Cult of Android – Samsung is already giving up on the Galaxy Alpha


Cult of Android – Samsung is already giving up on the Galaxy Alpha:

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Samsung is already giving up on the Galaxy Alpha

The Galaxy Alpha looks good, but it isn't the success Samsung was hoping for. Photo: Samsung

The Galaxy Alpha looks good, but it isn’t the success Samsung was hoping for. Photo: Samsung
Samsung is already giving up on the Galaxy Alpha, its first Android-powered smartphone made of metal, according to reports from South Korea. Sources say production will cease as soon as the existing inventory of materials runs out, and Samsung is expected to put more focus into the Galaxy A5 instead.
While the Galaxy Alpha couldn’t be considered Samsung’s best smartphone, it is a significant one. It marked the company’s first attempt at a smartphone that wasn’t made entirely from plastic, and every Galaxy that has succeeded it has closely followed its design. However, despite its more premium design, the Alpha itself wasn’t that great.
In addition to somewhat poor battery life, it has a hefty price tag that doesn’t match its midrange specifications. And with Samsung looking to trim its smartphone lineup amid declining sales, perhaps it’s no surprise that the handset’s lifespan will be short.
ET News reports that the Galaxy A5, which was launched in China back in November, will be brought over to supplant the Alpha in South Korea and other markets. It sports a similar design, but its even more modest spec sheet allows it to be more affordable at just 400,000 won (approx. $360).
The A5 is expected to make its debut in South Korea in either January or February. There’s no word on when it will be available in other markets, but with the Alpha likely to start disappearing over the coming months, Samsung will likely want to fill its place as soon as possible.

YotaPhone 2 first-impressions – Odd E Ink Allure – SlashGear


YotaPhone 2 first-impressions – Odd E Ink Allure – SlashGear:

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YotaPhone 2 first-impressions – Odd E Ink Allure

