WHITE PAPER:
Explore this concise white paper to uncover who industry leader IBM chose as their partner to undertake this challenge and how they met each goal on schedule along the way. Read on to learn which organization could keep pace with IBM to deliver the power, cooling, and single window monitoring solutions they needed.
WHITE PAPER:
Technology systems such as electronic medical records and digital imaging are revolutionizing healthcare. The continuous operation of these systems has become increasingly critical. Emerson Network Power has developed three centralized UPS configurations specifically for healthcare settings.
WHITE PAPER:
Network closets in the healthcare setting are housing more powerful and critical equipment as hospitals and ambulatory offices rely on these spaces to support an increasing number of business-critical applications such as electronic medical records (EMRs), wireless communications and digital imaging.
WHITE PAPER:
Organizations considering green computing initiatives start in the data center but the truth is that in many organizations more power and heat waste is generated outside of the data center. This white paper discusses seven actions that address the prob...
WHITE PAPER:
This Gabriel Consulting report research report focuses on the survey results and discusses IBM’s Power Systems virtualization milestones and touches on the implications for the Unix server market.
WHITE PAPER:
No one could have prepared the country for the wrath that Hurricane Katrina unleashed on the Gulf Coast of the United States. Why were businesses not more prepared to recover quickly and continue operating in the face of this disaster? Read this whitepaper to find out how a comprehensive disaster recovery plan could have helped.
BOOK:
Some of the most useful benchmarks and metrics in evaluating server performance are provided in this article along with descriptions to help IT managers identify the ones that best fit their organization.
WHITE PAPER:
Important differences exist between precision cooling and building air conditioning (comfort cooling) in controlling these environmental conditions. In this paper, we compare both cooling systems’ ability to maintain favorable environmental conditions, and their energy efficiency and annual operating costs.
