Posts Tagged ‘chip’

Wolfson WM5110 audio chip outputs ‘studio master’ sound, may appear in next Galaxy S (ears-on)

Wolfson WM5110 audio chip outputs 'studio master' 24bit 192KHz sound, might appear in the next Galaxy S earson video

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What you’re looking at above is a demo board carrying a next-gen Wolfson WM5110 audio chip for smartphones. This bit of silicon isn’t in any market-ready handsets just yet, hence the DIY setup, but given Wolfson’s well-cemented partnership with Samsung there’s every chance this’ll be the audio hub in the next Galaxy S, as well as potentially in other manufacturers’ phones coming out in 2014.

One of the WM5110′s headline features is the ability to handle high sample rate music tracks at 24-bit and 192KHz, aka “studio master” or “better than CD quality” sound. Such skills are generally reserved for pricey standalone DACs like iRiver’s AK100, which allows Wolfson to claim that this is the first implementation for inside a smartphone. We have an ears-on video for you after the break, but it’s not much use for judging audio quality — the event was too noisy even for us to attempt that, so we’ll just wait to do another audio round-up in more controlled conditions — but at least there’s some proof of principle. On the other hand, if you’re unconvinced as to whether 192KHz is even a worthwhile spec to have in smartphone, then read on to learn about some of the WM5110′s other abilities, which have a more practical bent.

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MediaTek’s new chip offers entry-level smartphones a dual-core SoC with HSPA+ on the cheap

MediaTek chip

As glad as we are that MediaTek ushered in affordable, quad-core SoC designs with the MT6589, even that silicon can only go so far in making smartphones accessible. The company’s new MT6572 might be frugal enough to lower some of those few remaining barriers. The all-in-one part mates a cheaper dual-core, 1.2GHz ARM Cortex-A7 processor with HSPA+ 3G, China-focused TD-SCDMA, Bluetooth, GPS and WiFi, dropping the construction costs beyond what even the chip’s quad-core sibling can manage. While the MT6572 can only handle up to a qHD display, a 5-megapixel camera and 720p video, that’s more than enough to improve baseline features in a category where many recent entry-level phones still tout single-core CPUs and WVGA screens. Its rapid arrival in the marketplace may be crucial, too. MediaTek expects the first phones based on the MT6572 to roll out in June — just in time to keep the world’s transition to smartphones moving at full steam.

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Source: MediaTek

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Tiny DARPA chip has six-axis inertial guidance for military GPS backup

Tiny DARPA chip has sixaxis inertial guidance to backup military if GPS goes down

Before satellites, getting from A to B without radio signals used to involve cumbersome inertial systems found only on advanced civilian and military aircraft. Those are still the best backup for GPS, and working with the University of Michigan, DARPA has found a way to reduce the once fridge-sized units to half the width of your fingernail. The chips contain everything needed for precise navigation including an accurate master clock, a three-axis gyroscope and three accelerometers, all contained in three hair-width layers. If it gets out of the lab, it would give soldiers another option in the event of an enemy GPS attack or when they’re in a tunnel, and might even guide you to that Macy’s restroom if it ever hits civilian form.

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Via: Gizmag

Source: DARPA

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Latest Apple TV reveals smaller A5 chip, adds to rumors of split with Samsung

Latest Apple TV reveals much smaller A5 processor, adds to rumors of split with Samsung

Quiet, mid-cycle element upgrades are a thing with Apple, and they’re often worth keeping an eye out for. The iPad 2 got a chip upgrade in 2012, for instance, which substantially extended its battery life using a 32nm A5 SoC rather of a 45nm one. Well, much as anticipated, an extremely similar processor upgrade has just pertained to the Apple TELEVISION. MacRumors popped open the most recent variation, known as “AppleTV3,2“, and found excellent evidence of an additional die shrink: the main block of silicon is just 6 mm x 6 mm, which ares smaller than the 8 mm x 8 mm chip in the most recent iPad 2. This undoubtedly causes speculation that Apple has shifted to a 28nm fabrication process, possibly snubbing Samsung’s 32nm foundries, however we ‘d need a proper silicon-level analysis to be specific. In the meantime, though, we ‘d suspect that this update could not be worth hunting to the degree that the new iPad 2 was– the level of shrinking here does not seem enough to have a significant effect on power draw, and in any case that’s less of a concern for a gadget that’s fed from the wall.

