ARM

ARM outs 32-bit Cortex-A32, better for IoT and wearables

ARM outs 32-bit Cortex-A32, better for IoT and wearables

It seems that smartphones and especially tablets are no longer the darlings of the silicon industry. Chip makers, like Intel, Qualcomm, and even MediaTek are now vying for more embedded products, particularly wearables and the so-called Internet of Things. To sweeten the pot even more, at least on the ARM side of things, ARM Holdings has released the design for a new Cortex-A32. Like the Cortex-A35 it announced last November, this "ultra-efficient" chip is designed for embedded and Iot devices. The difference? It's even more efficient than that and is only 32-bit.

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NXP QorIQ LS1012A 64-bit ARM processor is smaller than a thumbtack

NXP QorIQ LS1012A 64-bit ARM processor is smaller than a thumbtack

NXP Semiconductors has rolled out the QorIQ LS1012A processor promising enterprise-class performance and security for consumer and networking applications in a very small package size. The chip has a 64-bit ARM v8 processor with network packet acceleration and QorIQ trust architecture security capability and line-rate networking performance at 1W of power. The chip packs all its features into a tiny 9.6mm x 9.6mm package size.

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Google tipped to endorse Qualcomm’s server chips over Intel

Google tipped to endorse Qualcomm’s server chips over Intel

Intel's server business, which is currently its strongest business, might soon be shaken up. And not directly by a rival chip maker. Instead, it will be Google's expected endorsement next week that could spell trouble for Intel. According to insider sources, Google, who is considered to be the world's biggest buyer of server processors, will be publicly singing of Qualcomm's server chips at an investor event next week. Qualcomm, who already poses a threat to Intel because of its dominance in the mobile market, could soon be eating a huge chunk of Intel's server pie as well.

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ARM outs 4K-capable Mali-DP650 mobile graphics chip

ARM outs 4K-capable Mali-DP650 mobile graphics chip

Has the 4K trend really reached the mobile industry? Well, yes and no, depending on what you mean. It might still be a while before something like the Sony Xperia Z5 Premium becomes commonplace, but dealing with 4K content, especially videos, is going to become more regular. That is why ARM is announcing early a new mobile graphics chip, the Mali-DP650, that is designed from the get go to handle 4K content, not only on a device's screen itself but streaming to an external display as well.

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AMD starts shipping “Seattle” ARM server chips

AMD starts shipping “Seattle” ARM server chips

AMD is best known for its rivalry with Intel in processors, almost all of which are based on the x86 and x64 CPU architecture. But as early as 2012, the chip maker publicly revealed how it was playing around with ARM chips to use in its line of processors for servers. The time for playing is apparently over, as AMD has started shipping the A1100, the first of its ARM-based Opteron A series designed for data centers. And its purpose is no secret either: to undermine Intel's reign in the server market.

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ARM’s “ultra-high efficient” Cortex-A35 is for wearables

ARM’s “ultra-high efficient” Cortex-A35 is for wearables

ARM Holdings, the folks designing one of the most used CPU architectures in the world, thanks to the ubiquity of mobile devices, is really pushing hard in its thrust to embrace the newest segment of embedded devices to hit the market. That is, wearables, particularly smartwatches, and the myriad smart appliances and gadgets that make up the Internet of Things. Last month, it revealed the new Mali-470 graphics core that promises to give smooth graphics even to small smartwatches. Now it's announcing the Cortex-A35 that will deliver the processing power for the same.

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DJI Manifold computer is meant to control a drone

DJI Manifold computer is meant to control a drone

Aerial drones need some processing power to operate all their embedded systems and a company called DJI has a new computer that is designed specifically for the drone market. The computer is called the Manifold and it is a high-performance embedded computer designed specifically to fly with an aerial drone. The computer is compatible with third-party sensors and can be connected to a variety of devices.

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ARM’s Mali-470 promises smoother graphics for wearables

ARM’s Mali-470 promises smoother graphics for wearables

Despite the growing popularity of wearables, smartwatches, and IoT devices, few of the hardware inside them are specifically designed with those form factors in mind. The Qualcomm Snapdragon 400 used in many smartwatches, for example, is running on half its cores to maintain the balance between performance and power drain. ARM Holdings, designer of the popular computing architecture, is changing that status quo by releasing the Mali-470, a new graphics core that has been designed to address the needs of tomorrow's smartwatches and the Internet of Things.

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BBC micro:bit explained in 5 steps

BBC micro:bit explained in 5 steps

The BBC collaborates with 29 partners to send thousands of miniature computers to every grade 7 child in the UK. This is the BBC you're thinking of - the news organization - and this is not the first time they've done such a project. Micro:bit is aimed at educating the public and setting a creative fire under the feet of the UK's youth. To do this, the micro:bit pocket-sized computer is being distributed for free to students, complete with programmable innards, Bluetooth, built-in compass, and motion detection. This is all part of the BBC's 2015 Make it Digital initiative.

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“Smaug” Chromebook with Tegra X1 might be coming soon

“Smaug” Chromebook with Tegra X1 might be coming soon

The NVIDIA Tegra X1 might be one of if not the most powerful, non-overheating mobile processor around but it is sadly found only in one solitary consumer device, the new Android TV NVIDIA SHIELD. That, however, might soon be changing with sightings of the Tegra X1 making its way to a class of consumer electronics that needs all that muscle the least: Chromebooks. If all the stars align, a certain board codenamed "Smaug" might be the foundations of a rare ARM-based Chromebook powered by the Tegra X1.

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Updated Creator CI20: a beefier RPi B+ but MIPS

Updated Creator CI20: a beefier RPi B+ but MIPS

When it comes to hackers and makers, no platform and no development board probably rings louder than ARM and the Raspberry Pi. But they not the only options, not by a long shot. Last year, Imagination Technologies, who makes the PowerVR GPUs among other things, reminded us of that other but less talked about geek darling, the MIPS architecture. It also revealed its own blessed development board, the Creator CI20, which has just been updated to again take on the RPi by taking the fight to the cloud.

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Exynos M1 could house Samsung’s custom CPU cores

Exynos M1 could house Samsung’s custom CPU cores

Samsung seems to be really intent in growing more and more independent even when it comes to its internal components. After ditching Qualcomm's Snapdragon for its own Exynos chip, the Korean OEM is apparently now preparing a new Exynos called the M1. What's special about this Exynos M1 isn't simply the fact that it's the next generation Application Processor (AP) for Samsung's devices. It's because chip could very well be the first to carry Samsung's own CPU core design instead of simply licensing it from ARM Holdings.

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