Sony’s Xperia Z5 family includes the world’s first 4K smartphone

To say that Sony’s mobile division has had a tough time lately would be an understatement. As the company puts out half-hearted efforts like the Z3 and Z3+, sales have been dropping steadily. We’re now at the point where Sony is losing more than $1 million per day just keeping the division going. Something has to change. Sony has to take smartphones seriously, and this is its attempt to do just that. Meet the Xperia Z5 family, which includes the world’s first 4K phone display, “next-generation” cameras and some tiny, tiny fingerprint scanners. Slideshow-316694 For what seems like the first time in ages, Sony is announcing a trio of flagship phones at the same time. From big to small, we’ve got the Z5 Premium, the Z5 and the Z5 Compact. The trio share many attributes, but thanks to one spec, the Premium is by far the most interesting. The world’s first 4K phone display I’m totally besotted with the Premium’s display. It’s got a truly ridiculous, world-beating 5.5-inch 4K (3, 840 x 2, 160) panel, with rich colors and deep blacks. We’ll need to spend more time than the few hours we’ve had with the new lineup to give a proper verdict, but right now we can say for sure that it looks great. I’m not sure I want a 4K display in my phone, but I am sure that the allure of an 806-ppi display will be enough to win some over. Sony’s thrown down the gauntlet, and at least in pixel density, the Z5 Premium is the phone to beat. Unfortunately, Sony’s saved all of its new screen tech for the Premium, with the regular Z5 retaining the same 5.2-inch 1080p unit as the Z3 and Z3+, and the Z5 Compact getting a slightly larger — 4.7 inches vs. the Z3 Compact’s 4.6 inches — but still 720p display. Apart from their displays, the devices are almost identical. As far as specs go, though, the displays are pretty much the only things distinguishing the Z5 Premium from the Z5 and Z5 Compact. All three have Qualcomm’s Snapdragon 810 processor inside, up to 32GB of internal storage (expandable by microSD), high-res audio chips and “up to two-day battery life.” That’s a cute way Sony found to say “you only need to charge this one once a day.” How they eke out that battery life differs of course, with the Premium having a 3, 430mAh battery, the Z5 a 2, 900mAh and the Z5 Compact a 2, 700mAh. The only other differentiator is RAM: The Z5 Premium and Z5 have 3GB; the Z5 Compact only has 2GB. The same, but different The Z5s’ power buttons house fingerprint sensors. If you’ve seen any Sony phone made in the last couple of years, I’m sure you’ve already noticed the Z5 family is a very familiar one. Sony’s “OmniBalance” design theme has been knocking around since the Xperia Z1, and it’s really difficult to get excited about: They’re rectangular slabs with clean line; they’re waterproof; and they’re uncomplicated. That said, this is probably the tightest iteration on that theme. The Z5 Premium and Z5 both feel very polished, with carefully considered color schemes and materials. The Z5 Compact feels sturdier and a little chunkier, but not necessarily in a bad way. The Z5 Premium is available in black, gold or chrome, all with a mirrored glass back, while the Z5 has white, black, gold and a subdued green, with a frosted glass back. Sony’s clearly targeting the younglings with the Compact, especially with some of the bright and “fun” colors. It comes in the usual white and black, but also vibrant yellow and coral (pink) — again with frosted glass at the back. Of course they’re all different sizes too; The Z5 Premium has a 5.5-inch display and is 7.8mm thick; the Z5 has a 5.2-inch display and is 7.3mm thick; while the Compact has a 4.7-inch display and is 8.3mm thick. The Z5 Premium in chrome makes for a very effective mirror. I think the yellow Z5 Compact is probably my favorite of the bunch; the bright color wrapping around the edge of the black display frames the device really well. The green Z5 is also kinda classy looking, and it’s a nice step away from the staid colors we’re used to from flagships. Also, big shout out to the chrome Z5 Premium, which is essentially a mirror with a phone attached to the back. It’s ostentatious; it’s ridiculous; and it’s impossible to keep clean, but I kinda love it. So all these new Xperias are familiar, but changed. The same, but different. Those coming from a previous-generation Z will notice how nicely this latest bunch feels to hold, as well as some neat design additions. There’s now a little “Xperia” wordmark etched into the phones’ metallic sides, and the series’ small circular power button is no more, replaced by an oval-shaped button that somehow squeezes in a tiny fingerprint reader. Taking care of number one All three phones share the same camera setup. Sony’s new sensor is exclusive to Xperias, for now. Sony’s image sensors are everywhere. Of course you’ll find them in the company’s own smartphones, mirrorless and SLT cameras, but they’re also in high-end Nikon and Fujifilm models. Not to mention flagship smartphones like the Samsung Galaxy S6 and LG G4. Put simply, they’re considered some of the finest in the business, and one of the increasingly few areas that Sony is a market leader in. Not all sensors are created equal, though, and this time, Sony’s keeping