 Dec 3, 2014

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YotaPhone 2 first-impressions – Odd E Ink Allure
You have to give the team at Yota credit for not giving up on their dual-display smartphone dream. The original YotaPhone was a curious – but flawed – riff on the Android smartphone, a regular screen on one side and an E Ink panel on the back, let down by immature software and hardware. Now, with the YotaPhone 2, the company believes both concept and product are ready for the mass market. I’ve been trying the new smartphone out this week ahead of sales kicking off today, and it’s clear there certainly are advantages over opting for more screens, rather than just bigger ones. Read on for some first-impressions.
Ignore the E Ink panel, and the YotaPhone 2 doesn’t really stand out from the crowd in terms of specifications. The traditional display is a 5-inch 1920 x 1080 AMOLED; it’s a decent panel, with plenty of detail, though there’s more resolution elsewhere in the market if you go looking for it. The main camera clocks in at 8-megapixels – again, low on the resolution count on paper at least – with a 2-megapixel camera on the front.
YotaPhone 2
Inside, there’s Qualcomm’s 2.2GHz quadcore Snapdragon 800 – Yota’s argument there is that the 801/805’s main advantage over the 800 is their roughly 5-percent increase in battery efficiency, an improvement which while worth it for regular smartphones, doesn’t warrant the effort of rewriting the dual-screen tech for given the E-Ink screen’s own inherent frugality – paired with 2GB of memory.
Storage is 32GB, with no way to expand on that; Yota opted not to fit a microSD card slot, and there’s no removable battery, either. The 2,500 mAh Li-Ion pack is locked up behind the rear display. The nanoSIM tray is cleverly integrated into the volume rocker. Up top there’s a 3.5mm headphone jack, and a microUSB port flanked by the loud and full-bodied speakers is on the bottom edge.
OLYMPUS DIGITAL CAMERA
Connectivity includes GSM/DC-HSDPA/LTE with VoLTE support (if your carrier uses it), along with WiFi a/b/g/n/ac and Bluetooth 4.0. There’s also NGC, A-GPS/GLONASS, and an FM radio.
It’s not going to win any awards for outstanding design, but neither does it feel cheap, creaky, or – most important, perhaps – like you’re paying a bulky penalty for getting two displays. The internal magnesium frame is covered by a 5.67 x 2.74 x 0.35 inches and 4.9 ounce shell of glass fiber-reinforced plastic, matte finished and easily gripped.
YotaPhone 2
The combination of the curved corners – reminiscent, thanks to the edge-to-edge Gorilla Glass 3 fascia, of Samsung’s Galaxy Nexus – and the similarly Gorilla Glass 3 protected curved back panel help mask the thickness, and as a result the YotaPhone 2 sits neatly in the hand.
Of course, you can’t judge Yota’s handset without considering the E-Ink display. 4.7-inches and 960 x 540 resolution, it’s E Ink’s latest Carta panel technology, as used on Amazon’s newest Kindle Voyage ereader.
YotaPhone 2
That makes it bigger than the 4.3-inch e-paper display on the original YotaPhone, but more importantly it now supports full touch. Whereas previously Yota had squeezed a tiny touch-strip under the E Ink panel, the YotaPhone 2’s entire secondary screen (which has a pleasingly matte finish of its own) responds to not only your fingers but multitouch gestures too.
That immediately opens up a whole new range of possibilities for how the rear display can be used, and Yota hasn’t wasted the opportunity. Key to that is a change in the way applications are accessed.
YotaPhone 2
With the original YotaPhone, only apps that had been written using Yota’s SDK could take advantage of the E Ink panel. It made certain of consistency and usability, certainly, but it also put Yota in the awkward position of waiting on third-party developers to embrace a brand new form-factor before owners would see any real range of titles to choose from.
This time around, while the Yota SDK is still out there – and being adopted or at least considered by a number of developers large and small, the company tells me; the Twitter widget, for instance, was the collaborative result of the short-message social network and Yota – you can now mirror the entire regular Android interface on the E Ink display.
YotaPhone 2
Swipe up on the Home button, and the Google Now option is flanked by two new YotaPhone 2-specific icons. Drag and release to the left, flip the handset over, and the screen you were just looking at is now recreated in shades of grey on the back of the phone. It’s not just a picture, either: the whole thing can be interacted with just as you would normally.
That means Yota’s app launcher for the e-paper display – one of a number of widgets, including Twitter, weather, the upcoming calendar, notifications, and contact shortcuts, organized across up to four “YotaPanel” panes and configured in the YotaHub app – can link to regular Android apps, loading them straight onto the rear screen.
YotaPhone 2
Obviously some are more successful than others. Anything that relies heavily on animation or video isn’t really suited to e-paper (in fact, pushing an E Ink panel to the sort of high refresh rates you’d need for anything close to smooth video will see it use power more quickly than the regular AMOLED would), but I’ve been using Google Maps, Spotify, the calculator, Gmail app, Hangouts, and several others with no significant compromises.
Sometimes, even with the unsuitability of E Ink to video, it’s still worth using YotaMirror though. Taking full-resolution selfies with the main camera, for instance, is a whole lot easier when you can frame them using the e-paper display.
YotaPhone 2
Overall, YotaMirror makes for a far more flexible system: with ebooks, for instance, now you can opt to use either Yota’s own ereader app (which supports Adobe DRM), or simply load up Amazon’s regular Kindle app for Android if that’s where you get your content from. Both are eminently readable. Since e-paper only demands power when refreshing, you can have a map, or a schedule, or a list of instructions kept on-screen so they’re permanently visible, without chewing through your battery in the process.
Taking particular advantage of that is YotaSnap, a screenshot tool accessed by swiping to the right of the Google Now button. Of course you could already take a screenshot using Android’s built-in tool, but YotaSnap automatically puts that image on the E Ink display, where it’ll stay even if the battery runs out and the phone shuts down. A widget to access all screenshots is available on YotaPanel too.
YotaPhone 2
Finally, since permanently flaunting your upcoming calendar and other information on the back of your phone might not be your favorite idea, there’s YotaCover. Effectively covering up YotaPanel with a picture, you can choose from shots saved on the phone, a particular Facebook gallery or your Instagram feed, or from a small number of images Yota provides.
In future, though, the company is hoping to offer photographers and others a way to push regularly updated galleries of images to the YotaPhone 2. For instance, you could have regularly updated artwork show up, or photos on a certain theme, or even “quote of the day” type information.
YotaPhone 2
Battery life is the other improvement Yota is championing. With all of the radios turned on, you can apparently read for a solid five days on the E Ink screen on a single charge. True, that’s not especially realistic, but judicious switching between AMOLED and E Ink promises a couple of days of more typical use, and there’s a YotaEnergy mode – shutting down all by GPRS data and pushing core functionality like calls and texts to the e-paper screen – which Yota says should stretch 15-percent of battery for something like 8.5hrs.
All in all, it’s a far more usable system than the first YotaPhone, and it certainly shows that Yota was listening to the early feedback. There are some obvious issues people will pull the company up on to begin with – the fact it runs Android 4.4 KitKat out of the box, for instance, with 5.0 promised “at a later date” – and it remains to be seen how fundamentally useful over time the twin display system is.
YotaPhone 2
Biggest stumbling block may be price, with the phone coming in at £555 (869) in the UK or around €700 elsewhere in Europe.
I’ll be putting the YotaPhone 2 through its paces to see if it warrants that sort of money, as well as whether Yota’s dream of doubling up on displays actually has real-world advantages. If you’re already convinced, you can order one in the UK from today, in Hong Kong by the end of the year, and in other Asia markets in Q1 2015. North American availability will follow on “soon after,” Yota says.

