Hasta La Gadget!

Don’t think Qualcomm is limiting its quad-core processors to superstar phones. The Snapdragon S4 Play line is growing to include the MSM8225Q and MSM8625Q, parallels to the existing two Play chips that bring four cores to entry-level devices. Besides the speed improvements that you’d expect from all that extra parallelism, the Q variants support the extra bandwidth of low-power DDR2 (LPDDR2) memory and can handle both 720p displays and movie-making. Neither is quite an all-encompassing solution, although the two will cover the bases for much of the starter demographic: while local wireless such as Bluetooth, FM radio and WiFi have to remain separate from the main processor, the two newcomers manage to pack either single-mode UMTS 3G (in the 8225Q) or dual-mode CDMA and UMTS (in the 8625Q) for their cellular fix. Along with the already promised, China-focused S4 Plus MSM8930, test samples of the faster S4 Play editions will be ready before the end of the year, with shipping phones on the way in early 2013 — just in time to go head-to-head with a similar push by MediaTek to make quad-core the norm for a much larger slice of the population.

Continue reading Qualcomm reveals quad-core Snapdragon S4 Play processors, ramps up entry smartphone speeds

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Qualcomm reveals quad-core Snapdragon S4 Play processors, ramps up entry smartphone speeds originally appeared on Engadget on Wed, 26 Sep 2012 23:14:00 EDT. Please see our terms for use of feeds.

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Wireless device certifications can sometimes give away a little more of a company’s game plan than intended. Case in point: a China Compulsory Certification for the iPhone 5. The expected A1429 variant has been given initial clearance on its way to China Unicom, but there’s also a previously unseen, CDMA2000-based A1442 iPhone with a similar rubber stamp. With the iPhone 4S already on the market for a CDMA-only China Telecom, it doesn’t take much to suggest that the A1442 represents Apple’s taller, faster smartphone already prepared for the same carrier. Neither edition of the iPhone 5 is imminent without the equally important network and radio clearances. Getting the ball rolling on multiple variants so soon after the initial launch, however, raises the chance that we’ll see the iPhone 5 on more than one Chinese provider faster than the iPhone 4S took to arrive the last time around.

Filed under: Cellphones, Mobile

iPhone 5 swings through first round of Chinese approvals, may already have China Telecom onboard originally appeared on Engadget on Wed, 26 Sep 2012 16:00:00 EDT. Please see our terms for use of feeds.

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It’s been 30 years since we saw Deckard track down replicants by having a machine “enhance” pictures, and yet we’re still stuck with distant-looking photos when we want more detail than our smartphone cameras can manage. While we’d argue that a few phones already live in that Blade Runner future, Google has just obtained a patent that could give the rest of us a helping hand. If the zoom isn’t up to snuff, the proposed software could gauge a mobile device’s position and orientation to offer a closer, already-taken photo from a server as a substitute, whether it’s a Street View shot or a more traditional image. The geocoded system could even cue photos based on the time of day and year to provide that extra dash of authenticity. We already get a trace of the concept through photo overlays within Street View itself, although there’s no indication as to whether or not Google will link our camera apps directly to a cloud of substitute photos — suffice it to say that the industry has changed a lot since Google was using the iPhone 3G to illustrate its photography concepts.

Filed under: Cellphones, Cameras, Internet, Software, Mobile

Google patent delivers close-up photos when your phone can’t, Blade Runners would approve originally appeared on Engadget on Tue, 25 Sep 2012 17:27:00 EDT. Please see our terms for use of feeds.

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Nokia’s Lumia 920 packs the industry’s best image stabilization — there’s no questioning that — thanks to a camera module that pairs both sensor and lens-based optical IS. The iPhone 5 also offers a notable improvement over its Apple-made predecessor on the video front, but considering that its stabilization is of the digital variety, we wouldn’t expect it to top Nokia’s new flagship. We had an opportunity to test both smartphones in a head-to-head demo at Nokia’s research and development facility in Tampere, Finland, about two hours north of the company’s Espoo headquarters. In fact, we’re told that this is the very first such comparison shoot in the world, considering that the iPhone made it to market just last week and the only opportunity to shoot with a Lumia 920 is currently in the European country where the device was born.

As expected, the Nokia phone was able to capture far smoother video than what we snapped with the iPhone, with both devices secured side-by-side in a homemade foam holster. Unlike our handheld interview shoot earlier today, we pushed the limits a bit further this time, running through Nokia’s parking lot and turning every which way as well. It’s important to note that the Lumia 920 we used was a prototype, but its performance was still quite solid. You’ll find the side-by-side video just past the break — the Lumia 920 is on the left, with the iPhone clip on the right.

Continue reading iPhone 5 and Nokia Lumia 920 face off with image stabilization test (hands-on video, updated with Galaxy S III and HTC One X)

Filed under: Cellphones, Cameras, Mobile

iPhone 5 and Nokia Lumia 920 face off with image stabilization test (hands-on video, updated with Galaxy S III and HTC One X) originally appeared on Engadget on Tue, 25 Sep 2012 15:00:00 EDT. Please see our terms for use of feeds.

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There’s been a significant mystery lingering around the A6 processor found in the iPhone 5, even as it became clearer that Apple was veering further than usual from the basic ARM formula. A microscope-level inspection by Chipworks and iFixit is at last identifying the key elements of the 32nm, Samsung-assembled chip and revealing just how far it strays from the beaten path. The examination confirms earlier suspicions of a dual-core design with triple-core graphics — it’s how that design is shaped that makes the difference. Apple chose to lay out the two processor cores by hand rather than let a computer do the work, as most ARM partners do. The procedure is expensive and slow, but also gives the A6 a better-optimized design; it explains why the chip is noticeably faster than much of its competition without needing the brute force approaches of higher clock speeds or extra cores. Some mysteries remain, such as the exact PowerVR graphics that are at work, but it’s evident Apple now has the design talent and resources to speed up mobile devices on its own terms rather than wait for off-the-shelf layouts like the Cortex-A15.

Filed under: Cellphones, Mobile

Apple A6 investigation shows highly customized dual-core, triple-GPU layout originally appeared on Engadget on Tue, 25 Sep 2012 11:36:00 EDT. Please see our terms for use of feeds.

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