the best smartphone sensor for itself. All of the Z5s have a 1/2.3-inch Exmor RS 23-megapixel image sensor. It’s brand-new, and Sony says it’ll be exclusive to Xperias, at least for a while. Click image for original 7MB file. Shot by Sony at f/2.0, 1/2500s, ISO 40. This fancy new sensor is backside illuminated and has embedded phase-detection pixels. It’s housed in Sony’s first mobile camera module with a closed-loop actuator, and in front of the sensor is a new six-element 24mm lens with a wide f/2.0 aperture. If you’re unsure what all of this means, I’ll break it down for you: Sony says that, thanks to the phase-detection pixels, the Z5 family can autofocus in as little as 0.03 second, claiming it’s the “world’s fastest autofocus in a smartphone.” All we can say is it’s very quick. The actuator helps with this by swiftly moving the lens to focus, and because it’s closed-loop, it’ll also offer better image stabilization, especially for video. As you’d expect, all three will shoot movies in 4K, although evidently the Z5 Premium is the only one capable of playing footage back natively on the phone itself. Sony says the new sensor is capable of oversampling images (PureView style) for digital zoom “without loss of image quality.” Take that claim with an ocean’s worth of salt, of course, but the zoomed images definitely seemed good enough for a Facebook or Twitter share. Click image for original 3MB file. Shot by Sony at f/2.0, 1/30s, ISO 250. All of this adds up to… well, no one knows yet. What I can say is that Sony’s sensors are the envy of the business; Sony’s “unedited” sample images look fantastic; and, in my brief time with the Z5s, I took some quite pretty images that I’m sadly unable to share with you. But it’s too early to say whether this new camera represents a huge leap forward, or even if it’s at the front of the pack. A fresh start Although it’s not quite stock, Sony has all but removed its Android skin. On the software side, the Z5 family runs Android 5.1.1, and Sony says “stay tuned” about an Android M update. The good news for virtually everyone but the most die-hard of Sony fans, though? The company’s Android skin is no more. Instead, the devices all run a virtually stock Android experience. Sure, there are some differences in iconography, but the general look-and-feel isn’t too far from a Nexus device. That’s a huge step forward from current Xperias, which feel like they’re stuck in the past despite many of them actually being on the latest version of Android. Google won’t officially bake in fingerprint support to its OS until Android M is released this fall. Like other manufacturers, though, Sony already has things up and running. I wasn’t able to test out the functionality myself, but the placement seems very natural, and I watched Sony staff unlocking their devices with various fingers and thumbs at a 100 percent success rate. The big questions A close-up of the Xperia Premium’s etched metal wordmark. I’m pretty impressed with Sony’s new lineup. But there are still three lingering questions that Sony needs to answer. First, there’s the small matter of price. So far, we’ve got this from Sony: “Pricing will reflect the premium quality of the smartphone.” Make of that what you will, but Sony isn’t exactly known for producing budget devices. In the age of the OnePlus 2 and the Moto X Pure, you can get a lot of smartphone for a few hundred dollars. Second is battery life and performance. The chip inside all three, the Snapdragon 810, has had some well-reported issues with overheating, and is not known to be very frugal when it comes to battery life. Couple that chip with a 4K display, and it’s easy to question Sony’s claim of “up to two-day” endurance when it comes to the Premium. The company points to its on-display memory (which effectively switches off the processor when the screen isn’t moving), and other battery-saving tech as proof it can hit that target. Many will remain unconvinced until the phone’s been properly tested. Third, and perhaps most importantly for Sony’s shot at a global success, is availability. The Z5 and Z5 Compact will be “globally” available in October, with the Z5 Premium following in November. But Sony has really struggled to persuade carriers to push its devices. That’s especially true in the US, where sometimes it feels like Sony doesn’t exist. If a 4K display doesn’t pique the US carriers’ attention, nothing will. You could argue that this is Sony’s fault. Several generations of Xperias have come and gone, all of which looked pretty much the same, and none of which blew the competition out of the water. They’ve been solid phones, but plenty of companies make solid phones. Why should carriers put their weight behind Sony when Samsung et al. offer the same basic package? With iPhone season fast approaching, there’s a real chance Sony could be left by the wayside again. At least with the Z5 Premium, Sony has clearly put everything it can into a single device, short of a new design. If the world’s first 4K smartphone doesn’t get the attention of AT&T, Verizon, Sprint and T-Mobile, nothing will. Check out all the news from Berlin at our IFA 2015 hub . Filed under: Cellphones , Mobile , Sony Comments Tags: 4k, exmor, hands-on, ifa, ifa2015, mobilepostcross, sony, xperia, xperiaz5, z5