[Image credit: MacRumors]

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Latest Apple TV has a die-shrunk A5 chip, not an A5X after all

Apple-a5-ipad-2-processor_large

The existing Apple TV refresh consists of a die-shrunk variation of the single-core A5 system on a chip instead of the reported A5X, reports MacRumors. We initially became aware of the new Apple TELEVISION from FCC documents in late January, but rapidly learnt from Apple that the refresh would only consist of a “small” component modification. It ends up that wasn & rsquo; t an exaggeration.

The MacRumors group cracked open one of the newly-released Apple TVs (model figure A1469), and found that the A5 within was almost 50 percent smaller sized than the last generation’s already-shrunken chip, measuring roughly 36 square millimeters (0.06 square inches). MacRumors points out that it & rsquo; s unknown who is manufacturing the new chips– both longtime partner Samsung and reported …

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Intel lands Altera as its biggest chip manufacturing customer to date

Intel lands Altera as its biggest chip manufacturing customer to date

Many of us see Intel as self-serving with its chip manufacturing, but that’s not completely real: it just hasn’t had extremely large consumers. A just-unveiled handle Altera might help pulverize those preconceptions. Intel has actually accepted make a few of the embedded technology titan’s future field-programmable gate collections (FPGAs) making use of a 14-nanometer procedure, providing Intel a top-flight client while gets Altera a leg up over any rivals stuck on less reliable innovations. The pact could be just the beginning– Intel VP Sunit Rikhi portrays the offer for Reuters as a stepping stone toward a higher duty in agreement chip assembly. We’re not expecting Intel to snag some business straight from the likes of GlobalFoundries and TSMC when numerous of their customers are ARM advocates, or otherwise direct rivals. Nevertheless, we’ll have to reject thoughts that Intel can’t share its wisdom (and manufacturing facilities) with others.

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Samsung puts latest Exynos 5 Octa chip into a prototype tablet, we go hands-on (video)

Samsung puts its latest Exynos Octa chip into a prototype tablet, we go handson video

The Exynos 5 Octa was definitely one of the biggest things to come out of CES. Given how well the regular dual-core Exynos V performs in the Nexus 10 and Chromebook, devices containing the souped-up Octa version could be really special. As you probably know already, we’re looking at four Cortex-A15 cores for when you need raw performance for gaming or media creation, and then four energy-saving Cortex-A7 cores for less demanding tasks like surfing or watching video. We’ve just seen how fast and fluid this big.LITTLE core-switching technology is, courtesy of a Samsung reference tablet on show at ARM’s booth at MWC — check it out for yourself after the break.

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Qualcomm outs global LTE chip, claims a world first

Qualcomm outs global LTE chip, claims a world first

Global flavors of LTE bands can be a hassle for travelers and firms making multiple versions of the same device, but Qualcomm says its solved that quandary with a new radio chipset. Dubbed the RF360, the silicon is hailed as the world’s first mobile chip that packs support for global LTE, which translates to connectivity for LTE-FDD, LTE-TDD, WCDMA, EV-DO, CDMA 1x, TD-SCDMA and GSM / EDGE — breaking down the barriers separating roughly 40 different LTE bands. Not only does it lend globetrotters a hand, but Qualcomm claims the component carries a few other “world’s first” features that allow manufacturers to build thinner products with improved antenna performance, battery life and connection reliability. The outfit also unveiled the WTR1625L chip, which stakes claim to an industry first by sporting carrier aggregation alongside international LTE compatibility. Hardware made with the RF360 isn’t expected to arrive on shelves until the latter half of 2013, but for now you can mosey past the break for the nitty gritty details and a video to walk you through them.

