Wall Street PR

Intel Corporation (NASDAQ:INTC) Launched New Programme For Offering Customizable Xeon Processors To Cloud Companies

Boston, MA 06/20/2014 (wallstreetpr) – The Senior Vice President and General Manager of Data Center and Connected Systems Group of Intel Corporation (NASDAQ:INTC), Diane Bryant, on June 18, 2014 announced that the company has launched a special programme which would allow it to offer customizable Xeon processors. The announcement was made at the event called Gigaom Structure 2014 in San Francisco. With this announcement, it is seen that the company is making it simpler for the businesses like eBay, Facebook and Amazon to make use of Xeon server processors for managing their huge data centers.

Improved Performance and Better Optimization Guaranteed through the Programme

Diane Bryant explained that the new programme will help in introducing better performance as well as letting the users to enjoy better optimization of the chips for their respective workloads.

About the Programme

The new programme introduced by Intel calls for integration of a technology known as field-programmable gate array (FPGA), in the same box where the Xeon processors also live. Integration of FPGA with Xeon E5 processor allows the organizations to program the chips more easily and handle their particular workloads in a better manner.

The programme is said to be a part of the effort of Intel Corporation (NASDAQ:INTC) to offer a huge selection of silicon products to the users.

Diane Bryant explained that there is a rapid transformation of data center towards cloud computing as well as IT. It is this transformation which is calling for transitions.

Statement from Senior Vice President and General Manager of Data Center and Connected Systems Group of Intel

The Senior Vice President and General Manager of Data Center and Connected Systems Group of Intel, Diane Bryant said that there are two main changes and these include the speed of application development as well as deployment of services rapidly. She added that there must be a speed in the infrastructure from statically configured to dynamic as well as manually-operated to automatic.

Published by Benjamin Roussey

Benjamin Roussey is from Sacramento, California. He has two master’s degrees and served four years in the U.S. Navy. His bachelor’s degree is from CSUS (1999) where he was on a baseball pitching scholarship. His second master’s degree is an MBA in Global Management from the University of Phoenix (2006). He has worked for small businesses, public agencies, and large corporations. He has lived in Korea and Saudi Arabia where he was an ESL instructor. Benjamin spends his time in between Northern California and Cabo San Lucas, Mexico, committing himself to his craft of freelance and website writing. http://www.facebook.com/ben.rouss