New ARM CEO: We’ll resist buyout offers, Apple or otherwise

ARM’s new CEO will resist the siren call of acquisition, chasing smaller, more ubiquitous chips rather than a lucrative pay out from Apple or other 300 licensees of the widespread SoC technology. Currently president of the firm, Simon Segars told the Guardian that ARM would cling resolutely to independence no matter how big the wallet waved under its nose, describing the strategy as “the right model” in a market that demands confidentiality.

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ARM is privy to the roadmaps and product plans of hundreds of companies, Segars pointed out, many of whom are arch rivals in the marketplace. “They rely on the neutrality of our position” he insists, a continuation of the strategy of outgoing CEO Warren East. East will step down from his role in July, ending twelve years in charge of the chip tech firm.

However, while ARM’s current good fortune is on the back of smartphones and tablets, such as Apple’s iPhone and iPad, Segars isn’t in idle. The company is looking to the so-called “internet of things” – every device having a web connection, and able to intercommunicate its status – where it envisages the the next surge in growth.

ARM chips “could be embedded in lightbulbs, the concrete of the road you’re driving on, in the bathroom scales” Segars explains, or “in your refrigerator working out when the milk is going to go off.”

Some of the company’s biggest licensees, such as Texas Instruments, have already thrown their weight behind the internet of things. The OMAP manufacturer will backtrack from smartphone chips and instead look to embedded SoCs, it announced back in September 2012, with a new line of low-power wireless options.

Meanwhile, ARM is also looking to crank up the pressure on Intel, with plans to push its chip technology into what would traditionally have been considered the domain of x86 processors. Servers and mainstream PCs are another target for ARM, with 64-bit models in the pipeline.

However, it’s the potential for a big name like Apple to jump ship from Intel and instead use low-power, efficient ARM-based chips that has many tongues wagging in the industry. That has prompted speculation that Apple might try to invest or even acquire ARM outright, something though that does not look likely with Segars at the helm.


New ARM CEO: We’ll resist buyout offers, Apple or otherwise is written by Chris Davies & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

SlashGear 101: The Samsung Exynos 5 Octa Processor

When you’re getting to know the 8 CPU cores of the Samsung Exynos 5 Octa SoC, you’ll first want to understand that they absolutely do not work the same way as multi-core mobile processors have in the past. While the Exynos 5 Octa does have 8 CPU cores, they’re never being used all at once. Instead you’ve got 2 distinct pairs of 4 CPU cores, four of them “big”, the other four “LITTLE”. The Exynos 5 Octa SoC works with what’s called big.LITTLE architecture, this term coming from the British processor company ARM.

Exynos_5_Octa-577x500

Inside the Samsung Exynos 5 Octa processor you’ll find two sets of CPU cores, both of them made with ARM technology. There are four Cortex-A15 CPU cores as well as four Cortex-A7 processor. The Cortex-A15 processors take care of processing-intense (read: “big”) tasks while the Cortex-A7 cores take care of lighter (LITTLE) workloads. That’s two sets of four cores that are never all being used on the same task at once.

What you’re about to see is a chart showing in a very basic way how big.LITTLE technology works with the Cortex-A15 and Cortex-A7 CPU units working together.

arm_big-little

According to Samsung, the Exynos 5 Octa will be enhancing the 3D graphics processing capabilities by a factor of two – or more – over that of the Exynos 4 Quad processor. That processor was found in devices such as the Samsung Galaxy Note II, the Galaxy S III (international edition), and the Samsung Galaxy Note 10.1.

The company has also noted that the Exynos 5 Octa is able to drive devices with displays as large as WQXGA (2560×1600) pixels sharp. Devices with this dense a display have not yet hit the market at the time of this article’s publication – but we may see beasts like this inside the next year. Perhaps on the Samsung Galaxy S 5. The Exynos 5 Octa works with e-MMC (embedded multimedia card) 5.0 as well, and works with a USB 3.0 interface for the “first time in the industry” according to Samsung.

arm_big-little_a15

With the Exynos 5 Octa you’ve got incorporation of a full HD 60fps (frame per second) video hardware codec engine made powerful enough for 1080p video recording and playback. Also included is a 13 mega-pixel 30fps image signal processor interface as well as a 12.8GB/s memory bandwidth interface that enables use of a Full HD Wifi display.

Samsungmemory_eMMC_fullcolor

Samsung has today let the world know that the Exynos 5 Octa application processor will be going into mass-production in Q2 of 2013. They’ve made it clear that this processor architecture will be made specifically for high-end mobile devices and – at the time of the publication of this article – the first release of the Exynos 5 Octa will be inside the Samsung GALAXY S 4.

Have a peek at our hands-on with the Samsung GALAXY S 4 now and stick around the Samsung GALAXY S 4 tag portal for more information leading up to (and through) the final market release of this smartphone.


