Google to follow Apple into building its own mobile chips


Androids tend to me more affordable, but that doesn't mean they're cheap.
Androids tend to me more affordable, but that doesn't mean they're cheap.
Photo: Google

Google is in talks with chipset manufacturers with a view to designing its own processors and other components for future Android devices, according to a new report.

The company is said to be interested in following Apple’s footsteps in an effort to make Android “more competitive” at the high end of the market, and to “solve other major problems.”

Intel: 64-Bit Android Tablets Will Be Available In 2014


The 64-bit iPad Air will have competition from Android-powered rivals next year.

While Android hardware manufacturers were busy trying to pack as many cores as they could into their smartphone and tablet processors, Apple took a different route and decided to go 64-bit instead. It’s a move that makes the iPhone 5s and the latest iPads some of the fastest mobile devices on the market, and so it’s no surprise that its rivals are getting ready to follow suit.

Intel has promised that you’ll be able to buy Android-powered tablets with 64-bit “Bay Trail” processors next year.

Samsung To Adopt 64-Bit Chips & 16MP Cameras For Next Year’s Flagships [Rumor]



Apple’s iPhone 5s became the world’s first smartphone with a 64-bit processor when it launched this September, but as you might expect, it’ll have plenty of competitors next year. Unsurprisingly, some of those will come from Samsung, which is already planning 64-bit chips and 16-megapixel cameras for its 2014 flagships, according to industry sources.

TSMC Reaches Deal With Apple To Produce A8, A9 And A9X Processors [Rumor]



Taiwan Semiconductor Manufacturing Company (TSMC) has reached a deal with Apple to supply its next-generation A8, A9, and A9X processors for iOS devices, according to industry sources. The company will reportedly begin manufacturing the chips using a 20-nanometer process, then upgrade to 16-nanometer and later 10-nanometer processes in the future.