Tag Archives: data center

Latest Qpedia Now Available for Download

Qpedia Thermal eMagazine June 2013

Qpedia Thermal eMagazine June 2013

Qpedia Thermal eMagazine, Volume 7, Issue 6, has just been released and can be downloaded at: http://www.qats.com/Qpedia-Thermal-eMagazine/Back-Issues.

This month’s featured articles include:

Enhancing Heat Sink Performance Using Thermoelectric Coolers

With the increase in the power dissipation of components and the parallel reduction of their size, engineers and researchers across the globe have been predicting that the era of air cooling might come to an end. Even though in some applications, with very high power dissipations such as IGBTs, air cooling may not be adequate and liquid cooling is a must; air cooling will continue to be the first choice for most electronic cooling applications for many years to come. Advances in air cooling continue to extend its use and the implementation of thermoelectric coolers (TECs) in heat sink applications is one such effort.

Immersion Liquid Cooling for Servers in Data Centers

Data center designers and operators have invented many ways to improve the data center’s thermal efficiency, such as optimizing the rack layout and air conditioner location, separating cold aisles and hot aisles, optimizing the configuration of pipes and cables in under-floor plenum, introducing liquid cooling to high-power severs. While the above methods can improve the data center heat load management, they cannot dramatically reduce the Power Usage Effectiveness (PUE). This article reviews two relatively new solutions: active single-phase immersion cooling technology proposed by Green Revolution Cooling (GRC) and a passive two-phase immersion cooling technology proposed by the 3M Company.

Industry Developments: Piezoelectric Cooling

Piezoelectric fans and jets must overcome various materials, thermal and mechanical challenges to become widely used in electronics cooling, but because they consume just 1/150 of the electricity of circular fans, run with little noise and have no parts that will wear out, they remain of great interest. In this article, a number of issues are addressed, including the inverse effect of the piezoelectric phenomena and dual piezoelectric cooling jets.

Technology Review: Innovative Cold Plate Designs, 2007 – 2012

In this issue our spotlight is on innovative cold plate designs. There is much discussion about its deployment in the electronics industry, and these patents show some of the salient features that are the focus of different inventors.

& Cooling News featuring the latest product releases and buzz from around the electronics cooling industry.

Download the issue now.

Not a Qpedia subscriber? Subscribe Now for free at: http://www.qats.com/Qpedia-Thermal-eMagazine/Subscribe-to-Qpedia and see why over 18,000 engineers read Qpedia.

Did you know Qpedia also publishes a book series? The five volume set contains 248 in-depth articles, researched and written by veteran engineers. They address the most critical areas of electronics cooling, with a wide spectrum of topics and thorough technical explanation. Order Now.

How to apply adaptive cooling to keep cloud computing data centers cool

Data centers are the heart of cloud computing. They are impressive computing systems in and of themselves. But with so much CPU power generating so much heat how can thermal engineers architect them for optimal thermal management? One solution is adaptive cooling. Our thermal engineering team has written a white paper addressing adaptive cooling and it can be yours without cost or obligation, just click to this link: “ATS White Paper: Adaptive Cooling in Data Centers

Next Generation Tools give Data Centers New Strategies for Thermal Management

Todd Schneider over at Electrorack has penned an article on some new approaches to thermal management in the data center. Among the topics Tom covers:

  • An update on metrics being used to determine facility efficiency
  • What’s behind the pressure on data center managers to comply with Go Green initiatives for power usage
  • Discussion of different solutions including: air side solutions, aisle containment solutions, active and passive ducted containment, water-side refrigerant and rear-door exchangers

Todd’s article is well worth a read to help in thinking through what might be next in your data center thermal management strategy. You can read the entire article at Data Center Knowledge by clicking through to this link: “Combatting Thermal Issues with Next-Gen Tools

ATS Thermal Webinar: Thermal Management of a Datacenter August 12, 2PM

Here’s an open invite to all our readers to our next webinar, “Thermal Management of a Data Center”. We’ll be hosting it on August 12, 2010 at 2PM EST. Our webinars are no charge and taught by our R&D staff to keep them light on “mareticture” and heavy on the kind of technical details engineers and others can use to develop effective thermal management solutions.

Data Centers are effectively large scale systems composed of the components of racks of computers. Novel approaches to cooling data centers of various sizes are being undertaken today to obtain the best and most green cooling possible. This vertical webinar will consider approaches for small, medium and large scale data centers to achieve a given data centers cooling goals.

You can register for our webinar at this link: “Thermal Management of a Data Center Registration

Thermal management of a datacenter through the use of a hot aisle/cold aisle strategy

Data center cooling and thermal management is on the forefront of everyone’s minds. Whether you want to call that data center a central office, as Verizon does, or a something else, it’s all about big computing centers housing hot equipment. So hot in fact that Verizon even issued VZ.TPR.9208, its own specification, to insure OEM equipment is thermally efficient.

Data center managers have a variety of strategies at their disposal to implement the best thermal management approach; one is creating a hot aisle/cold aisle setup. Processor magazine ran a terrific article on this topic that is well worth a read. Among their key points:

  1. Alternating hot aisles and cold aisles is essential to proper thermal management in a data center, as it’s crucial to measure air temperature at the server, storage, and network level as well as ambient temperatures.
  2. One size doesn’t fit all for hot and cold aisles, and what might work in one area may not in another, making planning an important part of implementation.
  3. The cost of a hot and cold aisle setup varies depending on complexity and size and could run to the tens of thousands of dollars if consultants and new equipment are involved. But in general, containment systems and gear such as thermal curtains can make a strategy more affordable.

The article does a good job of thinking through key points on how to use this approach effectively to effective thermal management and you can read it at this link at Processor Magazine: “Create A Hot Aisle/ Cold Aisle Setup”.