What comes to mind when you think about the color blue? Whenever I think about the color blue in nature, I’m transported to the clear blue skies and turquoise ocean waves of Hawaii. For many people, the color blue has a restorative quality: It’s invigorating and puts us back in control of priorities. My affinity for “all things blue,” is why I was attracted to this story about Cisco customer, BlueWave Computing, LLC., a cloud services provider based in Atlanta, Georgia. BlueWave’s existing server and storage infrastructure had reached its limits and was creating performance and reliability issues. That’s when BlueWave decided it was time for a change. They worked with Cisco to reinvigorate their data center, making it ready for next generation of cloud services, and clearing the way for “nothing but blue skies ahead.”
Customer Insight: How one Cloud services provider reduced provisioning time by 50% with Cisco Unified Computing System ™ and FlexPod
Cisco’s data center in Allen, Texas (DC2), was designed to make best use of the high-density Cisco Unified Computing System and Nexus switches. Cisco’s business requirement for high-density computing, supporting up to five Unified Computing System chassis per rack, essentially quadrupled the per-rack power requirements at Texas DC2 compared to target load requirements at our other data centers.
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How many ice cubes does it take to cool a server?
This week’s Data Center Deconstructed Q&A item isn’t quite phrased that way, but if you consider the history of refrigeration that’s the riddle we’re pondering. It’s a good one to figure out; Data Center designers and operators face the issue daily as part of their mission to create efficient server environments.
Most data centers are challenged with the same cost control problems of power, cooling, space, and people. Illustrating that one x86 server can cost more than US$400 a year in just energy consumption, a 2009 Gartner study concluded that IT managers can combat rising costs by reviewing their data center strategies and proactively looking to consolidation, use of energy saving solutions, and strategic deployment of IT labor. Our online chronicle, Cisco Data Center 2011-Texas, provides an inside look at how Cisco IT is tackling these challenges with a strategy that is reflected in our new facility, Texas Data Center 2.
The U.S. National Oceanic and Atmospheric Administration reported the period January through July 2010 as the warmest on record for average global land and ocean temperatures. In August 2010, a piece of Greenland broke off and formed a floating ice island four times the size of Manhattan. With IT organizations around the world focused on the challenges of protecting the environment and reducing costs associated with power and cooling, why would Cisco choose a notoriously warm area such as Texas to build a new, planet-friendly data center?