Despite delivering strong financial results, Intel's third-quarter earnings call seemed to focus more on what the chip maker wasn't doing -- tablets -- than its existing businesses. Solution providers ...

Intel clearly has not been at the helm of affairs in the great tablet game being played out. So while Apple with its A4 chip has been the dominating force in the first round of the tablet war, the ...

Intel on Tuesday for the first time showed working prototypes of tablets with Google’s Android OS and the chip maker’s upcoming Atom low-power chip, code-named Medfield. The tablet was about 8.9 ...

Intel has been all too keen to stamp their authority on the newest computing segment comprised of tablet PCs, though it’s not a secret things haven’t unfolded in a manner that can be considered ...

Upcoming Atom chips from Intel will appear in tablets priced as low as $150, the company’s CEO said Wednesday, vowing that Intel will not get caught flat footed again by “the next big thing.” Intel’s ...

ROHM recently announced the production release of the BD2613GW, a dedicated system power management integrated circuit, PMIC, designed to support the next generation 14 nm Intel Atom processor for ...

Intel's Clover Trail officially launches today, with a dual-core Atom CPU at 1.8GHz, new power management capabilities, and a great deal of OEM support. Can it break the Apple iPad stranglehold? Share ...

Intel’s rise and fall in tablets are starting to resemble the company’s misadventures in netbooks less than a decade ago. The company is quickly distancing itself from basic tablets, a market it ...

“Intel has delivered its first product that is opening the door for Intel Architecture in the smartphone market segment,” said Anand Chandrasekher, senior vice president and general ...

Intel’s upcoming Atom tablet chip code-named Bay Trail will be repurposed for use in the company’s Celeron and Pentium chips for entry-level laptops, desktops, and all-in-ones, Intel said on Friday.

How efficient is 22nm? Atom has always been at a power disadvantage vs ARM, and it was in-order to save transistors and energy. If the Atom can do OOE at 22nm and use the same power as ARM's RISC at ...