Chainfire updates SuperSU, CF-Auto-Root, How-to SU – Android Community


Chainfire updates SuperSU, CF-Auto-Root, How-to SU – Android Community:

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Chainfire updates SuperSU, CF-Auto-Root, How-to SU

 November 27, 2014

1

It’s an early holiday for root developers and users as Chainfire let out a massive release of all his root-related goodies. He has pushed a major update to the SuperSU app on Google Play Store, jumping from version 2.01 to 2.35 and has updated his How-to SU guide for root app developers. He also gives a bit of insight into the journey from KitKat to Lollipop, as well as an announcement that might ruffle a few feathers.
SELinux, the very security feature that hardens Android also presents a stumbling block for root modders. There has been a lot of changes to Android’s security system and features during the development of Android L, as it was then called, and Chainfire was wise not to settle down on any single solution, since those solutions turned out to be futile later on. The good news is that everything now is working pretty much as they should and both users and developers can lean on the hard work that Chainfire has put into learning ways to root our favorite mobile platform.
On the end user side of things, the SuperSU app has a slightly new look. This one just barely adheres to the Material Design style now becoming en vogue. Why not go all out? For one, SuperSU has to support devices running on even older Android 2.x versions. Material Design would not only look out of place, but it will also add another set of layouts and design that Chainfire is just not interested in maintaining right now. There will, however, be visual changes along the way, and those interested in the app’s aesthetics might want to keep an eye out for it, or maybe even chime in.
The app also now has in-app purchases. No, this doesn’t mean that the free SuperSU app will no longer have access to Pro versions (which you could just enable with a checkbox before). The IAP is there simply as a donation option. Some users apparently like to donate to Chainfire regularly, in which case the one-time SuperSU Pro purchase won’t be enough. They also don’t like using PayPal, apparently, and asked for such an option. Chainfire does expect some fallout for introducing IAPs, but this is probably one of those cases where users wouldn’t mind a completely optional way to help fund a developer’s efforts.
Download: SuperSU from Google Play Store
SOURCE: +Chainfire

Sony declares ‘end-of-life’ for a number of Xperia devices – Android Community


Sony declares ‘end-of-life’ for a number of Xperia devices – Android Community:

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Do yourself a favour and run a mile from any Sony Xperia device. Support sucks.