SlashGear 101: The Samsung Exynos 5 Octa Processor is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Samsung puts Exynos 5 Octa into production: guess who’s the first customer

Samsung puts Exynos 5 Octa in mass production, no prizes for guessing where it shows up

That Galaxy S 4 isn’t going to compute tasks through sheer force of will, you know. Just a day after Samsung unveiled the smartphone as its inaugural Exynos 5 Octa device, the company has confirmed that the not-really-eight-core ARM processor should be in mass production during the second quarter of the year, or between April and June. There aren’t many more details to share beyond what the company mentioned at CES, but that doesn’t diminish what could be a best-of-all-worlds processor: the automatic switching between four Cortex-A15 and four Cortex-A7 cores should give it a performance edge over many of its peers while reducing power consumption by up to 70 percent. We also know that the Octa’s graphics performance has largely caught up to peers versus earlier Exynos 4 designs, as Imagination Technologies has confirmed that its PowerVR SGX544MP is providing enough muscle to double 3D performance over the creaky Mali-400 in the Exynos 4 Quad. About the only mystery left is whether or not many companies beyond Samsung will get a chance at some Exynos 5 Octa silicon, although there’s one or two prospects.

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Source: Samsung, Imagination Technologies

Qualcomm confirms Snapdragon 600 for Samsung GALAXY S 4

Though the details were a bit less than solid in the official Samsung releases over the past 24 hours, today Qualcomm has confirmed that the GALAXY S 4 will indeed be carrying the all-powerful Snapdragon 600 quad-core processor onboard. This processor is the same motor that runs the HTC One and the LG Optimus G Pro, devices you may have seen SlashGear work with before. This detail adds to the ever-growing list of specifications that the GALAXY S 4 has the same as one of its biggest competitors in the HTC One, and should prove to create an interesting set of benchmarks for comparisons between the two.

snapdragon

The Qualcomm Snapdragon 600 is one of two monstrously powerful quad-core processors the company has revealed this year alone. The other is the Snapdragon 800, a System-on-Chip that’s only thus far been revealed to be carried by the ZTE Grand Memo, a device whose USA release schedule is still not quite solidified. You’ll find more information on the Snapdragon 800′s implementation on the ZTE Grand Memo in our Mobile World Congress 2013 report.

The Snapdragon 600 and 800 were revealed back in the first week of 2013 in a full report detailing how they’ll be appearing on smartphones (and perhaps tablets) throughout the year. As in previous iterations of the Snapdragon SoC, image processing continues to be a high point – have a peek at our LG Optimsu G Pro Photo Tour from Barcelona during Mobile World Congress 2013 as well for a view of how well the device does with the big Q under the hood.

As for the Samsung GALAXY S 4, the Snapdragon 600 will be appearing with a fantastically large performance increase over its predecessors. Compared to the Snapdragon S4 Pro, Qualcomm says the Snapdragon 600 offers a whopping 40% performance increase – the previous Galaxy smartphone had the Snapdragon S4 dual-core processor, a step below the S4 Pro, so you can imagine this GALAXY S 4 will be delivering quite the beastly bump compared to last year.

“ The Snapdragon 600 processor helps consumers do more on their mobile devices, providing seamless app switching, high-speed Web browsing, email connectivity, GPS, multimedia, fast gaming, social networking and 4G/LTE connectivity.” – Qualcomm

As it was with the Samsung Galaxy S III, this GALAXY S 4 model will be coming out with different processors in different regions. Inside the USA you’ll be seeing the Qualcomm Snapdragon 600 quad-core processor while in most (if not all) regions outside the states you’ll find the Samsung Exynos “Octa” processor with 8 CPU cores (4 active, 4 backup). We’ll be interested to see how these two builds compare to one another once they’re both out on the market without a doubt!

Have a peek at the timeline below to see additional insight on the release of the Samsung GALAXY S 4 as well as a set of hands-on experiences and comparisons to other recent smartphone hero models. Stay tuned for more on Qualcomm as well in our fabulous Qualcomm tag portal, too!


Qualcomm confirms Snapdragon 600 for Samsung GALAXY S 4 is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Apple A7 chip tipped with Intel inside

With the pattern ringing true for some time now, it’s not unbelievable in the slightest when one hears a tip of a so-called “A7″ chip in Apple’s future for the iPad, iPhone, and iPod touch. What’s slightly more questionable is the possibility that part of the production of this chip might be done by Intel. With word of Apple aiming to pull away from Samsung in their chip production across the board having been an unofficial understanding for quite a few months now, it seems that Intel might be aiming to grab a piece of the pie.

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This news comes from DigiTimes – a publication which you’ll certainly want to take some measure of salt listening to – speaking with unnamed “institutional investors.” The note speaks of Apple’s business aiming for Intel with an approximate 10% chop of the market in creating this next-generation mobile SoC. As for the rest of the pie, a rumor persists that TSMC – Taiwan Semiconductor Manufacturing Company – will be rolling in the production.

