| Apple wants to know how you're feeling as it eyes mood-sensing iPhone tech Feb 3rd 2014, 12:05, by Hugh Langley 
Apple's got a plan to get personal. One of Cupertino's latest patents suggests it's looking to deliver content based on users' moods. The patent, titled, "Inferring user mood based on user and group characteristic data", outlines a mood scanner that will determine your emotion and respond accordingly. The aim is to deliver content "that is selected, at least in part, based on the inferred mood," with the patent specifically referencing advertising in several places. Can I borrow a feeling?The system would track what you're doing on your phone, looking at "recently consumed content" in order to target adverts that you're more likely to tap on. In between NSA surveillance scares and fears of potential data intrusion from the Internet of Things, Apple's latest idea probably isn't best timed. However, the patent was filed on January 23 so don't expect to see anything come to fruition any time soon. But Apple clearly has its eye on the next stage of personalising data and technology. - The iPhone 5S doesn't care what mood you're in, but is it a decent handset?
       |  | Hang on – will it actually be called the HTC One 2? Feb 3rd 2014, 11:00, by Gareth Beavis 
Has a New Caledonian certification site just ruined HTC's forthcoming surprise? Unlikely, but at least we'll probably get a mini version. There has been plenty of confusion over what HTC will call the sequel to the One – and the New Caledonia Office of Posts and Telecommunications website has posted something that has the web convinced it will be a fairly obvious name. The site is listing the 'HTC One 2' and 'HTC One 2 Dual Sim' among all the other HTC phones ever made, prompting belief that this outlet has been privy to important information about the new phone. While it seems certain that a dual SIM version will appear to accommodate demand in other territories, the name is likely nothing more than a placeholder, as such things can change right up until the last minute with flagships such as this – and as we recently heard, March is looking good for the first time we'll actually see it. Mini marvelIn terms of matching last year's efforts, HTC is going to give the One 2 a little brother, according to noted tipster @evleaks. The info is sparse, stating only that "0P6B:HTC M8::0P8B:M8 mini", but the M8 moniker (the internal code for the HTC One 2 device) combined with the item number shows that Evleaks reckons he knows that a mini version is forthcoming. Even if this is true, there's little chance that we'll see the HTC One 2 Mini for a few months yet, as the Taiwanese firm won't want to launch both at the same time when it can get increased coverage by staggering the launches. The rumours of a new HTC device are reaching a nice boiling point at the moment though, which means we're surely only weeks away from getting our first look at what could be one of 2014's phones of the year. From Twitter, PhoneArena        | | Is Apple working on a solar, inductive and motion-charged iWatch, iPhone? Feb 3rd 2014, 04:06, by Chris Smith 
Apple is placing greater emphasis than ever on battery technology to enable its mobile devices to be charged via solar, inductive and motion-powered means, reports have claimed. The New York Times claims the Cupertino-based company is working hard on building a 'smarter' battery for its iOS devices and perhaps even the long awaited iWatch smartwatch. Multiple ex-Apple executives told the paper that solar, in particular, continues to be a major focus for Apple engineers. In terms of the iWatch, solar, inductive and motion charging would allow users to wear the device for longer periods without needing to charge so often. Going inductiveThe company is particularly concerned with inductive charging for the iWatch, which we've seen in the Google Nexus 4 and Nokia Lumia 920 in recent times. Those handsets charge the device by placing the devices on a wireless plate, but Apple is working on tech that would allow the charging to take place wirelessly via electromagnetic fields. The iWatch is expected to arrive at some point this year. Will Apple introduce some new battery tech? Let us know your thoughts in the comments section below.        | | Red Nexus 5 looking very pretty and pretty official in leaked press shot Feb 2nd 2014, 19:29, by Chris Smith 
The rumoured red edition of the Google Nexus 5 appears to be a step closer to reality following the leak of an official-looking press render. Following multiple blurry-cam and unboxing leaks over the last couple of weeks, that man @evleaks appears to have gotten hold of the best look yet. The images shows the device with a red rear casing and earpiece, but the faceplate itself retains its black bezel. The Red Nexus 5 has been tipped to launch on February 4, following the leak of an internal document from U.S. network Sprint. StrongThe Nexus 5, crafted by LG and and also available in black and white, has been a big success for Google, continuing its growing hardware momentum. It was Google's best-selling device of the last quarter with the company citing "very strong" sales in last week's earnings call. It has proved an attractive option for smartphone because of its agreeable price-point compared to handsets like the Samsung Galaxy S4 and HTC One. Nexus 5 has also proved popular among Android enthusiasts who value the raw version of the software and the immediate updates when Google refreshes the operating system.        | | Archos sees an opportunity in Windows Phone amid swamped Android market Feb 2nd 2014, 17:00, by Chris Smith 
