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vendredi 11 novembre 2016

BlackBerry’s signature keyboard to be given one last hurrah

blackberry priv review aa (7 of 32)

blackberry priv review aa (7 of 32)

BlackBerry may be focusing on software rather than hardware these days, but the struggling company has one last in-house hardware treat for fans on its way. Speaking with Bloomberg, BlackBerry CEO John Chen has confirmed that another phone with a physical keyboard is "coming" and that the wait won't be that long.

Talk about another phone with a physical keyboard originally aired back in September, but hadn't been confirmed by BlackBerry until now. We don't have any details on hardware specifications at this stage, but it's possible that we're looking at another flagship smartphone that would serve as a successor to the Priv, which also had a physical keyboard. However, the Priv proved to be a bit of a flop for a number of reasons, so it will be interesting to see how this new model is marketed.

"We have one keyboard phone I promised people … It's coming." – BlackBerry CEO John Chen

With BlackBerry outsourcing hardware development to other manufacturers these days, the DTEK50 is essentially an Alcatel Idol 4S, it is possible that this will be the last phone to carry the company's signature physical keyboard. Chen mentions that this upcoming handset will very likely be the company's "last in-house phone", after carefully evaluating its hardware production situation this year. In the future, the company is to be much more focused on licensing software to generate its revenue stream.

Unfortunately Chen was light on a release date, other than saying that the wait won't be that long. BlackBerry has not long launched its mid-tier DTEK50 and high-end DTEK60, so we may be waiting until early next year for an official announcement about this new handset. But the important question is, what would you want to see in BlackBerry's final in-house phone to make you buy one?



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New Project Ara specs and photos show us what we’ve missed out on

project-ara-phone-14

project-ara-phone-14

Details of Project Ara, Google's cancelled modular phone project, have emerged online, giving us a glimpse at what might have been. Phandroid recently got hold of one of the units, likely a developer model, though the project was axed in September.

The metal device has a comparatively large frame, at 152 x 74 x 12.5 mm when modules are set in place, making it around 60 percent thicker than most modern flagships. It also houses a Snapdragon 810 processor and 3 GB of RAM, both of which aren't removable – and weren't planned to be – like its other components.

project-ara-phone-2

project-ara-phone-2

The device also arrived with a 3,450 mAh battery, 2.1 MP rear camera, and 32 GB of internal storage space, all of which would likely have been swappable in the final retail version. The 5 MP front-facing camera, on the other hand, appears to be fixed in place.

See also:

Project Ara has reportedly been axed (Update: Confirmed. She's dead, Jim)

September 2, 2016

Project Ara aimed to provide a smartphone exoskeleton which would allow users to purchase and attach individual components, or "modules". This could have provided several benefits compared to a regular smartphone, such as offering Project Ara owners a way to improve a single device aspect, like the camera, without buying an entirely new smartphone.

project-ara-phone-34

project-ara-phone-34

Google had discussed plans to launch a "modular marketplace" where components could be bought and sold, similar to the Play Store, before Ara ran into problems and was eventually shut down.

Look out for more pictures of the Project Ara unit over at Phandroid.com and give us your thoughts on Google's abandoned smartphone in the comments.



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Quick Charge 4.0 rumored to support 28W for even faster charging

moto mods review power pack aa (4 of 12)

moto mods review power pack aa (4 of 12)

We're still yet to learn about what Qualcomm has in store for its next generation Snapdragon 830 mobile processor, but a new version of Quick Charge seems like a safe bet. According to sources who spoke with fudzilla, Quick Charge 4.0 will be Qualcomm's most powerful fast charging solution to date, increasing support for charging power up to a huge 28 watts.

Allegedly, Quick Charge 4.0 will feature changes made to the maximum amount of current pushed to batteries, with 5V charging increasing to 5.6A, giving us 28W worth of power. The source also states that a 9V/4A option will be supported, but this would double Quick Charge's existing power smartphone output to a huge 36W. 9V/3A seems more plausible for phones (up from 9V/1.7A), although Quick Charge does already support up to 36W with its 12V solution for laptops and high power batteries.