Sony declares ‘end-of-life’ for a number of Xperia devices

 September 12, 2014

0

With all the new devices coming out of the recently concluded IFA 2014, it seems an inevitable counterpoint that some old devices that are part of these manufacturer’s catalogs will get the proverbial axe. In Sony’s case, it recently declared “end-of-life” status to four devices – the Xperia L, M, SP and C. What this technically means is that there will no longer be firmware updates for these devices.
All of these devices were announced in 2013, with the Xperia L being announced the earliest in March. For the Xperia L and M, this was a bit anticipated already. Hardware-wise, these two devices will probably not be able to run Android 4.4 KitKat that smoothly – sporting dual-core 1Ghz Snapdragon processors. Of course, that will not stop tweakers from installing custom ROMs that are based on KitKat, but officially – the last update for these devices was in March this year for Android 4.3 Jelly Bean.
xperia_eol1
The Xperia SP was a bit more powerful, sporting a 1.7Ghz dual-core Snapdragon processor, an Adreno 320 GPU and 1GB RAM. And yet it still got the axe, the last update for it rolled out February this year for Jelly Bean.
xperia_eol2
But if anyone has the right to feel aggrieved, it will probably be owners of the Xperia C. This device was launched in July 2013, running on a less expensive but 1.7Ghz quad-core MediaTek processor. The Xperia C has gotten very little attention from Sony, only getting 3 minor firmware updates in its lifetime – it stayed at Android 4.2 its whole life, at least officially. The only love this device will get now is through custom ROMs, which probably gets it at least to KitKat level. Do you own any of these devices? What are your plans for it now?
xperia_eol3
VIA: Xperia Blog (1), (2), (3)

Here are seven cool projects made possible with Intel’s tiny computer


Here are seven cool projects made possible with Intel’s tiny computer:

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Thinking about using Intel Edison for your next builder project, but feeling a little uninspired? Don’t worry: IDF 2014 is rife with examples of how to use the company’s new development board. In the weeks leading up to the conference, Intel employees and partners alike used it to build robots, memes, high-altitude balloons and even clothing for a small showcase of the development board’s potential. Care for a peek? Check out the gallery below to see some of Engadget’s favorite Edison projects from IDF 2014.

Behind the watch: the Moto 360 story


Behind the watch: the Moto 360 story:

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“It’s not a smartwatch,” said Iqbal Arshad, Motorola’s senior VP of global product, to a roomful of journalists in Motorola’s Chicago headquarters. Instead he, and by extension the rest of Motorola, prefers to think of the Moto 360 as a reinvention of the humble wristwatch — more of a modern timepiece than a futuristic gadget. It’s with that philosophy in mind that Motorola made the 360 the way it is. That’s why its face is round. That’s why its leather strap is sourced from the Horween Leather Company, a premium tannery located in the Windy City. That’s why Motorola took care to encase the 360 in polished stainless steel. That’s why it’s providing a premium metal band option later this year. The Moto 360, as far as Motorola is concerned, is watch first, fancy mobile computer second.
GALLERY|11 PHOTOS

Behind-the-scenes of the Moto 360

That’s not to say Motorola didn’t consider the square shape. In a behind-the-scenes tour of Motorola’s spacious facilities, we were shown early prototypes of the 360 that were decidedly rectangular. Design director Dickon Isaacs explains that it was simply the only option for smartwatches at the time. However, when they tested the square mockups with plastic wrist trees — rough approximations of male and female wrists — they saw that the fit was clunky and awkward. “They just weren’t very wearable,” he said. Further, he said that when most people think of a watch, they think of a circle with straps attached. It’s what he calls a “stored shape” — a universally accepted idea of what something should look like.

So the team decided to go all-in on a round watch. But even that had its challenges. Beyond working with Google to come up with an Android Wear UI that’d play nice with a circular screen, it also wanted a round face that was wide enough to accommodate “glanceable information.” So instead of creating a round watch with a thick bezel, it opted for as much screen as possible — it’s why the 360’s glass goes almost edge to edge. Unfortunately, that meant the team had to house the watch’s display drivers and ambient light sensor in a rather noticeable black slice at the bottom of the display. That was the price Moto was willing to pay to get more screen out of a round display.

The result is the watch that got arguably the most buzz when Android Wear was announced earlier this year. Sure, LG and Samsung came to market first with their square iterations, leaving Motorola to be third out of the gate. But seeing as LG is also now dabbling in the round-watch territory (and Samsung too apparently), Moto’s instincts might not be off the mark. For more on how the Moto 360 came to be, take a look at the gallery above where we walk you through the early mockups, the 3D printers they used for the initial prototypes and more. As for our final thoughts on the 360? Well, that will have to wait for our full review. Stay tuned.
Edgar Alvarez contributed to this report.