French mobile manufacturer Archos plans to throw its beret in to the Windows Phone arena. CEO Loic Poirier said the company will launch a handset on Microsoft's gradually improving platform, joining its budget offerings on Android. Nokia is currently earning a whopping 90 per cent of Windows Phone sales, with big hitters like LG, Samsung and HTC focusing all of their attentions on the Android operating system. That means a potential opportunity for manufacturers a little lower on the totem pole, like Archos, outside of the densely populated Android market. New breed rising"We will launch a Windows Phone handset when the time is right," he told TrustedReviews before explaining its primary focus would remain with Android. "Before anything else we are focussed on Google," he added. Other manufacturers like Alcatel and ZTE are also planning to jump in on Windows Phone. Could we be seeing a new breed of handset makers rising on Windows Phone?        | | Facebook already testing Graph Search for mobile on some users Feb 2nd 2014, 15:50, by Chris Smith 
Facebook is testing out the Graph Search functionality for mobile devices, according to at least one user who is seeing the update land on their handset. The limited was first reported by a Mashable scribe this weekend and follows Facebook CEO Mark Zuckerberg's recent vow to bring the contextual searches to mobile users sooner rather than later. During last week's quarterly earnings call the CEO said: "We're really early in the game on this. You can see that because we haven't even really rolled out our mobile version of graph search yet and we're a mobile company. "Pretty soon, you should expect us to roll out the mobile version of this. I think that's going to be an important step because most of the usage of Facebook overall is on mobile." ImprovingThe enhanced search took, which allows users to discover posts, photos, restaurant recommendations and more rolled out to all users in July last year. It's a fairly decent tool for finding photos of you and your friends, your friends who live in particular cities, or even friends who've been posting about certain subjects. As Zuckerberg said, the company is 'early in the game' with Graph Search and it'll only improve as time progresses. That improvement will continue with the wider roll out on mobile devices.        | | In Depth: Is it time to say goodbye to the text message? Jan 31st 2014, 16:00, by Thomas Thorn 
"Merry Christmas," a short but simple message from Neil Papworth to Richard Jarvis heralded the start of mobile messaging 21 years ago. That first text has led to the rise of mobile messaging and the decline in using a phone to call people. But before people begin to wonder what an SMS (Short Message Service) ever was, we're here to guide you through history of texting. Mobile messaging now comes in many forms with the humble SMS format joined by MMS, email, IM (Instant Messaging) and via myriad different social media sites. It has become the central hub of the modern smartphone, with email and IM apps now populating every app store. Could Papworth have predicted the revolution that "Merry Christmas" would start? Could Friedhelm Hillebrand foresee that his choice to limit messages to 160 characters would still prove enough to change history? In the beginningBack in 1992 that first text message had to be sent from a PC, carried by the Vodafone network to an Orbitel 901, a device that Jarvis was unable to reply from as the mobile phone had no method of inputting text. We use the term mobile pretty loosely, as the Orbitel 901 has no resemblance to any modern portable device. It was massive device with a corded handset and whopping antenna. 
Design wise, it was miles behind the $3000 Motorola MicroTAC, a handset that was leading the way with its sleek clamshell design. The Orbitel had a trick up its oversized sleeves, coming with digital GSM technology. At the start of the switch from analogue mobile signals, digital technology created the need for larger batteries leading to the handbag-style design of the Orbitel. Nokia comes a-knockingMessaging still had to be done through PCs until Nokia decided in 1993 that text messages should be sent by mobile devices, namely the Nokia 1011. The Nokia 1011 signified a massive change in mobile design, coming in the candybar design that we are now all familiar with. It measured in at a sizeable 192 x 60 x 45mm, weighing a whopping 475g (that's 6g heavier than the iPad Air). 
