"Power and Cooling", a video presentation, uses vivid computer modeling to illustrate why traditional trial-and-error approaches are inadequate for effective thermal management . Data center cooling costs now account for half of all power-related outlays. And they continue to soar. But cutting these costs - while at the same time improving availability and capacity - is achievable. The trick is knowing how.
This white paper explores the challenges of increasing computing power in resource-constrained physical spaces and data centers experiencing high growth. We also explore how intelligent rack PDUs can meet these challenges and address critical uptime and capacity planning issues.
This Case Study explores how they installed energy management software and intelligent rack PDUs with outlet-level power monitoring to add remote energy management, power monitoring of individual devices, environmental monitoring, and sophisticated and accurate power usage reports and analytics.
The recent release of the Environmental Protection Agency (EPA) study on data center energy efficiency is adding fuel to the fire in the research and development of new ways to reduce energy use in centers. The findings, summarized on the EPA website, are staggering: Data centers consumed about 60 billion kilowatt-hours (kWh) in 2006, roughly 1.5 percent of total US electricity consumption -Energy consumption of servers and data centers has doubled in the past five years and is expected to almost double again in the next five years to more than 100 billion kWh, costing about $7.4 billion annually.
In their efforts to keep up with these varied needs, healthcareorganizations are experiencing a proliferation of assets and assettypes. But assets themselves are experiencing a convergence.Clinical devices for patient monitoring and care, building systems for cooling and lighting, and technology devices forcommunications and recordkeeping share a common foundation.
Organizations everywhere are turning to virtualization, cloud computing, and mobile technologies to support anytime, anywhere access to today’s work load intensive, data-heavy applications. Dell PowerEdge 12th generation servers—built for high performance, 24/7 availability, and uncompromised reliability—can help IT organizations deliver the benefits of these transformative technologies.With cost-saving power, cooling, space, and management efficiencies, Dell’s new servers offer data centers unparalleled performance, efficiency, and reliability for a diverse range of enterprise applications.
A high percentage of today’s data centers use water-based cooling methods. Although evaporative cooling, whether through traditional towers or “advanced” adiabatic cooling systems (aka swamp coolers), remain highly effective cooling methods, when you’re planning a new data center you may want to consider the impact of the weather and water availability on your decision.
We've all heard that data is growing at an unprecedented rate. And anyone in business also knows how critical it is to store, retrieve and archive data efficiently and cost-effectively. However, with a storage system's total cost of ownership often running significantly higher than its purchase price, where can you possibly lower costs? The answer lies in maintenance, labor, and power and cooling. To get the best and the most storage for your dollar, read this online article to consider the ramifications of these three cost-impacting factors: provisioning capabilities, energy efficiency and data reduction features.
This report presents the results of tests conducted by Edison Group to compare the power consumption of the IBM BladeCenter blade server system with a comparable BladeSystem blade server configuration from HP. It provides background, configuration details, and methodology by which Edison reached its conclusion: that IBM BladeCenter H requires nearly 10 percent less power than the equivalently configured HP BladeSystem c7000.
With their increased processing power, today’s data centers can generate up to 10 times more heat than those built a decade ago. This IBM white paper helps you to understand what’s happening in an overheated system and to see if yours is at risk. It also explains how the IBM Rear Door Heat eXchanger helps to dramatically reduce data center power consumption.
Data center managers are finding that high-density equipment causes problems such as hotspots and rising cooling costs. In this video, IBM explains how to address green technology issues by getting more out of existing facilities, and then describes an IBM solution that can greatly reduce the energy and power consumption of your data center.
Improve operational efficiencies with next-gen networks and servicesThere has never been a better time for service providers to streamline operations, improve responsiveness and reduce costs. Find out in this white paper how all three can be accomplished with IBM Tivoli® Netcool® solutions. Also discover methods to boost efficiency and minimize expenditures.
Integrate facilities and IT. Realize the value of the green data center.As data center costs continue to rise, green is the word of the day. What it means is cost savings through consolidation and lower energy usage, as this white paper shows. See the role energy consumption plays in today’s data centers, and how IBM Tivoli® solutions can help optimize energy use.
Increased processing needs means increased energy costs. In fact, power costs can often exceed hardware costs. Read this white paper and see how the pairing of new IBM System x and BladeCenter servers with the new Intel Xeon Processor 5500 series can reduce costs and improve performance.
Intel faces a familiar challenge: do more with less. With compute capacity growing exponentially and chip size expectation shrinking, the new 5500 series delivers on both fronts. This white paper delivers test results that show increased performance and speed along with greater efficiency.
Even with increased start-up costs, higher-end processors can offer a lower TCO thanks to better performance. This white paper shows detailed comparisons between higher- and lower-end servers with surprising results—including a 42% lower TCO and 87% faster performance for the higher-end processor.
Live migration is essential for a dynamic data center environment. But until now, it's been impossible between different generations of processors. Intel IT and End User Platform Integration have done so successfully with Intel® Virtualization Technology FlexMigration. This white paper explains how.
New concerns arise as IT executives look at the next wave of applications in the queue for virtualization. If you or your business is among those evaluating ROI and the risks associated with virtualizing your production applications, this five-chapter ebook offers some practical advice.