Moto 360 teardown reveals ancient chips, clever tech and a small battery


Moto 360 teardown reveals ancient chips, clever tech and a small battery:

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iFixit's Moto 360 teardown in progress
Motorola has been willing to offer a quick peek at the Moto 360’s inner workings, but let’s face it: that doesn’t really go deep enough to sate your curiosity, does it? You don’t have to worry, though, as iFixit has torn apart the circular smartwatch to examine every last detail. In the end, the hardware is an odd mix of the latest technology with surprisingly old components. While that round LCD and inductive charger are pretty forward-thinking, the teardown also confirms the presence of TI’s OMAP3630 processor — a chip that hasn’t been cutting edge since that Droid 2 you rocked back in 2010.

There’s also a bit of a rude surprise in iFixit’s unit. The DIY repair shop spotted a 300mAh battery, which is decidedly smaller than the officially claimed 320mAh. What gives? Motorolatells Computerworld that 320mAh is only the “typical” figure, and that 300mAh is the “minimum” you’ll get. That’s bound to rub a lot of would-be owners the wrong way, although the company says it’s thinking of showing both the minimum and typical figures in the future. However you feel about that discrepancy, you probably won’t want to double-check yourself given the tricky disassembly process; this teardown will likely be the closest you get to seeing what’s under the hood.

Samsung Galaxy Note 4 hands-on: stylus phone at its finest – Android Community


Samsung Galaxy Note 4 hands-on: stylus phone at its finest – Android Community:

Samsung Galaxy Note 4 hands-on: stylus phone at its finest

 September 3, 2014

12

It is no secret the star of Samsung‘s IFA 2014 show is the Galaxy Note 4, with many expectations hinging on the company’s next S Pen-toting phablet. Good news for Sammy fans: it does not disappoint. The Galaxy Note 4 indeed delivers the promise of a top of the line device, the evolution of three generations worth of stylus-bearing smartphones.
The most noticeable change in the Galaxy Note 4 is its design. While it still bears that faux leather back cover, pretty much everything else has changed. Taking a cue from the recent Galaxy Alpha, Samsung has given the Galaxy Note 4 a dash of metal on the edges. The beveled design might make some cry “Apple ripoff”, but one can’t really deny that it indeed gives off a more premium aura. From the outside, you can immediately see what’s new: a heart rate sensor at the back.
Above that heart rate sensor is the rear camera, which has also changed, upgraded to a 16 megapixel sensor, now with Optical Image Stabilization. But perhaps more interesting this time is the front camera. It may not be the 5-megapixel camera of some more selfie-centric smartphones, but this 3.7-megapixel shooter has some tricks up its sleeve. First is the f/1.9 aperture that promises to take in 60 percent more light so your selfies will still look nice even in darker conditions. And while the default camera mode here has a 90-degree angle, it can be switched to capture a wider 120-degree panorama. Perfect for group selfies, or wefies as some might call it.
The display of the Galaxy Note 4 is as expected. It hasn’t increased in size, still at 5.7 inches. But now it boasts of a resolution of 2560×1440. It still uses Super AMOLED, too, which means a bigger range of supported colors as well as the distinctive Ultra Power Saving Mode that Samsung has been flaunting since the Galaxy S5. The screen curves just a wee bit at the sides, adding to that premium look and feel of the device. Deep inside the device, we get to the core, of course available in two configurations depending on the market. On one side we have a quad-core Qualcomm Snapdragon 805, clocked at an impressive 2.7 GHz speed. In the other corner sits the Samsung Exynos 5433, an octa-core chip that, by now, probably needs no introduction when it comes to benchmarks.
Geeking out over hardware aside, the real point of the Galaxy Note line is, of course, the S Pen, and this is probably where the most significant improvements lie. While doubling the sensitivity levels of the S Pen is almost expected, adding tilt and speed tracking is a most pleasant and welcome surprise. In theory, this puts the Galaxy Note 4 almost on par with professional graphics tablet that also tout such features, except you won’t have to carry around a slab with you. But such a stylus would almost be useless without the supporting software ecosystem. Samsung has once again update its S Note app for this new generation. Fountain pen and Calligraphy pen take advantage of the new features of the S Pen. Smart Select lets you temporarily collect selected text and images into a folder for easy sharing. And “PC Mouse” mode makes it easier to highlight and select text. There’s also a new S Note widget with shortcuts for typing text, scribbling notes, or recording voice memos. But perhaps more interesting is the Snap Note, which lets you take a photo of a physical notebook and S Note will do all the straightening and cleaning up to distinguish text from images. Unfortunately, S Note still can’t search through handwritten text, putting Evernote still ahead of the competition.
With all this power, you would presume that it will put a drain on the battery. While there’s no changing the laws of physics, Samsung does have a few remedies available. Aside from the Ultra Power Saving Mode already mentioned, there’s also Fast Charging here. Samsung claims that its research revealed that users charge their devices for only 30 minutes at a time, so it made sure that the Galaxy Note 4 will get up to 50 percent charged within than time frame. As for how to charge the device, you have the option of going wired, with USB 2.0 this time instead of 3.0, or wireless with the optional Qi compatible back cover.
As to availability, pricing and dates are still unannounced and will of course vary by market. Color options will range from the usual Charcoal Black and Frosted White to the somewhat new Blossom Pink and never before seen Bronze Gold.