You also had to be careful with your typing, as it wasn't until 10 December 1995 that T9 predictive text was created. At this time the average American was sending 0.4 texts a month, equating to just five texts a year. Compare that to five years later, and American's were averaging 35 texts a month, or 2008 when the average number of texts had increased to a whopping 357 per month. Part of this rise was the development of full keyboard phones, the first of which was built by Nokia. Nokia beat the BlackBerry 850 to the punch, with its portrait flip phone the Nokia 9000i Communicator in 1997. 
Despite being a flip device, it weighed 78g less than Nokia 1011 (yet still three times that of the Samsung Galaxy S4), at 397g. Inside was a 24MHz processor and 8MB of memory, and the 9000i Communicator was also able to send and receive emails. Going cross networkWith messaging becoming more prevalent on devices, it may surprise you that it wasn't until 1999 that messages could be sent between operators. This meant early adopters had to make sure their partner, friends or colleagues were on the same network if they wanted to avoid an actual voice conversation. Initially cross network SMS communications commanded a much higher price, and back in 2008 it cost 2p per text to a handset on the same network, or 10p to rival carrier. The UK surpassed a billion text messages per month in 2001, but its power was rapidly growing - text messaging was instrumental in everything from organising protests to disseminating information from disasters quickly. Meeting MMSMMS (Multimedia Messaging Service) was soon developed and the technology was first deployed in March 2002 by Norwegian network Telenor. Unfortunately problems, such as image format or non delivery, meant that in 2004 all European networks with MMS services admitted it wasn't making money - although it still pervades today. 
By 2007, text messaging had become more popular than making phone calls in the US, with Americans averaging 218 texts to 213 phone calls in December. Nielsen reported that the disparity had grown to 357 versus 204 in 2008. The numbers, predictably, continued to spiral out of control as mobile phone use exploded: The Mobile Data Association reporting that 56.9 billion SMS messages were sent in 2007, rising to 96.8 billion by 2009. Is this the end?However, July 2009 saw the launch of messaging app WhatsApp - which was seen as a massive blow to text messaging. Messaging was free, allowing you to send text via a data (be it 3G or Wi-Fi) connection. By the end of 2009, 1 million people were already using WhatsApp. Over 1 billion messages were handled by WhatsApp in October 2011, perhaps contributing to falling numbers in SMS sent on Christmas day. That year Finland, Hong Kong, Spain and the Netherlands all reported that fewer messages were sent. 
According to Nielsen the same age group that originally drove the love for the text is now pushing the popularity of mobile messaging apps like SnapChat - teenagers. It isn't all bad news for text messaging though. Reports suggest that it has generated over $585 billion globally, with forecasts of a further $1 trillion over the next seven years. This might be in no small part down to Fred Lidgren, a guy with the world record for text messages sent in a month. Mr Lidgren managed to send 566,607 texts, equation to 18,887 a day, 787 per hour or 13 texts per minute. 
Andrew Acklin and Deepak Sharma held the record previously, with 200,052 and 182,689 sent and received messages respectively. What next?With the rise of mobile messaging giants WhatsApp, Kik, Facebook and SnapChat, just how much longer will we all be sending texts? The rise of mobile technologies such as 4G and easily accessible Wi-Fi may lead to more messages sent via data connections rather than standard networks. The future is clearly going to be all about IM, but that doesn't mean the humble text is a goner. The short character formation is universal across handsets and can easily send information without needing to worry about whether another person has the right app installed. The number of texts sent in the UK will fall again this year... but it will still reach 140 billion. Sure, IM now still shoves out over 300 billion missives, but that's across a number of platforms. Until one service overtakes all the others to become the champion way of communicating, we'll still be texting for years to come. - For now it seems that text messaging is safe, but just how much longer will we all be sending text messages, how about in 2030?