The newest break-up of production, again according to DigiTimes, is a 50/40/10 sharing of efforts, with Samsung keeping the largest slice while TSMC takes the 40 and Intel takes the 10. In the end, the A7 chip will remain Apple-branded and, unlike smartphones made by most other major manufacturers, the processor inside the iPhone, iPad, and iPod touch will only be promoted as Apple-made. We’ll have to wait until the tear-down and magnifying glass up-close looks to be sure.

Have a peek at the timeline below to see more information on what Apple’s A-series chips have been up to, and stick around later this year to hear all about what’s almost certainly going to be the iPhone 5S, too. Is it time for the A7 chip to go much more than multi-core? Quite possibly!

[via DigiTimes]


Apple A7 chip tipped with Intel inside is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

AMD Richland chips will arrive in notebooks next month, promise better graphics, battery life and a few extras

First notebooks with AMD Richland chips due out next month, should bring better battery life and some nice little extras video

Yearly product cycles? AMD doesn’t need that long, thank you. It’s planning to release a fresh batch of low-power APUs just 11 months after Trinity. Known as Richland, this generation won’t be vastly different at the silicon level, as it’s built on the same 32nm process as Trinity, has the same number of transistors and offers very similar compute performance in terms of raw GFLOPs. However, there are some noteworthy upgrades in attendance, including a move to Radeon HD 8000M graphic processors, which are claimed to deliver a 20-40 percent increase in “visual performance” in higher-end models, plus power-saving tweaks that should provide over an hour of additional battery life while watching 720p video — perhaps even enough for two extra episodes of House of Cards. Some Windows 8 enhancements will also tag along for the ride, and these will promptly be revealed if you read on past the break.

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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 component upgrades are a thing with Apple, and they’re sometimes worth watching out for. The iPad 2 got a chip update last year, for example, which significantly extended its battery life by using a 32nm A5 SoC instead of a 45nm one. Well, much as expected, a very similar processor update has just come to the Apple TV. MacRumors popped open the latest version, known as “AppleTV3,2“, and found good evidence of a further die shrink: the central block of silicon is just 6 mm x 6 mm, which is even smaller than the 8 mm x 8 mm chip in the newest iPad 2. This inevitably leads to speculation that Apple has shifted to a 28nm fabrication process, possibly snubbing Samsung’s 32nm foundries, but we’d need a proper silicon-level analysis to be certain. In the meantime, though, we’d guess that this update may not be worth hunting down to the degree that the new iPad 2 was — the level of shrinkage here doesn’t seem enough to have a huge impact on power draw, and in any case that’s less of an issue for a device that’s fed from the wall.

[Image credit: MacRumors]

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Via: iMore

Source: MacRumors

Intel Ultrabook Prototype with Haswell Spoted at CeBIT

[CeBIT 2013] Yesterday, I met with Karen Regis, Director, Ultrabook Marketing at Intel and she showed me a reference design prototype for an Ultrabook featuring the Intel fourth generation of Intel Core i-series processors (codenamed Haswell).

The 17 millimeter thick device was shown at CES for the first time, and Intel has built only four units like this one. The processor manufacturer has made it easier to detach the touch display by adding a button and a green light to unlock the docking connector (see the demo in the video).



Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT


Intel Ultrabook Prototype with Haswell Spoted at CeBIT

(more…)

By Ubergizmo. Related articles: The 7th Guest: 3 Heading To PC, Mac and Mobile To Give You Nightmares Again, ASUS Transformer AiO: Where Windows 8 Meets Android,

MIT imaging chip creates natural-looking flash photos

MIT imaging chip blends photos with and without flash, keeps detail in noise reduction

Mobile image processing in itself isn’t special when even high dynamic range shooting is virtually instant, at least with NVIDIA’s new Tegras. A new low-power MIT chip, however, may prove its worth by being a jack of all trades that works faster than software. It can apply HDR to photos and videos through near-immediate exposure bracketing, but it can also produce natural-looking flash images by combining the lit photo with an unassisted shot to fill in missing detail. Researchers further claim to have automatic noise reduction that safeguards detail through bilateral filtering, an established technique that uses brightness detection to avoid blurring edges. If you’re wondering whether or not MIT’s work will venture beyond the labs, don’t — the project was financed by contract manufacturing giant Foxconn, and it’s already catching the eye of Microsoft Research. As long as Foxconn maintains interest through to production, pristine mobile photography won’t be limited to a handful of devices.

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Source: MIT

ZTE to ship some of the first Tegra 4 phones by mid-2013

ZTE to ship some of the first Tegra 4 phones by mid2013

When NVIDIA unveiled the Tegra 4 last month, there were questions as to when it would ship in a phone, or whether it was bound for phones in the first place. ZTE has settled that question with plans to be the first company shipping Tegra 4-packing smartphones. The Chinese phone builder won’t spoil the surprise by naming the devices in question, but the first models reach China by mid-2013. An LTE “super phone” is in the pipeline, ZTE says. With that fresh ground broken, we’re mostly left wondering how likely it is that these devices will cross the Pacific — as well as guessing which other companies are lined up for NVIDIA’s fourth-generation silicon.

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Source: NVIDIA