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ASHRAE 90.4: A more sophisticated standard

Posted on January 25, 2017 by Gento

In September of 2016, the American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE) published a new and improved standard that establishes the minimum energy efficiency requirements for data centers.

How LinkedIn Scaled Data Center Operations with Three-Phase Power

Posted on November 29, 2016 by Gento

LinkedIn, Data Center Knowledge, and Raritan have joined forces to share unique insights on bringing three-phase power chains all the way to the rack.  The three companies will be participating in a webinar this month on “How LinkedIn Scaled Data Center Operations with Three-Phase Power.” 

PDU Mass Deployment and Lifecycle Management

Posted on November 29, 2016 by Gento

You recently acquired brand new PDUs or you are in the process of evaluating power distribution solutions. You are probably asking yourself: “How can I easily and seamlessly deploy my PDUs and leverage their capabilities in my existing DCIM software or BMS?”

Well look no further.  I’m here to give you a quick overview of Raritan’s open API and scripting capabilities, as well as our mass configuration options.  

New Two Minute PX Rack PDU Video

Posted on November 29, 2016 by Gento

What sets the PX series of intelligent PDUs apart from other power strips? Greater value. And that goes beyond reliable power distribution. It's about improving uptime and capacity management.  Saving energy and reducing your carbon footprint.  Managing geographically dispersed infrastructure that needs to be more reliable than ever before.  In short, it's about meeting the challenges you face in your everyday life head-on, with solutions that are engineered with you in mind.  Watch this new clip to see exactly what we mean. 

Single-Phase or Three-Phase Input Power for Rack PDUs

Posted on November 20, 2016 by Gento

Over the past few years, average power consumption per server has rapidly increased with the adoption of high-power computing equipment like blade servers. The typical power required at a rack has increased from 2 kilowatts to 12 kilowatts and continues upward. In addition, ongoing deployment of densely packed storage, virtualization, and cloud computing results in data centers with greater watts/sq. ft. requirements due to more densely packed racks such as a rack filled with 1U servers. To support new, power-hungry IT equipment, data center managers have to deliver more power to the IT equipment rack. 

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