  | | Three confirms price hike is nothing to do with 4G rollout Jan 31st 2014, 14:02, by Hugh Langley 
Three has promised that it would be offering us 4G at no additional cost, but a couple of new price hikes in its One Plan has got us wondering if that's actually going to be the case. The network has increased both its monthly and 30-day One Plans, increasing the £15 a month (on 12 month contract) deal to £20 and upping its 30-day deal from £18 to £23. That's an additional £60 a year you'll be forking out. However, Three has told TechRadar that the price increases are nothing to do with 4G, despite the convenient timing ahead of Three's 4G rollout, which is believed to be happening early this year. "There is no extra cost for 4G on Three," said a spokesperson. "We do not charge different prices for 3G and 4G services." Upping the GsThree added that it reviews its pricing from "time to time" and will not differentiate depending on what data customers are using. "Other operators have opted to have 4G-specific tariffs at higher prices, regardless of whether their customers are using 4G, 3G or 2G," said the spokesperson. "We do not differentiate."   | | In Depth: The battery research that could change your phone, and the world Jan 31st 2014, 14:00, by James Rogerson 
There have been some incredible promises in battery technology, from juice packs which can be charged just by moving them, to phones powered by fuel cells. These are things which have the potential to transform the way we use our handsets. But so often they get reported on and then go M.I.A, disappearing back into labs only to reappear years later or just be quietly forgotten about. We didn't want to leave them to disappear though, so we did some digging and found out where things are now for some of the most intriguing battery related projects that we've reported on in the last few years. Kinetic chargersOne of the most exciting areas of battery research that we've covered is the use of kinetic energy to recharge a battery. The idea being that just by moving your hand while holding your phone or potentially even by just walking around with your phone in your pocket you could charge it. In theory it's a game-changing idea as it would mean that you'd no longer be in danger of ever running out of battery, or at least if you did then a vigorous shake of your phone could eke some life back into it, rather than you having to rush home to charge it. This was the plan being put forward by U.S start-up M2E Power back in 2007. The company claimed to have developed a way to make this a reality and stated that its power packs would also use 30 to 40 percent less heavy metals than conventional lithium-ion batteries. 
Back then it looked like it would be at least 2010 before development had reached the point where these batteries would find their way into phones, but that was several years ago and we're still stuck plugging our handsets into chargers every night. So what happened? Well, back in June 2009 M2E Power announced that it had changed its focus to the vehicle market, and then a month later the company had sold itself to Motionetics. Motionetics was also working on kinetic energy technologies, so the hope of motion powered phones may not have been lost, though the company's focus seems to be on military applications. However there's hardly a mention of the company online, just a few references in old articles and a dead website, so it doesn't look like Motionetics is still around. We were able to get in touch with Eric Apfelbach, the ex-CEO of M2E Power and we asked him what went wrong. Apparently the technology used by M2E Power involved a compressed peak linear magnetic field which the inventor claimed could produce more power at a significantly higher power density than conventional fixed magnetic devices. Unfortunately it turned out that the calculations surrounding the capability of the technology were wrong and there was very little which could be done with it in a commercial sense. Motionetics bought the company in the hopes of applying the technology to Department of Defense projects. Apfelbach moved on to greener pastures as the CEO of ZBB Energy, a company which develops and sells energy storage and power control technologies, but sadly kinetic phone chargers are not among its products. Chance of it happening: Less likely than a flying pig. Finger-powered phonesBack in 2011 we wrote about a technology being worked on at the Royal Melbourne Institute of Technology which would allow users to charge a phone or laptop simply by typing on its keyboard. 
Granted, even back then phones were largely ditching keyboards, but a technology like this could lead to a resurgence in them and could also potentially be implemented into tablet keyboards. The idea was that piezoelectric films could be placed underneath each key of a keyboard or keypad, allowing it to generate a small amount of charge each time a key is pressed. When we wrote about it in 2011 it was only able to extend the battery life of a laptop by around 10 percent but it was thought that eventually it would be able to charge devices a substantial amount. We got in touch with Dr. Madhu Bhaskaran, co-leader of the research group, to find out what's going on with it and the news is a lot better than for M2E. The technology is still being developed and this is being done in tandem with work on flexible electronics. 
The flexible electronics research is promising in itself, as it could go way beyond the likes of the Samsung Galaxy Round and LG G Flex and lead to devices which can be stretched, screwed up and are virtually unbreakable. Not only that, but it also ties into the piezoelectrics research, as according to Dr. Bhaskaran it could be possible to combine piezoelectrics and flexible substrates, which would provide a relatively easy way to bend the piezoelectric material in order to generate electrical energy. The bad news is that there's still a decade or more of work to be done before the technology makes it into consumer products according to Dr. Bhaskaran. Chance of it happening: Reasonable, but we'll be waiting a long time for it. True all-day batteriesYou might think that your current smartphone has a battery that lasts all day, but try using it non-stop and we'd wager it will conk out long before nightfall. That may not always be the case though. Back in 2011, Texas Instruments claimed to be working on a chip that could offer 'true all day computing' and the company planned to release it in 2013. Here we are in 2014 and our phones are still dying alarmingly quickly and the chip that Texas Instruments was talking about is nowhere to be seen. 