Currently, Quick Charge 3.0 supports 18W for phones across a range of voltages from 3.2 to 20V in 200mV increments, using the company's Intelligent Negotiation for Optimum Voltage (INOV) technology. It seems likely that Qualcomm will want to keep this flexibility to charge larger devices like laptops as well as phones. Quick Charge 2.0 also supported up to 18W across 5, 9, and 12V stages. That being said, 3.0 saw charging speeds increase slightly due to efficiency savings and revised charging patterns. For comparison, Oppo's VOOC passes up to 20W of power, and Huawei's Super Charge tops out at 22.5W, so the new version of Quick Charge could surpass everything that's currently on the market.

Closer look:

Qualcomm Quick Charge vs Oppo VOOC vs MediaTek PumpExpress+ vs Motorola TurboPower vs the others (updated)

February 4, 2016

It appears that Qualcomm has found some way to increase the amount of energy that can be transferred to a battery, without causing excessive heat or battery damage, which may be related to better INOV management. Regardless, a leap up to 28W peak would represent a notable boost to battery charging times.

While fast charging smartphones are great for us power users, the huge range of charging standards now available on the market has recently caused Google to take action. In the future, Android may require that all USB Type-C devices support the fast charging standards already included in the USB specification. It remains to be see what this means for proprietary technologies like Quick Charge.

See also:

Google could ban third-party fast charging hardware in upcoming Android phones

3 days ago

Handsets powered by the Snapdragon 830 and possibly featuring Quick Charge 4.0 are expected to arrive in the first quarter of 2017.



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Project Soli can now recognize objects in real time

Project Soli

Project Soli

Project Soli is one of the coolest projects we've ever seen out of X (formerly known as Google [x]). Soli uses a radar sensor to pick up hand movements in space – making interactions with your smartwatch possible via hand gestures rather than through screen-based taps and swipes. As if that wasn't already cool enough, Soli has just been granted superpowers allowing it to recognize objects.

But it wasn't Google that gave Soli these new abilities. Researchers at the University of St. Andrews, who were given a Soli AlphaKit by Google, souped it up in a project dubbed RadarCat. RadarCat is so advanced it can instantly and accurately identify various objects placed on Soli's radar.

See also:

Project Soli showcased on a smartwatch

May 20, 2016

RadarCat

RadarCat can not only identify the various hand gestures that so impressed us about Project Soli, but it can also make out the difference between apples and oranges, as well as between full, empty and half-full glasses of various liquids – all using radar alone. RadarCat can even distinguish between different parts of your body, so it knows if its "looking" at your hand, your wrist, your forearm or your leg.

Radio waves bouncing off an object create a very specific pattern akin to its fingerprint.

RadarCat does this by using radio waves to bounce off an object touching the Soli sensor. This creates a very specific pattern akin to the object's "radio fingerprint"; think of it like the echo-location mechanism bats use.

These radar-based echoes are so accurate and stable that RadarCat can even differentiate between various materials like glass, steel, plastic and copper or even which side of an object is lying face down on the Soli sensor. Because RadarCat employs machine learning, the list of recognizable objects only grows over time.

The applications for RadarCat are huge, and the researchers came up with a variety of use cases for the technology, some of which you can see in the video above. From displaying nutritional information about fruits and vegetables placed on the sensor to automatically bringing you a fresh drink when your glass is empty, RadarCat has a lot of potential.

ViBand

But the St. Andrews team aren't the only ones doing research into gesture recognition capabilities on wearables. Researchers from Carnegie Mellon University (some of whom came up with a very clever new device pairing technology we covered recently), have also hacked a smartwatch's accelerometer to basically make it work like Project Soli, but without the need for a radar.

Speeding up a smartwatch's accelerometer makes it work like Project Soli, but without the need for a radar.

Called ViBand, the project uses a custom kernel to ramp up the sample rate of a smartwatch's accelerometer to 4000 samples per second. Where a typical accelerometer performs at 100 Hz, the ViBand operates at 4000 Hz, making it much more sensitive to even the finest of movements in the immediate vicinity.

Bio-acoustic signals – essentially micro-vibrations that travel through the wearer's arm – are picked up by the accelerometer and identified by software. ViBand can be used to manipulate virtual buttons, sliders or dials as well as to recognize larger gestures like claps, flicks of the wrist and taps on various locations of the arm and palm.

The range of gestures are just as wide as Project Soli, although they are admittedly a little more "rugged" than some of the fine gestures demoed by Google. Still, to be able to recreate Soli-like results on an existing smartwatch simply by ramping up accelerometer sensitivity is an impressive feat.

