Home
From Wikibon
(Difference between revisions)
m |
|||
| Line 6: | Line 6: | ||
| width="50%" valign="top" | | | width="50%" valign="top" | | ||
===Featured Case Study=== | ===Featured Case Study=== | ||
| - | [[Image: | + | [[Image:Leumi.jpg|250px]] |
==[[Berry College IT goes green|Berry College goes green with virtualization]]== | ==[[Berry College IT goes green|Berry College goes green with virtualization]]== | ||
<p style="color: #666;">...took advantage of the need to replace aging IT equipment on the data center floor to modernize its operations and architecture both for improved efficiency and elimination of single points of failure.</p> | <p style="color: #666;">...took advantage of the need to replace aging IT equipment on the data center floor to modernize its operations and architecture both for improved efficiency and elimination of single points of failure.</p> | ||
Revision as of 15:23, 13 September 2008
Wikitip[[]] |
Featured Case Study
Berry College goes green with virtualization...took advantage of the need to replace aging IT equipment on the data center floor to modernize its operations and architecture both for improved efficiency and elimination of single points of failure. |
|
Featured How-To Note |
How to plan a green storage initiativeWhile technology changes have decreased footprint, power loading (amount of power required for a square foot of data center space) and heat load (the amount of heat that has to be removed from a square foot of data center space) have both escalated dramatically. The result is higher energy costs to provide power and extract heat from the data center, and lower utilization of data center floor space because of power and cooling limitations. The technology trends are toward higher heat and power loading, which will exacerbate the problem. | |||
