"DataSite is a state of the art facility that provides additional infrastructure protection to our disaster recovery/business resumption plans and processes."

-- Robert Yanckello Chief Technology Officer for UCF

Cooling Capacity and Your Data Center’s Computer Room Air Handlers—Critical IT Environmental Safeguards

DataSite Boise provides the ability for clients to utilize a shared or private HVAC cooling system to deliver redundant cool air supply and/or chilled water for optimum performance and protection of the high performance IT systems of today.

Make Data Center Temperature and Humidity Worries a Thing of the Past

With N+1 redundancy providing cooling around the clock you are guaranteed:

  • Maximum Heat Rejection
  • Complete Redundancy
  • The Perfect Temperature Every Minute of Every Day
  • Appropriate Humidity Levels
  • On-Site Professional HVAC Staff
  • Chilled Water Availability for Water Cooled Gear

Exceeding Your Colocation Needs Today and the Expectations of Tomorrow

As a technology professional, you’ve seen and experienced the sonic speed of changes in technology. Being successful means being prepared for today while predicting for tomorrow.

With the proliferation of the modern blade server and the availability of the new super-computing systems, significantly higher power consumption levels and cooling requirements are exceeding what the average data center can support. DataSite Boise is not your average colocation data center.

The typical colocation data center averages 85-150 watts per square foot clients must design their IT systems to fit the data center. DataSite Boise is designed to support a flexible range of power densities form 50 to 200 watts/square foot and you only pay for what you need.

Come see and feel the cool difference at DataSite. Request your personal tour of our facility today.


Read more about the details of our data center:


  • Do all the telecommunications carriers have two diverse fiber entries?
  • All network carriers have dual entry fiber into DataSite via two diverse underground concrete-encased fiber duct banks entering the facility from the North and the South.

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