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Sony’s Xperia Z5 family includes the world’s first 4K smartphone

ASUS unveils the Intel-powered, Windows 10 VivoStick

Intel generated a storm of interest when it launched the HDMI-based Compute Stick , but is anybody willing to buy a tiny, under-powered PC? Who knows, but ASUS has just launched its own model that trumps Intel’s in nearly every way. It’s a lot less clunky-looking and one-ups Intel’s Atom CPU with a Cherry Trail model, while adding an extra USB 3.0 port and headphone jack for good measure. Otherwise, it has the same 2GB of RAM and 32GB storage, and works in the same way: you plug it into any HDMI TV, add a keyboard and mouse, then compute away on Windows 10. At least, we hope so. As we noted in our review , Intel’s stick is far from a powerhouse and not quite up to its primary task of serving music and video streaming to your TV and sound system. However, at $129, the ASUS VivoStick runs a bit less than Intel’s $150 Compute Stick, which might make it worth the gamble. Availability has yet to be determined. Filed under: Wireless , Storage , ASUS Comments Tags: asus, ComputeStick, HDMI, IFA2015, PC-on-a-stick, PC-on-a-TV, USB3.0, VivoStick

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ASUS unveils the Intel-powered, Windows 10 VivoStick

Skylake for desktops: New socketed processors from Core i7 to Pentium

It’s been over two years since Intel’s entire lineup of socketed desktop processors got a true refresh. We got a smattering of high-end Broadwell chips this year and a small speed bump to the Haswell lineup last year , but it’s been a while since system builders and desktop buyers had much to be excited about. We’ve already looked at a couple of these CPUs, particularly the high-end unlocked i7-6700K. But today Intel is announcing (alongside many mobile CPUs) a more comprehensive desktop refresh that also encompasses mainstream dual- and quad-core CPUs, a few low-power options for smaller systems, and wallet-friendly chips from the Pentium line if you’re trying to build a modern system on a budget. Intel tells us that all of these should be available for purchase before the end of the year. Before we get into it, you should familiarize yourself with the features of the new 100-series chipsets , since we won’t be covering that ground again in this article. You should also know that ultra-low-end Skylake Celeron chips are coming, but won’t be released until early 2016. Read 10 remaining paragraphs | Comments

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Skylake for desktops: New socketed processors from Core i7 to Pentium

Here’s The Box That Can Turn a Puny Laptop Into a Graphical Powerhouse

USB Type-C is shaping up to be the holy grail of ports . It can charge your laptop, deliver 4K video, and transfer loads of USB data all over a single cable—all at the same time. What could be better? You’re looking at the answer. Read more…

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Here’s The Box That Can Turn a Puny Laptop Into a Graphical Powerhouse