Samsung’s New Galaxy Note Doubles as a Virtual-Reality Helmet | Gadget Lab | WIRED


Samsung’s New Galaxy Note Doubles as a Virtual-Reality Helmet | Gadget Lab | WIRED:

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Samsung’s New Galaxy Note Doubles as a Virtual-Reality Helmet

Samsung Galaxy Note 4

The Samsung Galaxy Note 4 has a Quad HD display and provides the screen for Samsung’s new Gear VR facemask.  Samsung
Samsung is serious about phablets, and its three latest announcements add compelling twists to its Galaxy Note lineup. The most straightforward of the company’s new offerings will be the Galaxy Note 4, its latest flagship big-screened phone. Beyond that, things get much more interesting: A Note 4 doppelganger called the Note Edge with a wraparound AMOLED screen, and an Oculus-like VR mask driven by the Note 4, the Gear VR.

Samsung’s New Phlagship Phablet

The new Galaxy Note 4 runs Android 4.4 KitKat and has a 5.7-inch AMOLED display with a 2,560 x 1,440 (Quad HD) resolution; that adds up to an incredibly sharp and colorful 518 ppi screen. Its cameras also get significant upgrades. Optical image stabilization bolsters its 16-megapixel main camera, and there’s an 8X digital zoom on that shooter. To reduce pixelation on those digitally-zoomed images, Samsung says the camera uses its own special blend of HDR-like image compositing. The front-facing camera also gets a bump, with a higher-resolution 3.7-megapixel sensor and an F1.9 aperture that helps it perform well in low light. According to Samsung, it also has a 120-degree field of view, which is a much wider-angle lens than most selfie cams.
The Note 4′s removable battery is an ample 3,220mAh unit, and the company touts its “Rapid Charge” feature, which can juice the battery 50 percent in 30 minutes. Similar to the Galaxy S5 and Galaxy Tab S, the phablet also has an “Ultra Power Saver” mode that the company claims can last 24 hours with just 10 percent battery life.
I can say with confidence that it feels good in the hand. The metal-framed Note 4 has a soft faux-leather back like its predecessor, but there’s no fake stitching this time around. Its S Pen also works more like a mouse on this version; you click the stylus’s side button and drag the pen across text to highlight it, and the same actions allow you to drag-and-drop onscreen items precisely. Along with the user-accessible battery, there’s also a microSD slot that lets you add up to 64GB of extra storage.
All the Note 4 specifics haven’t been revealed just yet. Samsung says it will be available with a 2.7GHz quad-core CPU (likely to be a Qualcomm Snapdragon 805 chip, although Samsung wouldn’t comment on the specifics) and with dual quad-core CPUs like the Exynos-based Galaxy Tab S. The pricing has yet to be announced, but the phone will launch on all all four major U.S. carriers in October.