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Source: Qualcomm

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PayPal Here coming to the UK with a chip reader to match (video)

PayPal Here coming to the UK with a chip reader to match video

US-born mobile payment techniques like PayPal Right here and Square have not had much traction in Europe, due in no small part to the continent’s constant reliance on chip-and-PIN credit cards over North America’s (gradually outbound) magnetic stripes. PayPal is getting around that technical barrier with the most direct approach feasible– changing the reader completely. PayPal Right here’s UK implementation swaps out the triangular US reader for a significantly bulkier Bluetooth peripheral that takes the newer payment method. Many others aspects will recognize to anybody who’s used Right here on an Android or iOS device in an additional nation, minus the required changes in currency. PayPal is partnering with a handful of UK businesses before launching Below on a wider scale in the summer season– not quickly sufficient for some, but it might save a few Brits from scrounging through their pocketbooks simply to get some ice cream.

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Nvidia Outs Next-Gen Tegra 4 Quad-Core A15 LTE-Enabled Mobile Chip; Also Unboxes ‘Job Cover’: Open Gaming Handheld That Supports Android, PC Titles

Image (1) nvidialogo.jpg for post 360433

Nvidia has outed its next-gen Tegra 4 mobile CPU at CES. As expected, the chip stuffs 72 GPU centers, supplying a 6x bump on the Tegra 3 ′ s graphics processing efficiency — to take advantage of greater resolution displays — in addition to the first quad-core ARM Cortex-A15, to enhance web searching rate by 2.6 x and deliver improved app efficiency. Additionally on board: LTE support. Nvidia is chatting up the computation photography abilities of the Tegra 4, with automatic support for HDR pictures and video, and also its power efficiency — declaring it consumes up to

45 per cent less power than the Tegra 3 in “ typical use cases ”, thanks to functions such as a battery saver center for reduced power throughout basic use. The Tegra 4 supports up to 14 hours of HD video playback on phones. Additionally today at CES, Nvidia has actually launched an open gaming portable — called ‘ Project Guard ’ — powered by the new Tegra 4 chip. The handheld could download Android games from Google Play and

Nvidia ’ s TegraZone game shop, as well as wirelessly stream Windows PC STEAM games — provided you have a COMPUTER powered by Nvidia GeForce GTX GPUs somewhere else in the house. The use-case right here is most likely if you want to tumble out on the sofa to play to play COMPUTER games, rather than sitting at your work desk. The handheld hardwareincludes a 5-inch, 1280 × 720 HD retinal multitouch display, hinged atop the controller: Nvidia ’ s releases follow below: NVIDIA Introduces Globe’s Fastest Mobile Processor

Tegra 4 Characteristics 72 Custom GPU Cores, Quad-Core Cortex-A15 CPU for Superb Performance and Efficiency; LTE Allowed with Optional Chipset LAS VEGAS– CES– Jan. 6, 2013– NVIDIA today presented NVIDIA ® Tegra ® 4, the world’s fastest mobile processor, with record-setting efficiency and battery life to perfectly power smartphones and tablets, gaming gadgets, car infotainment and navigation

systems, and PCs. Tegra 4 offers exceptional graphics processing, with lightning-fast web surfing, magnificent visuals and brand-new camera capabilities through computational photography. Formerly codenamed “Wayne,” Tegra 4 features 72 custom NVIDIA GeForce ™ GPU cores– or 6 times the GPU horsepower of Tegra 3– which deliver even more realistic video gaming experiences and

higher resolution displays. It consists of the first quad-core application of ARM’sa lot of enhanced CPU center, the Cortex-A15, which provides 2.6 x faster web surfing and breakthrough performance for apps. Tegra 4 likewise allows around the world 4G LTE voice and data support with an optional chipset, the fifth-generation NVIDIA Icera ® i500 processor. More efficient and 40 percent

the size of typical modems, i500 provides 4 times the processing capability of its predecessor. “Tegra 4 provides huge processing power and efficiency to power smartphones and tablets, video gaming devices, automobile systems and Computers,” stated Phil Carmack,senior vice head of state of the Tegra company at NVIDIA. “Its brand-new capabilities, especially in the area of computational photography, will help enhance a whole range of existing products and cause the creation of exciting brand-new ones.” Computational Photography Capacity Among the Tegra 4 processor’s developments is its Computational Photography Architecture, which immediately delivers high powerful variety (HDR) images and video by fusing together the processing

