Low-powered Broadwell chips claimed for shipment before holidays
Intel's Broadwell processors may end up shipping later than first thought, according to a rumor. The majority of the 14nm-process chips will allegedly go on the market in 2015 instead of this year, though Intel Chief Executive Brian Krzanich's promise of Broadwell chips shipping in time for the holiday season will apparently be kept, albeit only for lower-powered devices.
Fifth-generation Intel chips not expected to ship by July, August
Intel will be bringing its first chips running the "Broadwell" architecture in time for the holiday season, the head of the company has advised. Chief Executive Brian Krzanich claimed at the weekend's Maker Faire in San Mateo, California that, though it will be out before the end of the year, computers running the new fifth-generation processors will not likely ship in time for Back to School shopping.
Game Developer Conference venue for Intel's latest announcement
Intel Corporation unveiled a set of roadmap enhancements, platform features and software partnerships to help drive what the company calls "the reinvention of desktop computing." Included in its announcement are the "Devil's Canyon" processor -- featuring an eight-core design utilizing the Haswell architecture -- a commemorative Pentium processor, and a reference design for a portable all-in-one computer.
Chip maker to remain committed in offering LGA processors
Intel has all but completely denied the rumors that it would move towards only producing hardwired processors. The chip producer has said it would continue to make processors that use sockets in the future, though it was not able to talk about "specific long-term product roadmap plans" which could still be a socket-less existence.
Socketless move sees Intel merge processors with motherboard
Intel is moving towards creating processors that are not replaceable, according to a number of reports. It has been claimed that a new 14-nanometer architecture called Broadwell will replace the current Land Grid Array (LGA) with a Ball Grid Array (BGA), which would make processor-only upgrades effectively impossible to perform.