With some innovative engineering, a data center can be retrofitted to meet today's needs. Check out this brief video to see how one high density computer center was converted to maximize power delivery and air cooling. 

The demands on your data center are constantly increasing, and with data growing even fifty-fold in three years, how can you stay ahead? How can you optimize your data center? Take this interactive data center tour and learn more. 

MySpace knows better than anyone the high demands that consumers can make on application and web servers. It maintains two sets of servers depending on application transaction load. Even so, continued transaction growth on these servers was resulting in poor performance. MySpace decided to give Fusion-io a try. 

This white paper describes the importance of managing energy consumption in data centers and provides an overview of the problems and issues associated with "greening" today's data centers. 

Specifying data center density has yet to conform to an established standard within the industry. This paper describes the science and practical application of an improved method for the specification of power and cooling infrastructure for data centers. 

The current state of the datacenter, demands a transformation that helps in improving space utilization and lowering power consumption while still providing the scale and availability the business requires. Today, lowering the energy and administration/management costs are two key focus areas of datacenter managers in the Asia/Pacific region. 

About a billion people worldwide do not have access to telecommunications services, mostly from lack of a power grid that can support network infrastructure. Traditional wireless networks for remote locations rely on costly generators that are hard on the environment. Read this whitepaper to learn about cost effective and eco-friendly alternatives. 

The cost of operating the data center is outpacing the cost of IT resources themselves. High-density equipment pressures power and cooling systems to the max. Learn of the new approaches and technologies that are redefining the economics of running the modern data center. 

This report by industry analyst International Technology Group evaluates how organizations can reduce IT costs by employing IBM Power Systems and PowerVM verses competitive offerings from HP and Sun Microsystems. Cost savings range from 43 to 65% and are based on client data. 

While energy consumption of overall data center operations and server-related equipment is generally understood, the story is quite different when it comes to storage systems. This paper offers practical advice on how to measure storage system efficiency and compares the efficiency numbers of several common storage solutions. 

This white paper details how self-contained high-density zones enable a reliable operation of high-density equipment without impacting a low-density data center. 

Recently, the University of Plymouth, located in the U.K., completed a refresh of their 4,800 desktop PCs, upgrading the systems to PCs with Intel® Core™2 processors with vPro™ technology in order to offer students the latest in IT services. The following paper provides an ROI analysis of this PC deployment. 

This white paper discusses five steps for protecting Windows Server applications from downtime, offering established best practices to reduce potential single points of failure and ensure rapid recovery or continued operations in the event of failure.