on the user’s library – every time Glamour updates it, the customer’s digital copy reflects the new content.

    Springpad co-founder and VP of Business Development Jeff Janer said that brands have long been taking advantage of social media and curation services to promote their content and products, but while Facebook and Pinterest generate an awful lot of traffic, there’s limited follow-through. For instance, many customers may “like” a brand’s Facebook profile, but there’s little chance they’ll return to it after the initial liking. Pinterest is a great way for brands to display their wares in a visually appealing way, but beyond the visual, there are few options for displaying other forms of content.

    While embedded notebooks are initially targeted at companies  and advertising agencies that will pay Springpad for the service, Janer said they’re just a first step in the startup’s strategy to make all of its user-organized content portable. Right now a lot of loose information flows into Springpad, gets organized and then stays in Springpad. The company wants to encourage users to take those notebooks outside Springpad’s confines and show the world their organizational labors, Janer said.

    Right now, anyone can embed a notebook into a Facebook page, but Janer said Springpad is working with blogging platforms and other social networks to increase its reach. Eventually Springpad hopes to make posting a notebook anywhere on the web as easy as embedding a YouTube video.

    Springpad Actions Intent-based serachSpringpad 4.0 isn’t quite a facelift of last year’s 3.0 upgrade, which effectively turned Springpad from a note-taking service into a social networking and collaboration tool. But it is supporting another nifty new feature: intent-based search. Springpad has created new search categories that parse a user’s content based on specific interests or activities.

    For instance, if you want to be entertained, you can hit the “watch something” button and Springpad will dig up every movie or TV show you’ve ever “sprung” and display them in a menu. Any movie or show that is available instantly through Netflix will pop up on top. Movies that are available for rent or purchase on iTunes or Amazon will appear next. And finally showtimes and prices for films in the theater will appear at the bottom.

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  • T-Mobile’s new LTE network is fast, but it’s going to get a lot faster

    T-Mobile is off to a good start with its nationwide 4G LTE rollout, launching the new mobile broadband service on Tuesday in seven cities And judging by all the network testing activities we’ve been seeing lately we’re sure to see several more markets go live in the coming months. CEO John Legere called the network “smoking fast,” but the question now is how T-Mobile’s LTE stacks up against the competition in this increasingly crowded 4G market?

    Since the network just went online and it doesn’t have an established user base, it will be several months before we start seeing reliable figures from testing companies like RootMetrics or OpenSignal, but we can get idea of how T-Mobile’s network will perform based on what we know about the spectrum and the technology its using. As I’ve detailed before, no two LTE networks are created equal, and T-Mobile has some advantages that will help its 4G service outpace its competitors.

    A work in progress

    Let’s tackle the spectrum first. T-Mobile is launching in the Advanced Wireless Services (AWS) band, using spectrum it has culled from the ongoing reconfiguration of its networks as well as the licenses it won from Ma Bell after the AT&T-Mo merger failed. That gives it enough to deploy a 20 MHz (that’s 10 MHz upstream and 10 MHz downstream) network in some markets, but only 10 MHz in others.

    To put that in perspective, Verizon Wireless has launched a 20 MHz network nationwide, as has AT&T with a few notable exceptions in certain cities. Sprint is building a 10 MHz network nationwide. As we’ve seen from Root’s most recent report, AT&T’s and Verizon’s now fully loaded LTE networks are averaging between 14 and 18 Mbps on the downlink and between 8 and 9 Mbps on the uplink. Sprint’s half-sized — though relatively new — network is still managing an impressive 10 Mbps down and 4 Mbps up.

    We can expect to see some correlation between those speeds and T-Mobile’s after it loads its new 4G network up with subscribers. But T-Mobile isn’t stopping there.

    Mobilize 2012 Neville Ray T-Mobile

    Neville Ray, CTO, T-Mobile (c) 2012 Pinar Ozger [email protected]

    As T-Mobile CTO Neville Ray refarms more 3G spectrum for LTE, he will be able to boost many of its 10 MHz systems  to a full 20 MHz, but the real prize comes after it closes its acquisition of MetroPCS (which at this point seems almost a given). Surgically adding Metro’s AWS spectrum to the current network will give it 40 MHz of LTE in some key markets. That’s twice the capacity of the systems currently run by Verizon and AT&T.

    Sometimes it pays to wait

    As for technology, let’s just say there are some advantages from being late to market.

    By virtue of its dallying, T-Mobile is deploying the latest-generation Ericsson and Nokia Siemens base station gear. T-Mobile is fond of calling its network “LTE-Advanced ready,” and though the term really is just a marketing conceit, there’s a bit of truth in those words. LTE is an iterative technology that improves over time. Because of its relative newness, T-Mobile’s infrastructure will be able to take new LTE upgrades more easily and more cheaply, and as device technology improves, T-Mobile will be able to support next-generation radio chipsets sooner.

    Technically even T-Mobile’s most modest 10 MHz network could today support a theoretical downlink of 37.5 Mbps (though real-world network speeds would be much less) when connecting to the latest and greatest devices. Once it gets to the 40 MHz networks, however, T-Mobile’s 4G service would be truly awe-inspiring, boasting a theoretical ceiling of 150 Mbps.

    Of course, 150 Mbps may seem a bit ridiculous for your typical smartphone user, but the justification for those speeds isn’t to create individual super connections, but to produce more capacity that can be shared by more users. The more data T-Mobile can deliver to a large subset of user, the cheaper it can make data pricing. And making data cheaper is one of the main ways T-Mobile is setting itself apart from the competition.