Gear VR: A Phablet-Driven Oculus Rift

Sold separately (at a price yet to be announced this fall) will be the coolest phablet accessory in world history: the Gear VR. This is an Oculus Rift-style headset that works only with the Note 4. You insert the Note 4 into the facemask, and the phone automatically enters VR mode when you dock it into the headset.
Samsung Gear VR

The Note 4 docks into the Gear VR headset to provide processing power and an immersive high-res display.  Samsung
When docked, the Gear VR uses the Note 4 display and its processing power for full-immersion games and movies, while the headset has its own magnetometer and accelerometer to calculate movement, as well as a proximity sensor to know when it’s on your face.
Built-in lenses with a 96-degree field of view sit between your eyes and the screen, and there’s a touchpad on the headset’s right temple for navigating on-face menus. The sides of the mask also host volume controls and a menu-back button, and there’s a focus-adjust wheel on top. The whole thing clings to your face with Velcro straps.
It is much, much more immersive than you’d expect from a phablet strapped to your face. I experienced a four-part demo that included 360-degree footage of a Coldplay concert, an Avengers virtual environment, a playable space game, and mild-nausea-inducing helicopter videos that made me feel like I was floating hundreds of feet off the ground at high speeds. I’ve done similar demos with the Oculus Rift, and I’d be hard-pressed to find a difference in performance. (It’s worth noting that the display on the Oculus Rift Development Kit 2 is made from the panel of a Samsung Galaxy Note 3). The fact that it was almost entirely powered by a phone and not jacked into a computer was mind-boggling, and the wireless freedom contributes to your range of motion.
For content, Samsung has inked a partnership with Oculus that will make games and movies downloadable for the Gear VR setup through the Oculus Store. Not all Oculus content will be compatible with the Note 4/Gear VR tandem; games and videos will need to be optimized for mobile in order to work.

Samsung Galaxy Note Edge: A Note 4 With an Extra Side Screen

If the Gear VR hadn’t stolen its thunder, the Galaxy Note Edge would have been Samsung’s eyebrow-raiser of the day. Its specs are essentially identical to the Galaxy Note 4, except for its unique 5.6-inch AMOLED screen, which wraps around the right edge of the phone to provide a slim, slanted side display.
Samsung Galaxy Note Edge

The Galaxy Note Edge has the same internal specs as the Note 4, but its AMOLED screen wraps around the side of it.  Samsung
When you lay the Note Edge flat on its back, it looks like the world’s shortest clock-radio—and that is actually one of the device’s use cases. The edge of the screen is sloped at about a 45-degree angle, so the bulk of the screen can be turned off while the edge displays the time and alarm settings.
You can also set it up to scroll sports scores or Tweets like a ticker, display weather information, or scroll through stocks. It basically acts as a custom notifications panel, moving that information to the side of the device so that it doesn’t hog any valuable screen real estate.
When you’re using it as you would a normal phone, that vertical side strip offers quick access to a list of your most-used apps. Some of the in-app controls handled by that edge screen are ingenious little tweaks. For example, when you’re using the camera, the slanted edge houses the shutter button and all the settings controls. It’s a much more natural setup for hitting the touch-shutter button—it now rests right under your index finger on an comfy slant—and it provides a full-screen viewfinder view.
No pricing was revealed for the Note Edge, but it’s expected to be available this fall in the U.S.

Here Are 7 Linux Based Mobile Operating Systems That Aren’t Android!


Here Are 7 Linux Based Mobile Operating Systems That Aren’t Android!:

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Here Are 7 Linux Based Mobile Operating Systems That Aren’t Android!   
 
Android is not the only choice when it comes to open source mobile operating systems. You can’t ignore these options!   

Saturday, July 05, 2014:  You may be aware of iOS, Android, BlackBerry OS, Windows Phone, but there are quite a few less-talked lesser-known mobile operating systems that are really impressive. And what’s even better is that they are all open source. Operating systems based on Linux are a lot different than typical linux distribution for PC, except for Ubuntu for phone, which was recently launched by Canonical.
open source, mobile os, ubuntu, linux, nokia x, firefox, amazon, AOSP

Let’s take a look at the Linux-based mobile operating systems, that are worth a try:

1. Ubuntu Phone

Canonical has developed open source Ubuntu for phone with intention of bringing standardisation in desktop and mobile operating systems. Ubuntu phone is a version of Linux distribution. It is the only mobile OS which is close to typical Linux distributions. User can install this OS on any device like, smartphone, tablet, TV, desktop PC. The OS is optimised for all types of gadgets, the interface automatically changes from device to device. Like, you will see interface optimised for keyboard, mouse, large display when installed on PC. This version of Ubuntu is similar to Unity desktop, which automatically resizes to adapt screen size and devices.