power of the GPU, CPU and the camera’s image-signal processor. Its HDR ability catches images, including those taken with a flash, the means they are seen by the human eye– with detail in both bright and dark locations. Unmatched Power Efficiency Designed for maximum energy efficiency, Tegra 4 consists of a second-generation battery saver core for reduced power during common use, and PRISM 2 Show modern technology to decrease backlight power while delivering exceptional visuals. Tegra 4 consumes up to 45 percent less power than its predecessor, Tegra 3, in usual use cases. And it allows up to 14 hours of HD video playback on phones. Tegra 4 Trick Qualities · – GeForce GPU with 72 custom centers · – Quad-core ARM Cortex-A15 CPU, plus a 2nd Generation Battery Saver Core · – Computational Photography Architecture · – LTE ability with


optional Icera i500 chipset · – 4K ultra-high-def

video support Useful Links www.nvidia.com/tegra www.tegrazone.com NVIDIA Untethers Gaming with Job DEFENSE Gaming Portable for Open Operating systems Designed for Gamers to Play When, Where, How They Wish LAS VEGAS– CES– Jan. 6, 2013– NVIDIA today announced Job SHIELD, a gaming portable for open platforms, designed for gamers who desire to play when, where and how they wish. Developed with the philosophy that video gaming should be open and flexible, Job COVER perfectly plays both Android

and PC titles. As a pure Android device,

it gives access to any type of game on Google Play. And as a cordless receiver and controller, it can stream games from a PC powered by NVIDIA ® GeForce ® GTX GPUs, accessing titles on its STEAM game collection from anywhere in the home. “Project DEFENSE was created by NVIDIA engineers who like to game and envisioned a new way to play,” stated Jen-Hsun Huang, co-founder and primary executive officer at NVIDIA. “We were motivated by a vision

that the surge of mobile

  • and cloud technologies will release us from our boxes, letting us game anywhere, on any type of display. We thought of a device that would do for gameswhat the iPod and Kindle have actually done for songs
  • and books, letting us play in a cool brand-new method. We wish other gamers adore SHIELD as much as we do.” Job SHIELD integrates the advanced processing power of NVIDIA Tegra ® 4

  • , breakthrough game-speed Wi-Fi modern technology and stunning HD video and

audio constructed into a console-grade controller. It can be utilized to use its own incorporated screen or on a huge display, and on the couch or on the go. Tegra 4 at Its Heart At the

center of Project DEFENSE is the globe’s fastest mobile processor, the new NVIDIA Tegra 4,

which provides huge power from its custom 72-core GeForce GPU and the first quad-core application of ARM’s a lot of innovative CPU center

, the Cortex-A15. These, combined with its battery-saver core and energy-saving PRISM 2 technology, deliver hours of gameplay on a single charge. Windows and Android Games Windows and Android are the world’s most effective computing platforms, with enormous ecosystems of system and software developers. While not

especially made for games, both open platforms have actually drawn gamers by the millions. Project COVER is created to permit them to delight in Android and Windows games in a new, amazing method. Project DEFENSE can immediately download Android games, consisting of Android-optimized titles available on NVIDIA’s TegraZone ™ game store, which has actually already provided even more than 6 million downloads to gamers. It could likewise be made use ofas a cordless game receiver to a neighboring PC prepared with an NVIDIA GeForce GTX 650

GPU or higher

. Console-Grade Controller Project DEFENSE’s ergonomic controller was developed for the gamer who wants ultimate control and accuracy. Retinal Video gaming Show Brilliant gameplay and video are provided by Project SHIELD’s incorporated 5-inch, 1280 × 720 HD retinal multitouch display, with 294 dpi. Plus, Tegra 4 with Direct Touch technology offers it touch responsiveness that is a more constant, precise and smooth-flowing touch input experience than a standard touch device. Tuned