    Feature photo courtesy of Shutterstock user Villiers Steyn

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  • T-Mobile is ending subsidies and contracts, but it’s still locking phones

    T-Mobile sounded the death knell of contracts and phone subsidies on Tuesday at its Un-carrier event in NYC, but it is maintaining another unpopular practice in the mobile industry: locking phones.

    Customers who buy a device from T-Mobile through one of its financing plans (for instance, the iPhone 5 can be had for $100 up front and 24 monthly payments of $20) will still get locked devices. But T-Mobile CMO Mike Sievert said whenever a customer finishes paying off his or her financing plan, T-Mobile will unconditionally unlock the device.

    Earlier this month, I wrote that the phone locking was a symptom of the broken subsidy model used by carriers. T-Mobile is now fixing the subsidy system, but it’s not ending the practice of locking. What gives?

    Well, the answer is a bit nuanced. Instead of diving headlong into the murky depths of full-cost devices, where customers wind up fronting the costs of a $500 or $600 smartphones on day one, T-Mobile is easing customers into the model with interest-free financing plans.

    Though it’s separating the device from service plan – and eliminating the contract in the process – T-Mobile is still on hook for the device cost, and it wants ensure that its customers won’t take their new iPhone or Galaxy S 4 and then bolt to another carrier. As with any loan, customers are still bound by financing contract, but T-Mobile wants extra insurance that they won’t renege.

    T-Mobile USA CEO John Legere

    T-Mobile USA CEO John Legere

    At the event on Tuesday, T-Mobile went to lengths to explain that it is against the idea of locking all phones for the mere sake of binding customers to a specific carrier. In fact, T-Mobile hopes to benefit enormously from an unlocked device market, said T-Mobile USA CEO John Legere. He’s hoping AT&T customers will take their out-of-contract and unlocked devices over to T-Mobile, giving them a second life on T-Mobile’s network.

    Legere also said that T-Mobile is a strong advocate of device portability — Customers can take an unlocked phone to T-Mobile for a month, and if they’re not happy they can move on to the next carrier. T-Mobile expects to win out in any head-to-head contest with a major carrier over unlocked devices because it won’t be factoring contract subsidies into its pricing plans. “The rate plan is just going to be about the service,” Legere said.

    With that philosophy in mind, T-Mobile will unlock any device as soon as the customer’s financial obligation for it is over. If a customer buys a phone up front, T-Mobile will unlock it, Sievert said. If they accelerate their financing agreement and pay the phone off early, then T-Mobile will unlock it, Sievert said. If they return the phone to T-Mobile before the contract ends, T-Mobile will credit their financing agreement with the current market value of the device, Sievert said.

    It’s not an ideal situation. There are uses for unlocked phone even if you’re sticking with your service provider – traveling overseas for instance – but I can understand why T-Mobile is imposing the locking practice. Ultimately it seems that if we want to be free of the carrier yoke entirely, we’ll have to start buying our devices outright.

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  • It’s finally here: T-Mobile iPhone 5 goes on sale April 12

    It’s official: T-Mobile has the iPhone. On Friday, April 12, the magenta-tinged operator will start selling the iPhone 5 nationwide and the iPhone 4 and 4S in select markets.

    T-Mobile now not only has the iconic device it has so long craved, but it’s offering it with compelling service pricing. Under the new plans unveiled over the weekend you can pay as little as $50 a month for unlimited voice, text and 500 MB of data, and you can use your phone as a hotspot – something most carriers charge you extra for doing on an individual data plan. For $70 a month, you can upgrade that data plan to unlimited, though hotspot usage is limited to 500 MB a month. All of these plans are available without a contract.

    But T-Mobile is demanding you make a trade-off. Its cheap rates mean it will no longer subsidize its devices, meaning customers will have to buy their iPhones up front, enroll in a financing plan, or bring an unlocked device to the network.

    The reason we’ve waited so long for the elusive T-Mobile iPhone is a combination of physics and economics. Since T-Mobile first launched its 3G mobile broadband network, it’s set itself apart from the other major carriers on the electromagnetic spectrum. Apple didn’t make an iPhone that tapped into the Advanced Wireless Services (AWS) band used by T-Mo’s HSPA+ network, and it showed no inclination of custom-designing a device for a specific carrier.

    That all changed last year when T-Mobile undertook an ambitious plan to reconfigure its networks and clear up spectrum for LTE. It began moving its HSPA+ network into the 1900 MHz PCS bands used by most U.S. carriers for 3G, and in the gaps that opened up it began deploying its LTE systems.

    Last summer, T-Mobile began inviting unlocked iPhone users to test out its network, but it hadn’t reached the point where it could support all of the new iPhone 5’s most advanced features. The missing component was LTE, which T-Mobile launched today in an iPhone-friendly band.

    Will the iPhone be T-Mobile’s savior? It’s tough to say. T-Mobile will finally have the most sought-after smartphone in its arsenal, and T-Mobile has readily admitted its lack of the device has hurt it with consumers. It will also be able to offer that device at very low pricing. But pricing and variety don’t always sway consumers. Verizon Wireless may be the most expensive carrier in the business, but its coverage and customer service have kept it on top of the heap.

    This post will be updated as we get more information.

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