So what happened? Well the most recent smartphone chipset by Texas Instruments is the OMAP 5. That was originally due to hit the market in 2012 but it ultimately wasn't available until 2013. The delay to that could have caused a hold-up to its successor, which was to be the chip Texas Instruments was making its battery life claims over. So will we see the OMAP 6 (or whatever it was to be called) this year instead? Unfortunately it doesn't look likely. Towards the end of 2011 it emerged that Texas Instruments was trying to sell its OMAP division. According to sources who spoke with SemiAccurate, the attempts to find a buyer failed as OMAP is so tied up in the rest of the business that selling it without harming other divisions was impossible. So Texas Instruments is still theoretically able to work on new OMAP chipsets, but it doesn't seem very interested in doing so. In September 2012 the company announced that it planned to wind down its operations in smartphone and tablet oriented OMAP chips and focus instead on embedded applications, such as automotive, industrial and robotics. In November 2012 1700 jobs were cut as part of that shift and our hopes for OMAP 6 were dashed. While it's not impossible that Texas Instruments will return to the field of mobile chipsets, for now we'll just have to hope someone else can deliver on its battery boosting promise. Other manufacturers are already working on it and in fact Samsung made a similar claim in 2012, stating that its batteries would last from when you get up to when you go to bed with average to moderately heavy use. The company has largely delivered on that, but heavy use throughout the day would still see your power pack die. We don't know whether OMAP 6 would have been any better and sadly it doesn't look like we ever will. Chance of it happening: It won't be coming from Texas Instruments, but other manufacturers are slowly getting there. A fuel cell futureWay back in 2007 we wrote about how fuel cells might soon start to make their way into electronics. Seven years later and well, they haven't really. 
But all is not lost, as recently a fuel cell phone charger called 'Upp' was released. So far it's only available in Africa, where its lack of requirement for the grid is especially useful, as finding a socket can be easier said than done, particularly if you live in one of the many villages that are totally off the power grid. But now it's on its way to the U.S, where it will carry a price tag of $199 (around £120). There's no word on if or when it will hit the UK, but the U.S is a step in the right direction. 
It has a detachable, re-usable cartridge with 25,000 mAh of charge, which is enough to charge most phones five times over. Beyond the fact that there's no requirement for the grid to use it, which could seriously cut carbon emissions if fuel cells become commonplace, the Upp and other fuel cells don't rely on finite resources, like the lithium that we currently use for batteries. So a future where fuel cells truly replace lithium-ion batteries may make sense. That future is likely a long way off yet though as we're only just starting to see portable fuel cell chargers, while the actual juice packs in our phones are still lithium-ion. There are issues to be addressed before it can happen too, such as the fact that building a fuel cell into a phone or tablet would almost certainly require it to be bigger and heavier than we're used to. If fuel cell chargers take off though then fuel cell powered phones could be a very real long term possibility. Chance of it happening: Lithium is a finite resource so one day something will have to replace it and fuel cells seem like a good bet, but it's likely a long way off. - Don't let battery woes get you down. Stay charged for longer with our in depth guide
  | | Week in Tech: It's all Lenovo for Moto and Sky enters a new era of TV watching Jan 31st 2014, 12:32, by TechRadar 
Shock news from Google this week: it's selling Motorola, the smartphone firm it bought for billions, for a fraction of the price it originally paid. The lucky buyer is Lenovo, which promises to make Motorola "even more successful" and says that layoffs and cutbacks aren't in Motorola's future. More expensive phones probably are in Moto's future, though: as Gareth Beavis says: "without Google's magic supply of money, we aren't going to be seeing devices like the ultra-cheap Moto G any time soon." Looking on the bright side, more tablets and phablets should be on the horizon too. Google's acquisition of Motorola may look like a failure, says our columnist Gary Marshall, but it isn't. "Motorola is the pawn Google's sacrificing to save a much more important piece: all of Android," he says, noting that the news comes hot on the heels of Samsung agreeing to share patents and to stop messing around with the Android UI. "It isn't hard to imagine the two sides having a conversation of the 'we'll get out of the phone business if you stop buggering around with our OS and share some of your patents' variety," Marshall says. By getting Samsung closer to the mothership and giving Lenovo a boost, "Android is stronger and more focused than ever before." Is Nintendo still in the game?Focus is something Nintendo's trying to do too, and it's helping its execs concentrate by slashing their salaries: president Satoru Iwata and other board members will be taking pay cuts ranging from 20% to 50% while they get the company back on track. Profits are down 30% and sales forecasts for the quirky Wii U have been cut by more than two-thirds, and while the firm has ruled out bringing its games to smartphones it is apparently working on iOS and Android apps that complement its consoles and games. 
