Power and Cooling White Papers
Download your free white paper today to get a better understanding of the trends driving data center design and management and how you can use them to reduce costs, improve equipment utilization and ensure high availability!
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This paper explains some the newer approaches to power distribution including modular power distribution and overhead power busway, and shows their advantages when compared to the legacy approach.
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This paper provides an overview of energy cost and carbon allocation strategies and their precision.
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The focus of this paper is the power consumed by the support equipment which includes the losses of the power path equipment plus all power used by non-power-path support equipment.
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In this economy, as IT budgets remain flat or get reduced, doing more with the infrastructure you have has never been more important. But is investing more money in the same old networking infrastructure wise? In this whitepaper, Riverbed discusses its compelling and powerful return on investment in hard dollars, and a way to leap past the obstacles preventing you from reaching your IT objectives.
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This White Paper examines these considerations in greater detail and defines best practices when evaluating and deploying a Smart Card Authentication solution.
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By: Quocirca
Published Date: Nov 09, 2006
This paper looks at the particular challenges in public sector IT – the need to find efficiency savings at the same time as offering better service to citizens – and discusses the particular circumstances in which blade computing will be right for the public sector IT manager.
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By: HP
Published Date: Sep 06, 2011
Click here to learn how blades serves will allow you to build and grow your own infrastructure with less power consumption than traditional structures
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Learn more about IBM Informix TimeSeries database software and can help you realize smarter meter benefits and improve performance.
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By: HP
Published Date: Sep 01, 2011
Read this whitepaper to learn how your organization can overcome the challenges associated with legacy networks to the mission-critical data center.
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By: BMC ESM
Published Date: Aug 19, 2009
Data Centers consume more energy than any other environment in most companies. This paper presents a holistic approach that addresses Green IT within the broader context of increasing business service efficiency and reducing the cost of IT.
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By: HP
Published Date: Sep 06, 2011
This paper examines how eight companies were able to reduce their annual IT infrastructure cost per user by almost 25% by migrating to blades.
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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.
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By: Avocent
Published Date: Aug 22, 2011
Download this whitepaper to learn how to achieve secure access to any server or network device from a single interface.
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By: IBM
Published Date: Apr 22, 2008
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.
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This paper explains how a cooling system comprised only of row coolers, with no room cooling system, can cool an entire data center, including IT devices that are not in neat rows.
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By: APC
Published Date: Feb 19, 2008
Cooling for IT wiring closets is rarely planned and typically only implemented after failures or overheating occur. Historically, no clear standard exists for specifying sufficient cooling to achieve predictable behavior within wiring closets. An appropriate specification for cooling IT wiring closets should assure compatibility with anticipated loads, provide unambiguous instruction for design and installation of cooling equipment, prevent oversizing, maximize electrical efficiency, and be flexible enough to work in various shapes and types of closets. This paper describes the science and practical application of an improved method for the specification of cooling for wiring closets.
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Historically, no clear standard exists for specifying sufficient cooling to achieve predictable behavior within wiring closets; this paper describes the science and practical application of an improved method for the specification of cooling for wiring closets.
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The purpose of this paper is to outline practical and effective strategies of deployment of high density enclosures and blade servers.
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Offshoring Is a Cost Effective Solution to Your IT Needs
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Radiator Express Warehouse (1800Radiator), a fast-growing automotive parts distributor, found that it was running at maximum power and its racks were full. Using VMware virtualization technology, the company was able to take 31 physical servers out of production, resulting in a 25 percent reduction in power and cooling costs.
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Siemon, a global leader in network cabling solutions and data center physical layer infrastructure, offers this new 66-page E-Book focused on guiding data center professionals and service providers through key infrastructure challenges.
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Many firms are embarking on ambitious data center optimization projects to significantly reduce cost in hardware, maintenance, licensing, rack space, cooling and power – only to realize they are lacking fundamental data about their environment. Learn how you can accelerate and de-risk your data center optimization initiatives.
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By: HP
Published Date: Jul 29, 2008
This white paper describes an energy audit tool which can lead to significant decreases in the costs of running a data center. Thermal Zone Mapping (TZM) is a visualization tool developed to present in graphical format high level thermal metrics developed by HP and targeted for use as part of the HP Data Center Thermal Assessment service. This tool uses data generated from computer models of the data center and generates metrics, which are then post-processed and visualized in the three-dimensional data center space.
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The power requirement required by data centers and network rooms varies on a minute by minute basis depending on the computational load. This magnitude of this variation has grown and continues to grow dramatically with the deployment of power management technologies in servers and communication equipment.
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