Cooling Strategies for Ultra-high Density Racks and Blade Servers

The average power consumed by an enclosure in a data center is about 1.7 kilowatts (kWs), but the maximum power that can be obtained by filling a rack with available high density servers, such as blade servers, is over 20 kW. Find out about the power density values of current and new data centers, and learn practical approaches to creating strategies for deploying high-density computing, with limitations and benefits.

Featured Software Research:

Enabling Real-Time Big Data Movement in the Constantly Connected World

Many forces in today's world of big data are driving applications to become more real-time. Data needs to go many places, be sorted and stored in different formats, and used in a wide variety of ways. Capturing high volume data streams inside and outside datacenters can be complicated and expensive using traditional software messaging middleware on general purpose servers. In order to realize the full value of “big data” some organizations are switching to real-time message-oriented middleware appliances that excel at the high-speed distribution of large volumes of data. Read More

5 Key Strategies to Survive and Thrive as a Value Added Reseller (VAR)

If you're a value-added reseller (VAR), you face tough competition and high customer expectations. But tight profit margins mean you have to differentiate yourself through a flawless service offering.

This white paper describes some of the pitfalls VARs commonly encounter in trying to balance profits, customer relationships, and efficiency. Here are five tips for VARs, including prioritizing collaboration, to help them thrive by better managing their supply chain lifecycle, through order, procurement, and inventory. Read More

Guide to IT Best Practices in Application-Aware Network Performance Management

Businesses are constantly striving to do more with fewer resources, and information technology (IT) departments are subject to the same pressures. They must contend with a growing number of applications and an increasingly complex infrastructure. The IT department’s arsenal includes tools for monitoring network, application, server, database, and end user performance, but typically they are not integrated with each other. That means that it’s end users who are detecting poor application performance, and the role of the IT team is reactive.

A modern performance management solution must be easy to use, include comprehensive alerting, and offer reporting that correlates data from each component of an application and the underlying infrastructure. Application-aware network performance management (AANPM) tools aim to provide a holistic view of the performance of interdependent applications, servers, and networks. Such cross-platform visibility enables the IT department to ensure high-performance delivery of critical business applications.

This white paper describes the trends in application performance and network diagnostic tools and the drivers of AANPM. You’ll learn about best practices for implementing AANPM and discover some enterprise use cases. Read More

You may also be interested in these related documents:

Strategies for Deploying Blade Servers in Existing Data Centers

Blade servers have a major advantage over traditional ones—improving processing ability while using less power per server. But, with their smaller footprint, blades can be much more densely packed, resulting in racks that use up to 20 times the electrical power and generate up to 20 times the heat. This can stress power and cooling system capability. Learn how to create a power and cooling strategy with these guidelines. Read More

Guidelines for Specification of Data Center Power Density

Conventional methods for specifying data center density don’t provide the guidance to assure predictable power and cooling performance for the latest IT equipment. Discover an improved method that can help assure compatibility with anticipated high-density loads, provide unambiguous instruction for design and installation of power and cooling equipment, prevent oversizing, and maximize electrical efficiency. Read More

Deploying High-density Zones in a Low-density Data Center

New power and cooling technology allows for a simple and rapid deployment of self-contained high-density zones within an existing or new low-density data center. The independence of these high-density zones allows for reliable high-density equipment operation without a negative impact on existing power and cooling infrastructure—and with more electrical efficiency than conventional designs. Learn more now. Read More
 
comments powered by Disqus