ARM's long been the dominant form of silicon in mobile devices, but Intel aims to change that with its next-generation Atom chip design codenamed Silvermont. According to Intel, the new architecture will enable CPUs that operate at up to three times the speed of existing models, while (in some cases) also offering chips that sip just one-fifth the amount of electricity to get computational jobs done. The keys to those improvements are Intel's 22nm process and Tri-Gate transistors tuned for SoCs. While Silvermont was designed with mobile in mind, the architecture supports up to eight cores and will find its way into data centers and Ultrabooks in addition to phones and tablets. When? Intel's not telling yet, but rest assured when Silvermont shows up in an actual product, we'll be there to put it through its paces.

Filed under: Cellphones, Tablets, Mobile, Intel

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Via: ZDNet

Source: Intel

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.

Filed under: Cellphones, Mobile

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Source: MediaTek

While Snapdragon 600 is already showing up on various flagship devices like the HTC One, PadFone Infinity, Galaxy S 4, Optimus G Pro and Xiaomi 2S, we're still looking forward to the big daddy of Qualcomm's lineup this year: the Snapdragon 800. At a media event in Beijing earlier today, Senior Product Manager Yufei Wang confirmed that his company's next flagship SoC will enter mass production in late May, but he refused to comment on which upcoming devices will feature it. And due to the current state of the silicon (even though vendors like ZTE are already sampling it), we weren't allowed to run any benchmark tests on the Snapdragon 800 development devices on display just yet, though we've been told to stay tuned in June.

What makes the 800 shine brighter than the 600 is its more powerful Krait 400 architecture, which can maintain a clock speed of up to 2.3GHz; but like before, the four cores are also clocked asynchronously for better power management. On top of that, the 800 comes with the new Adreno 330 graphics processor with 30fps 4K playback capability, while still featuring the improved Adreno 320's FlexRender technology that can dynamically switch between direct rendering and binning rendering for optimized performance and efficiency. We'll save the nitty-gritty for the proper launch of this 28nm chip later this year.

Gallery: Qualcomm media workshop Beijing 2013

Filed under: Misc

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We're no strangers to AMD's embedded processors, designed for specialist applications such as casino gaming and dashboard infotainment systems. But this latest announcement of an updated G-Series processor reveals something totally unexpected. It's not just that the chip contains four Jaguar cores of PlayStation 4 fame, or that it also includes a Radeon 8000 GPU and I/O module on a single piece of silicon -- although that's all interesting enough. The key thing is actually the "X" in the lower right corner of the logo, which signifies that this is an x86 chip of the type we'd normally expect from AMD. The question is this: Why bother even mentioning the "X" when everyone knows AMD is an x86 stalwart already? Read on and we'll explain its true significance.

Filed under: Laptops, Tablets, AMD

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