It's facing an uphill challenge: even Sony's PS Vita Slim looks more like a swansong than a device that's going to take gaming by storm in a market where the Xbox One and PS4 dominate console gaming and smartphones dominate the casual gaming market. The answer might be in health monitoring: during this week's strategy briefing, Iwata promised that Nintendo "will attempt to establish a new platform business [that] is independent from our video game platform business", which will "enable people to monitor their health". That doesn't mean wearables, though, and while the platform won't be part of Nintendo's gaming business it will connect to the games in some fashion. Nintendo says it'll tell us more later this year. Changing channelsGood news for anybody who thinks Sky's EPG is looking a bit dated: there's a new one imminent, and it'll reflect the changing way we approach TV. As Patrick Goss explains: "on-demand is brought to the fore, with Catch Up TV, TV Box Sets, Sky+ Planner and Sky Store as well as the rather necessary TV Guide." It's due in the Spring. 
Sky has also been chucking some money at programme makers. It's signed a new deal with HBO to continue showing the US cable channel's Emmy-hogging programmes until at least 2020, and it's also been partnering in making new programmes. The rise of rivals from the likes of BT, not to mention Netflix, has been squeezing Sky's profits, and the deal shows that Sky is keen to pay for exclusive content to keep its customers loyal.   | | Lenovo won't rip up Motorola roadmap - new Moto X on the horizon Jan 31st 2014, 12:24, by Hugh Langley 
Now that Motorola has divorced Google and run off with Lenovo, we wondered if the first fruit of their passions would be the Moto Kutcher. However we're hearing information that Motorola's device line-up for 2015 is already locked and in the pipeline, so Lenovo won't be interfering much at all. According to a source with a "pretty flawless track record" speaking to G4Games, the new Moto X is also said to be a done deal, and Lenovo won't make any alterations to the handset. Motoring aheadThe same source was unable to say whether the Moto X will arrive this year or next, but did say that Motorola's got a 6-inch phablet and a smartwatch set for 2015. So if this is true, Lenovo's acquisition won't mean many dramatic shifts for Motorola in the coming months as the two get used to their new relationship.   | | iPhone maker's first BlackBerry phone spotted Jan 31st 2014, 11:59, by John McCann 
We heard recently that BlackBerry had agreed a deal with device manufacturer Foxconn to produce the next wave of BB smartphones - and the Taiwanese firm's first attempt has just been spotted online. Foxconn is best known for manufacturing the iPhone but it is a company that is fast expanding its handset repertoire. Details of the STJ100-1 appeared on the Bluetooth SIG website, revealing a handset running BlackBerry 10.2, but it wasn't listed as being made by the Canadian firm. Instead the website notes that the handset is instead built by FIH CO LTD - which is an abbreviation of Foxconn International Holdings. Barcelona bound?There is precious little information on the handset other than its creator and operating system, but this could well be the rumoured 'BlackBerry Jakarta' handset. The Jakarta has been heavily tipped for a reveal at MWC 2014 in Barcelona, and TechRadar will be in attendance to bring you any news from Foxconn and BlackBerry.   | | Nokia X spotted in orange as MWC 2014 looms ever closer Jan 31st 2014, 11:19, by John McCann 
It's looking increasingly more likely that we will see the Nokia X Android smartphone land at MWC 2014, and in true Nokia style it's tipped to arrive in a number of colours. Fresh images claiming to show off the Nokia Normandy device depict an orange handset - apparently one of six colours the Android-toting smartphone will arrive in. The images were picked up by French site nowhereelse, and while the handset does seem to follow the design of previous leaks, there's no guarantee the phone in question is actually running Android. In fact, the French site goes as far as to say the "authenticity [of the images] is far from proven" - so take this latest leak with a sizeable pinch of salt. 
The Nokia X is rumoured to sport a 1.2GHz dual-core processor, 4-inch display, 512MB of RAM and 5MP camera. TechRadar will be out in force at MWC 2014 to bring you the latest on any Android toting Nokia which may show up.   | |
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