When CIOs are asked about their top concerns, they rarely talk about a specific technology. Rather, their focus is on objectives like growing employee efficiency and delivering a...
Sponsor: Level 3 Communications
This report, the third and final in a series on Transforming Information Security, combines perspectives on technologies with experience in strategy to help security teams...
Sponsor: RSA Security, Inc.
As enterprises continue to transform their data centers, and virtualization plays an increasing role in their IT infrastructures, the way data is backed up and recovered must...
Today's lean, more tightlyregulated economy and the everincreasing importance of IT have many organizations caught in a bind. On one hand, reliable access to power is vital to keeping data centers operational, and the costs associated with loss of power can be devastating. On the other hand, IT departments are being asked to get more done with less money even as energy rates continue to rise. This white paper explores five specific steps you can take to power your way through these difficult times.
This white paper examines the underlying roots of today's data center power and cooling crisis and outlines five steps businesses can take to support intensifying IT requirements economically by removing inefficiencies from their power and cooling infrastructure.
This white paper explores key issues to consider and questions to ask when selecting a UPS service offering and service provider. It also examines some of the top features to look for when evaluating UPS service plans, and discusses the importance of supplementing emergency assistance with preventive maintenance.
This white paper shows why 30 amp (30A) three-phase circuits and 30A three-phase PDUs meet those demands more efficiently than comparable 20A and 50A alternatives. It also explains why utilizing 30A three-phase circuits and PDUs today puts you in the best position to handle future power capacity needs.
This white paper will explore the strengths, weaknesses and future prospects of four such technologies: Flywheels, ultracapacitors, fuel cells and lithium ion batteries.
As the number of harmonics-producing loads has increased over the years, it has become increasingly necessary to address their influence when making any additions or changes to an installation. Read this whitepaper to learn more about the common causes, implications and resolutions for problematic harmonic distortion in your electrical system.
Harmonic currents generated by non-linear electronic loads increase power system heat losses and power bills for end users. These harmonic-related losses reduce system efficiency, cause apparatus overheating, and increase power and air conditioning costs. Read this whitepaper to learn more about the common causes, implications and resolutions for problematic harmonic distortion in your electrical system.
UPS makers have long been searching for an alternative standby power technology that's smaller, simpler and "greener" than lead acid batteries, yet no more expensive to operate. This white paper will explore the strengths, weaknesses and future prospects of four such technologies: Flywheels, ultracapacitors, fuel cells and lithium ion batteries.
Seven ways to extend the value of what you have and optimize the plan for what you need.
What your IT equipment needs from a UPS: The top five requirements that define "quality power" in the eyes of the power supplies in your IT systems.