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.
EBOOK:
This SearchDataCenter.com eBook takes a look at how to master the climate control for the data center. Organizations are creating more heat in smaller places which in turn requires efficient and effective climate control. Read this paper to learn more about how to properly cool your data center.
WHITE PAPER:
High heat in critical spaces compromises availability. This paper discusses the pros and cons of different cooling fluids and system architectures, and explores the role of supplemental cooling technologies as data center densities increase.
WHITE PAPER:
Access this white paper to uncover a simple process to implement an effective energy management program that is accurate and demands few measurements.
PRODUCT LITERATURE:
IBM can help you evaluate the costs and long-term benefits of your current energy strategy. Start with a basic one-day energy assessment or get a full profile of your data center with IBM Thermal Analysis for High Density Computing.
CASE STUDY:
Access this exclusive case study to discover how one organization in the health industry used a portable air conditioning unit to cool small server rooms to protect network devices without risking electrical damage due to water.
WHITE PAPER:
This paper describes issues of high processor and server density within existing data center infrastructures. It identifies methods to optimize the effectiveness of power and cooling resources in facilities that are deploying high-density equipment...
EBOOK:
Enterprise CIOs are adopting green IT and other new technologies to improve data center efficiencies. In this ebook learn more about how IT organizations are using green IT, virtualization, storage capacity planning and even cloud computing to realize energy savings and lower hardware and power costs in the data center.
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.