Port, Bass Reflex Portable Speaker System Deep, rich sound is crucial for a fantastic gaming experience. And Job SHIELD offers fidelity and dynamic variety never ever before readily available on a transportable gadget, with its custom, bass reflex, tuned harbor sound system– with two times the low-frequency output of high-end laptops. Project GUARD could likewise access Android apps such as Hulu, Netflix and Shirker Radio, so individuals could

appreciate their

films and popular music anywhere without costly, cumbersome wired or cordless speakers. Support by Leading Market Analyst Patrick Moorhead, head of state and lead analyst at Moor Insights & Strategy, stated: “The market has actually waited years for a breakthrough games device that offers the versatility, quality and total satisfaction of Project DEFENSE. Few companies besides NVIDIA have the vision, digestive tracts and deep games experience to have pulled

this off.” Support by Leading Game Developers

Yves Guillemot, co-founder and primary executive officer of Ubisoft, stated: “Ubisoft is constantly excited about new equipment advancements, and Job GUARD promises to bring both mobile and COMPUTER gamers a wonderful brand-new gaming experience. Seeing the COMPUTER version of Killer’s Creed III run on the device is a fantastic example of this, and more strengthens

Ubisoft’s long-lived relationship with NVIDIA.” Mark Rein, vice president and co-founder of Epic Games, stated: “With Project GUARD, NVIDIA brings a brick-wall, high-performance console experience to mobile gadgets. Incredible games consisting of Genuine Boxing and Hawken, which make use of the current Unreal Engine innovation, look fantastic on Job COVER. This is just the start, and we ’ re really delighted to see what more Unreal Engine

designers will finish with a lot horsepower in such a compact gaming device.” Bill Wagner, main manufacturing policeman at Meteor Entertainment, said

: “Originating from the openness of a PC platform, we adore exactly how

accessible Job COVER is, and the versatility it gives gamers all over. Job COVER provides us the innovative ability to bring a significant free-to-play COMPUTER game like Hawken to the handheld games audience.” Support by More comprehensive Sector “Shadowgun and Dead Trigger showed how Tegra could redefine mobile games on Android. Job SHIELD’s performance has allowed us to

bring an even

much better experience with Dead Trigger 2, debuting first on Tegra

4 gadgets. Our fans are visiting adore it.”– Marek Rabas, primary executive officer of MADFINGER Gamings “Job DEFENSE has altered exactly how we approach mobile game development. Tegra 4 helped us develop Bloodsword– a brand-new game debuting with the greatest resolution textures, graphics and shading we

‘ve ever seen

on a mobile gadget.”– Seunghee Do, co-founder at OneQ Soft “We are extremely excited to be part of Job COVER, and are quite amazed by the games potential of this gadget. Job SHIELD is without a doubt

the fastest

mobile device we have actually dealt with and it lets us put

console quality graphics on a portable gadget.”– Stine Waern, chief executive officer at Ravn Studio AS “Thanks to Job SHIELD’s performance, we have the ability to make use of the exact same quality textures and shaders in Rochard as on the PC version. We’re extremely delighted to bring Rochard to Job COVER, the first time it’s ever before been usable on a mobile gadget.”

– Jan Achrenius, main executive officer at Recoil Games “In other words

, Project COVER is an outstanding leap forward, enabling us to develop console-quality visuals previously unthinkable on a mobile platform.”– Arden Aspinall, main executive officer and project lead at TickTock Games Ltd. More info is offered at shield.nvidia.com. About NVIDIA NVIDIA (NASDAQ: NVDA) awakened the globe to computer system graphics when it created the GPU in 1999. Today, its processors power a broad variety of items from smartphones to supercomputers. NVIDIA’s mobile processors are made use of in cell phones, tablets and car infotainment systems. COMPUTER gamers depend on GPUs to appreciate spectacularly immersive worlds. Professionals utilize them to produce 3D graphics and visual results in films and tocreateeverything from golf clubs to jumbo jets. And analysts use GPUs to advance the frontiers of science with high efficiency computing. The business has even more than 5,000 patents issued, allowed or filed, including ones covering concepts essential to modern-day computing. To learn more, see www.nvidia.com.

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