Scientists from Microsoft and Cornell College wish to take away the knots of cables from data centers. It's really no small task. With 1000's of machines that require just of bandwidth available Wi-fi compatability certainly is not a choice. To resolve the problem, researchers are embracing two sources: the leading edge of 60GHz networking and also the 1800s mathematical ideas of Arthur Cayley. Cayley's 1889 paper, Around the Theory of Groups, was utilized to steer their way of hooking up servers in the best and fault tolerant possible way. The findings will be provided inside a paper later this month, however it will not be obvious how effectively these studies does apply for an actual data center until someone funds a prototype. The suggested Cayley data centers would depend on round server shelves which have transceivers both inside and outdoors the tubes of machines, permitting these to pass data both among and between shelves with (hopefully) minimal interference. Because the new design would eliminate traditional network switches and cables, scientists believe they might eventually cost under current designs and can draw less energy. And is going to do so while still streaming data at 10 gigabits per second -- far faster than WiGig, that also utilizes 60GHz spectrum. To see the paper in the whole browse the source.
Filed under: Wireless, Networking, Science, Alt, Microsoft
Scientists use 1800s math for wireless data center breakthrough initially made an appearance on Engadget on Comes to an end, 12 March 2012 11:39:00 EDT. Please visit our terms to be used of feeds.
Permalink
Wired 
Around the Feasibility of Completely Wireless Datacenters (PDF) Email this Comments
No comments:
Post a Comment