IBM wires up ‘neuromorphic’ chips like a rodent’s brain

IBM has been working with DARPA’s Systems of Neuromorphic Adaptive Plastic Scalable Electronics ( SyNAPSE ) program since 2008 to develop computing systems that work less like conventional computers and more like the neurons inside your brain. After years of development, IBM has finally unveiled the system to the public as part of a three-week “boot camp” training session for academic and government researchers. The TrueNorth system, as it’s been dubbed, employs modular chips that act like neurons. By stringing multiple chips together researchers can essentially build an artificial neural network. The version that IBM just debuted contains about 48 million connections — roughly the same computing capacity as a rat’s brain — over an array of 48 chips. These systems are designed to run “deep learning” algorithms — similar to Facebook’s new facial recognition feature or Skype’s insta-translate function — but at a fraction of the cost, electrical draw and space needed by conventional data centers. For example, a TrueNorth chip contains 5.4 billion transistors but only uses 70 mw of power. An Intel processor, conversely contains just 1.4 billion transistors and draws between 35 and 140 watts. In fact, future iterations of the TrueNorth system could (theoretically at least) be shrunk small enough to fit inside cell phones or smart watches. These chips also hold an advantage over the GPUs (graphics chips) and FPGAs (function-specific programmable chips) that the industry currently uses because TrueNorth chips operate much the same way that the deep learning algorithms running on them do. With it, IBM hopes to eventually shift some of the computing power requirements away from traditional data centers and onto end user devices. This should speed up the computing process since data isn’t being sent back and forth over the network. Instead, companies could simply develop a deep learning model (say, to count the number of cars in a photo), upload it to a central data server and then have the model run on the user’s TrueNorth-enabled device. The system would be able to spot every car in the user’s image gallery without having to upload each photo to the remote server for processing. Unfortunately, the system is still in its infancy and years away from your phone. [Image Credit: IBM] Filed under: Google , Facebook Comments Via: Wired Source: IBM Tags: computing, deeplearning, facebook, FPGA, google, GPU, IBM, neuralnetwork, neuromorphic, Skype, SyNAPSE

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IBM wires up ‘neuromorphic’ chips like a rodent’s brain

Intel targets gamers with sixth-gen ‘Skylake’ CPU launch

With mobile annihilating the mainstream PC industry, Intel knows gaming is buttering its bread . The chip giant launched its sixth-gneration “Skylake” desktop processors today with two enthusiast quad-core models: the Core I7-6700K and i5-6600K. The 14-nanometer chips are unlocked for maximum overclocking (all the “K”-series will be), and if you’re not into that, the two new chips have fairly high base frequencies: 4.0GHz for the Core i7-6700K and 3.5GHz for the i5-6600K. Compared to similar current-gen models, prices are reasonable — suggested retail is $350 for the i7-6700K and $243 for the i5-6600K, with street prices likely lower. Unfortunately, the i7-6700K offers just a modest performance increase (10 percent) over last-gen Haswell i7-4790K CPUs and little, if any, advantage over the current Haswell-E i7-5820K chip. However, the Skylake models are the first 14-nanometer performance CPU’s that Intel has launched, since the lower-powered Broadwell 14-nanometer desktop chips aren’t aimed at gamers. The smaller transistors should help overclocking, and rumor has it that the i7-6700K can be pushed to 5GHz, which may give it an edge over current tech. At any rate, with 10-nanometer “Cannonlake” CPUs now delayed , Skylake is it until next year. Intel also revealed a new platform for the chips, the Z170 chipset. Like Haswell-E, the Skylake models use DDR4 RAM, which is much faster than DDR3 memory, but also way more expensive. (Skylake chips won’t run on Haswell-E X99 motherboards, which also use DDR4 RAM.) However, the Z170 chipset has a dual memory controller, so you can use use cheaper DDR3L memory on motherboards that support it . Another plus to the platform is new Intel HD 530 graphics, which run 20-40 percent faster than last-gen Intel HD. It also has 16 PCI Express 3.0 lanes, giving you more USB 3, graphics and storage options. And Intel just happens to have a new PCI Express 3.0-based 800GB 750 series SSD drive with read speeds up to 2, 200 MB/s. Many folks expected Intel to launch more of its Skylake lineup today, including mainstream and mobile CPUs, so what happened? That was just a rumor in the first place, but Intel has narrowed down the timeline. It’ll reveal more information at the Intel Developers Forum on August 18th, and launch the rest of the sixth-gen Skylake lineup sometime in Q3 2015. The mainstream chips will also see a modest performance bump over current-gen tech, but are expected to sip less power, giving future Macbooks, ultrabooks, laptops and tablets improved battery life. Down the road, it may also reveal more high-performance desktop Skylake CPUs, hopefully including an ” Extreme ” model. Filed under: Desktops , Gaming , Intel Comments Tags: Core i7-6600K, Core i7-6700K, enthusiast, gaming, Haswell, intel, Sixth-generation, Skylake

