WHITE PAPER:
While already on the lookout for ways to reduce costs, large enterprises are under increasing pressure to use less energy. Inefficient or end-of-life servers can cost more to run than they are worth because they continue to draw power for cooling. Read this white paper to learn the solution to this problem.
WHITE PAPER:
Combining innovations and best-known methods for air-cooled data center design helps provide new approaches for power and cooling. This white paper discusses real world examples of how to lower costs and improve performance within the IT infras...
WHITE PAPER:
Download a complimentary copy of the IBM BladeCenter e-kit which contains white papers, videos and case studies featuring real-life success stories.
WHITE PAPER:
This white paper details how indirect air economizer-based cooling will lower the cost of running your data center without the same risk as directly exposing your infrastructure to the outdoor air.
WHITE PAPER:
Typical data centers draw more than twice as much power as IT loads require. The cost associated with this power consumption is considerable and often avoidable. Get tips on reducing electrical waste and learn about better ways to measure efficiency.
WHITE PAPER:
This white paper explores a virtualization approach that easily enables you to consolidate IT resources, enhance disaster recovery capabilities, and more.
WHITE PAPER:
Access this resource to explore the limiting conditions of connecting transformers in parallel and loading considerations when turn ratios, impedances and kVA ratings are different.
WHITE PAPER:
By helping your data center more accurately visualize and control energy use, you'll reclaim facility capacity and optimize energy use en route to reducing costs for your organization. Read this white paper for the details.
WHITE PAPER:
This white paper talks about data center cooling and the advantages, disadvantages and applications of the 13 basic methods for heat removal.
WHITE PAPER:
This whitepaper explains the need for local and dynamic airflow delivery technology and illustrates how these technologies work together with existing IT cooling systems to meet this variable load demand while maintaining high reliability and lowering energy costs.