User can simply dock Ubuntu phone and use full fledge Linux on PC. It’s a bit similar to Microsoft’s vision of combining Windows Phone and Windows 8 OS. Canonical has same vision, they want to create a platform which runs same apps optimised for different devices and interfaces.

2. HP webOS

We have seen webOS running devices in market. webOS originally belonged to Palm but, HP acquired Palm in 2010. HP had broad vision for webOS. They had planned to launch smartphone, tablet, printer and even PCs running webOS.

However, webOS didn’t do well in the consumer market. So, HP moved it’s focus from webOS devices and moved back to manufacturing business of PCs. HP had launched overhyped HP TouchPad tablet running webOS. The tablet was priced at $500, but it couldn’t survive in its fight with Apple’s iPad. HP even slashed down price of TouchPad to $99 but still, it didn’t do well in market. The source code is now made available publicly by HP. It is called as “webOS Community Edition.”

Last year, HP implemented webOS on LG Smart TVs. This was new initiative as compared to old, complex interfaces on other smart TVs. LG has no plans to bring back webOS to smartphones as of now. webOS runs different web apps. Many of webOS’s features were innovatory, webOS’s multitasking cards is now seen in iOS7’s multitasking interface. webOS’s features were not marketed properly. LG is now promoting Open webOS Project.

3. Samsung Tizen 

Samsung’s open source mobile operating system, Tizen is based on Linux foundation. Samsung’s custom UI for their Android products, TouchWiz is inspired from Tizen’s UI. The main issue with Tizen is, it has no apps or app store. Samsung can promote developers to develop apps for Tizen if they ever decide to end their partnership with Google for Android smartphones. Tizen is designed to run Android apps. Samsung’s Gear 2 smartwatch runs Tizen OS.

Samsung doesn’t have any big plans with Tizen as of now. It’s just their backup plan after Android. Tizen looks and feels exactly same as interface on Samsung’s Galaxy phones. Tizen is kind of a bargaining chip for Samsung to deal with Google.

4. Jolla Sailfish

Nokia has worked on Linux based smartphones called Maemo before Microsoft. Maemo later became a part of Intel’s MeeGo OS platform. The only MeeGo phone ever released was Nokia N9, which gained good popularity amongst developers. Nokia closed the MeeGo project to focus on Windows Phones.

Many key people involved in MeeGo development, left the company when Nokia closed MeeGo project. These people started a company named Jolla. Jolla Sailfish is based on source codes of MeeGo. MeeGo is still owned by Nokia. In a way, Sailfish is a continuation of MeeGo but yet, not a successor of it. Sailfish can run apps created using Qt, it can run some Android apps too. Both MeeGo and Sailfish are based on Linux platform.

5. Amazon Fire

We have seen Amazon Fire OS on Amazon’s touchscreen Kindle eBook readers. Fire OS is based on Android OS. It is Amazon’s build of Android Open Source Project (AOSP). Earlier, Amazon marketed Kindle Fire Touch as Android based tablet. Now a days, Amazon is calling it as ‘compatible with Android.’ This clearly shows Amazon’s moto of promoting own proprietary OS.

Amazon’s own app store has large number of Android based apps. Amazon has replaced Google Play Store with Amazon App Store in Fire OS. Google services and apps are missing in Fire OS. The Fire OS has unique OS bundled features that are lot different than Google’s Android. Like, Mayday video chat support lets you chat with Amazon representative within fifteen seconds if user needs some help.

6. Firefox OS

Mozilla also tried creating own smartphone OS recently. The OS is highly integrated and based on Gecko rendering and Firefox web browser. All apps supporting the OS are based on web technologies like HTML5. 
Mozilla believes that web is the future platform. PC users rely on web browser and apps for most activities. Mozilla has vision to replace native smartphone apps with web apps.

7. Nokia X

This is newly emerging platform that Microsoft is working on. The platform is based on Google Android but it is designed to look like Windows Phone’s UI. Nokia X is basically a Android Open Source Project (AOSP) build. Microsoft has replaced Google play store and services with own app store.