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Ever notice that the chips driving tablets are made by the likes of Apple, Samsung, Nvidia, and Qualcomm? Intel wants to change that.
As tablets are moving into a central role in technology users’ everyday personal and professional lives, it’s no surprise that almost every technology company on the planet wants to have a strong presence in the tablet market. However, chipmaking giant Intel has largely been left out of the revolution: while its processors power the vast majority of notebook, netbook, desktop, and server systems on the market, tablets are dominated by ARM-based processors from the likes of Samsung, Qualcomm, Nvidia, and (of course) Apple. Intel is looking to change that, however, with its new Atom Z670 “Oak Trail” processors, which can power 1080p viedeo playback and offer longer life than previous Atom offerings—and Intel says it offers more operating system flexibility than anything else on the market.
“The new Intel Atom ‘Oak Trail’ platform, with ‘Cedar Trail’ to follow, are examples of our continued commitment to bring amazing personal and mobile experiences to netbook and tablet devices, delivering architectural enhancements for longer battery life and greater performance,” said Intel’s netbook and tablet VP and general manager Doug Davis, in a statement. “We are accelerating the Intel Atom product line to now move faster than Moore’s law, bringing new products to market on three process technologies in the next 3 years.”
Intel says the Atom Z670 can handle 1080p video output over HDMI, along with Adobe Flash so users can tap into rich online content and gaming, all without sacrificing battery life compared to earlier offerings. The Atom 670 features integrated graphics and a die size 60 percent smaller than its predecessors, reducing power and heat dissipation requirements. Intel also touts the processors as offering manufacturers more flexibility than any other tablet processor, with support for Android, MeeGo, and even Windows operating systems, and the systems sport an Enhanced Deep Sleep mode for improved power savings during inactivity.
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