Posted by RJ Tee on January 28, 2016
The Super Bowl continues to be one of the most watched television events in history, year after year. In fact, last year’s game where the New England Patriots took on the Seattle Seahawks became the No. 1 most watched televised event ever with an astounding 114.4 million viewers. And while you might be thinking about the outrageous strain on bandwidth—and thereby power consumption—required to broadcast this live event to televisions across the nation, the Super Bowl is actually one of the most energy efficient live broadcasted events.
Posted by Josh Schaap on August 22, 2016
An increasingly common conversation within the data center industry revolves around the need for flexibility balanced against the desire to save money. It’s getting harder to make the case that your enterprise needs more land for capacity expansion. At the same time, 27 percent of data center costs are for power, according to a DCD report in 2014. As you can imagine, the result has been a drive for proportionally higher server and power densities across the globe.
Posted by Josh Schaap on January 26, 2016
What you’re looking at is a long-term forecast of heat load by footprint, specifically made for the IT datacenter and the telecom market. Today, the upper limit of air-cooled compute infrastructures sits right at 4.5kW / ft^2, which aligns nicely with ASHRAE’s prediction. Call it a self-fulfilling prophecy or call it advancement in cooling and liquid immersion systems, the end result is a slow, but steady rise in compute densities over time.
Posted by RJ Tee on July 24, 2015
Server Technology's High Density Outlet (HDOT) PDU is a trendsetter in PDU outlet density. But is the HDOT PDU right for your data center? Are you looking to expand your data center? If so, there’s no need to purchase a larger facility with more floor space. You can achieve better results—meaning greater power usage effectiveness (PUE) and greater energy efficiency—by increasing the density of your cabinets. What does this mean? Essentially, the process involves consolidating a greater number of assets into a smaller space using microservers and virtualization.
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