As far as battery consumption goes, the researchers tell me ViBand only uses around twice as much compared to a normal accelerometer, which is admittedly very little. The team is quick to point out that this is more of a proof of concept than a final solution though. "In a real commercial version of this, a special co-processor would be used, like what "OK Google" uses now – something special purpose and very low power."

Are you excited to see Project Soli, RadarCat and ViBand come to market? What applications can you imagine for them?



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Samsung Gear S3 launches in South Korea, US and UK following next week

samsung gear s3 first look aa-9

samsung gear s3 first look aa-9

Samsung has launched the Samsung Gear S3 smartwatch in South Korea, with its rollout in other regions, including Australia, U.K., and U.S. starting on November 18. The wearable is priced at $350 and comes in two variants, the Gear S3 Classic and a more sporty iteration, the Gear S3 Frontier.

The smartwatch, unveiled at IFA 2016, features Samsung's rotating bezel design and Tizen-based user interface. It's compatible with Samsung Pay and S-Health and comes with LTE support and IP68 certification for dust and water resistance.

Additionally, Samsung claims that the 380 mAh battery the Gear S3 houses could provide up to four-day battery life.

See also:

Samsung Gear S3 vs Gear S2 comparison

September 3, 2016

Samsung recently made the Gear S3 available for pre-order in the UK via its official site where it sold out in both versions.

You can read our hands-on Samsung Gear S3 review at the link if you want to know our thoughts, and let us know what you think of Samsung's latest smartwatches in the comments. below.



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Huawei has sold 9 million Huawei P9 smartphones

huawei-p9-31-aa

huawei-p9-31-aa

Huawei has sold 9 million units of its flagship handset, the Huawei P9, the Chinese manufacturer announced at a press event yesterday .

The P9 went on sale in April of this year and sold well in Huawei's home country and Europe thanks to a significant marketing push (including TV spots featuring A-list celebrities).

Huawei announced in September that it had achieved 6 million P9 sales, shifting an additional 3 million units – or another 50 percent of what it had old up to that point – in the last two months alone.

At IFA 2016 in September, Huawei announced the P9 in two new colors, metallic red and metallic blue, which may have made a significant contribution those additional three million sales.

See also:

Porsche Design Huawei Mate 9 hands on: the dream machine

7 days ago

More recently, Huawei unveiled the Mate 9, the latest in its flagship phablet series, which could see unprecedented sales now that it's Samsung-branded competitor, the Galaxy Note 7, has been cancelled.

Huawei is currently the third largest smartphone manufacturer in the world behind Apple and front-runner Samsung. Huawei's CEO, Richard Yu, says the company will overtake Apple in the next two years.



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jeudi 10 novembre 2016

The Bolt is HTC’s new flagship for Sprint: we go hands-on

HTC's path over the last few years has been rather rocky. While it's really tough to pinpoint the exact reason why they're in their current predicament in the mobile space, it can be due to the sudden and significant push by the vast Chinese makers that have surged out of nowhere to produce low-cost devices. Once regarded as a gleaming player in the space, the Taiwanese company is still trying to remain relevant.

Early this year, they revamped its flagship line with the introduction of the HTC 10 – a phone that dropped the "One" moniker completely. For the latter part of 2016, they're introducing the HTC Bolt (no, not the Thunderbolt), which as its name implies, would emphasize speed above everything else. Based on the specs sheet, it seems very much like a tweaked HTC 10 with some new additions, but it'll exclusive to Sprint where it'll be going for $25 per month over 24 months with installment billing; basically $600 outright.

Here's what you need to know about the HTC Bolt.

Design

At first glance looking at the Bolt from the front only, it'll draw comparisons to the HTC One A9 from last year – mainly because of how it too features a slightly recessed home button/fingerprint sensor beneath the display. Instead, though, it follows very much after the HTC 10's design, evident by its unibody aluminum chassis and those thick chamfered edges along its edges to give it a distinctive silhouette. While it's certainly nothing new, there are a couple of noteworthy changes that make it different.