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Intel targets gamers with sixth-gen ‘Skylake’ CPU launch

Intel Core I7-5775C Desktop Broadwell With Iris Pro 6200 Graphics Tested

bigwophh writes: 14nm Broadwell processors weren’t originally destined for the channel, but Intel ultimately changed course and launched a handful of 5th Generation Core processors based on the microarchitecture recently, the most powerful of which is the Core i7-5775C. Unlike all of the mobile Broadwell processors that came before it, the Core i7-5775C is a socketed, LGA processor for desktops, just like 4th Generation Core processors based on Haswell. In fact, it’ll work in the very same 9-Series chipset motherboards currently available (after a BIOS update). The Core i7-5775C, however, features a 128MB eDRAM cache and integrated Iris Pro 6200 series graphics, which can boost graphics performance significantly. Testing shows that the Core i7-5775C’s lower CPU core clocks limit its performance versus Haswell, but its Iris Pro graphics engine is clearly more powerful. Read more of this story at Slashdot.

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Intel Core I7-5775C Desktop Broadwell With Iris Pro 6200 Graphics Tested

Intel delays next-gen chips as Moore’s law begins to crack

Intel says it’s next-gen ” Skylake ” will be delayed by six months, marking the second time in a row it hasn’t released a CPU on a two-year “Moore’s Law” cycle. That continues a trend, as last year’s 14-nanometer Broadwell chips were similarly delayed , and even Haswell and Ivy Bridge were behind schedule. Intel said that the setback for the new 10-nanometer chips was caused by the increasing complexity in building transistors that small. Addressing the elephant in the room, CEO Brian Krzanich said that “the last two technology transitions have signaled that our cadence today is closer to 2.5 years than two.” In other words, Moore’s Law needs a reboot. To address the lack of chips in the pipeline, Intel said that it’s going to release new 14-nanometer “Kaby Lake” chips based on the Skylake architecture. Krzanich said that “we expect that this addition to the roadmap will deliver new features and improved performance, and pave the way for a smooth transition to 10-nanometer.” Neverthless, he admitted that Intel is now on a “tick-tock-tick” cycle rather than a “tick-tock” as before. That bodes poorly for an already-struggling PC industry, as consumers will have less reason to get excited about new products. Intel also admitted that PC demand was weaker than expected, and expects it to get worse by year’s end. Nevertheless, it thinks the July 29 launch of Windows 10 will provide a tonic. “A lot of the really good features of Windows 10, things like Windows 10 Hello where you have facial log in, and you don’t have to use all your passwords, the Start screen… the touch usages of gaming, as the new games come to this product — those are going to run with PCs that have the latest features, ” Krzanich said. Despite the gloomy PC talk, Intel still managed to pull in a better-than-expected $13.2 billion for the quarter, thanks to a new focus on data centers, internet-of-things and memory. [Image credit: Getty images] Filed under: Peripherals , Intel Comments Source: Intel

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Intel delays next-gen chips as Moore’s law begins to crack

Why Does Asking Siri to Charge Your Phone Call the Cops?

Utter the words—and we don’t suggest you do—“charge my phone 100 percent” to Siri, and your iPhone will try and call the emergency services, after a five-second grace period in which you can cancel it. But why? Read more…

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Why Does Asking Siri to Charge Your Phone Call the Cops?

AMD’s Project Quantum Gaming PC Contains Intel CPU

nateman1352 links to an article at Tom’s Hardware which makes the interesting point that chip-maker AMD will offer Intel — rather than AMD — CPUs in their upcoming high-end gaming PC. (High-end for being based on integrated components, at least.) From the article: Recently, AMD showed off its plans for its Fiji based graphics products, among which was Project Quantum – a small form factor PC that packs not one, but two Fiji graphics processors. Since the announcement, KitGuru picked up on something, noticing that the system packs an Intel Core i7-4790K “Devil’s Canyon” CPU. We hardly need to point out that it is rather intriguing to see AMD use its largest competitor’s CPU in its own product, when AMD is a CPU maker itself. Read more of this story at Slashdot.

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AMD’s Project Quantum Gaming PC Contains Intel CPU