First of all, HTC has somehow managed to provide the Bolt with a certain level of water resistant protection, which is impressive for a phone whose body is constructed out of solid metal. With its IP57 rating, the HTC Bolt can technically withstand submersion under 1 meter of water for up to 30 minutes, but it's still something that the company refrains from doing. And secondly, the headphone jack has been eliminated we're told to not only achieve this water resistant construction, but to also provide the Bolt with some Hi-Res audio with the included USB Type C headphones.

htc-bolt-hands-on-12-of-27

Display

Thankfully so, the HTC Bolt maintains Quad-HD resolution (1440 x 2560 pixels) with its display, to ensure there's no compromise with details. At the same time, too, the Super LCD 3 panel has increased in size to 5.5-inches for more ample space to play around with – while curved-edge Gorilla Glass 5 safeguards everything.

Given the increase in size and its Quad-HD resolution, there's really nothing to complain about here as it delivers some great qualities. Other qualities about the display observed during our quick hands on time include colors exuding a neutral tone, clarity remains intact at wide angles, and its brightness output seems sufficient enough to make out whatever's on screen.

htc-bolt-hands-on-27-of-27

Hardware

When we think of speed, our first inclination is to think about the processor under the hood. That's shockingly not the case here for the Bolt, since its implied speed relates mostly to its internal radios and data connections. The processing punch is handled by a tweaked octa-core 2.0GHz Qualcomm Snapdragon 810 SoC coupled with 3GB of RAM. Who knows why this decision has been made, given that we're probably on the heels of a new chipset from Qualcomm, but don't let that scare you into thinking this is a compromise. It's far from it, evident by its responsiveness just navigating around the UI.

Internal storage here is set to 32GB, which has become the new standard we suppose for most phones in this category, but there's room for expansion via the microSD slot.

Going back to the fingerprint sensor, it functions in the same capacity you'd expect to secure the Bolt – while also doubling as the home button. It's flanked, of course, by the capacitive Recent Apps and Back buttons.

htc-bolt-hands-on-11-of-27

Another feature worth spending the time to talk about relates to the audio experience, which is called HTC BoomSound Adaptive Audio. Just like the HTC 10, the Bolt is fashioned to deliver an immersive audio experience. The included USB Type C headphones, in particular, will intelligently scan your ears and the surrounding ambient noise to adjust itself to the most optimal settings – so that it's fine tuned to your particular liking.

The last and most important part about the HTC Bolt is the potential of its unprecedented network speeds running off Sprint's LTE Plus Network. To be fair, we're not able to experience this for ourselves, seeing that it's not yet available in the New York City market, but its support for 3×20 MHz Carrier Aggregation thanks to Qualcomm's Snapdragon X10 LTE modem. That's something to look forward to down the road as it expands, of course, but in the meantime, it won't be something that'll be readily available for customers to experience.

Cameras

At the moment, it's really difficult to say whether its cameras are going to be solid performers until we snap photos for ourselves. Regardless, the specs seem tantalizing enough to like, but it'll be interesting to see whether or not it can at the very least match the HTC 10's performance. On the back, it's fashioned with a 16-megapixel camera featuring OIS, BSI sensor, f/2.0 aperture lens, dual-LED flash, and 4K video recording. For the front-facing camera, it's an 8-megapixel snapper that should hopefully deliver pleasant looking selfies.

htc-bolt-hands-on-15-of-27

Software

Anyone that has used an HTC 10 will be familiar with the interface here with the Bolt, as it's running HTC's Sense UI on top of Android 7.0 Nougat. While the look and feel of Sense remains intact, we definitely see some of Nougat's influences in the form of native multi-tasking, quick switching between apps, bundled notifications, and much more.

All of Nougat's features are naturally supplemented by Sense's features as well, which has been limited to things like BlinkFeed, custom homescreen themes, Sense widgets, and the usual slew of Motion Launch gestures. Overall, it gets the job done like any other custom Android experience, but it's just a matter of liking its particular style.

Pricing and thoughts at a glance

What's shocking about the HTC Bolt is its exclusivity to Sprint, something that we haven't seen since probably the HTC One M8 Harman Kardon Edition from 2014. Exclusives are a rare occurrence nowadays, so it's surprising needless to say. Glazing over the specs sheet and its design, the $600 outright cost of the phone seems mighty convenient in comparison to some other recent releases, but we have to remember that we've seen several other high-spec'd phones launch under the $500 threshold.

Indeed, the speed potential of the phone on Sprint's LTE Plus Network is alluring for those who don't mind paying for the data access, but it'll take more than just a speedy data connection to become part of the elites in the space right now. The price is good, especially with than new water resistant design, but the HTC 10 can be picked up for close to the same price.



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