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[[Planning a green storage initiative | read more...]]
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|}[[Category:Backup and restore]]<br />[[Category: Blade computing]]<br />[[Category: Business compliance]]<br />[[Category: Clustered storage]]<br />[[Category: DMX]]<br />[[Category: Data classification]]<br />[[Category: Data deduplication]]<br />[[Category: Disaster recovery]]<br />[[Category: ECM]]<br />[[Category: EMC]]<br />[[Category: Email archiving]]<br />[[Category: Email storage]]<br />[[Category: Enterprise mobile wikitips]]<br />[[Category: Green storage]]<br />[[Category: Hitachi]]<br />[[Category: IBM]]<br />[[Category: Managing storage]]<br />[[Category: Mobile Enterprise Wikitips]]<br />[[Category: NAND]]<br />[[Category: SSD]]<br />[[Category: STEC inc]]<br />[[Category: Storage and business compliance]]<br />[[Category: Storage asset management]]<br />[[Category: Storage consolidation]]<br />[[Category: Storage design]]<br />[[Category: Storage disaster recovery]]<br />[[Category: Storage services]]<br />[[Category: Storage vendor management]]<br />[[Category: Storage virtualization]]<br />[[Category: WEB2.0]]<br />[[Category: Wikitips]]<br />
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|}[[Category:Backup and restore]]<br />[[Category: Blade computing]]<br />[[Category: Business compliance]]<br />[[Category: Clustered storage]]<br />[[Category: DMX]]<br />[[Category: Data classification]]<br />[[Category: Data deduplication]]<br />[[Category: Disaster recovery]]<br />[[Category: ECM]]<br />[[Category: EMC]]<br />[[Category: Email archiving]]<br />[[Category: Email storage]]<br />[[Category: Enterprise mobile wikitips]]<br />[[Category: Green storage]]<br />[[Category: Hitachi]]<br />[[Category: IBM]]<br />[[Category: Managing storage]]<br />[[Category: Mobile Enterprise Wikitips]]<br />[[Category: NAND]]<br />[[Category: SSD]]<br />[[Category: STEC inc]]<br />[[Category: Storage and business compliance]]<br />[[Category: Storage asset management]]<br />[[Category: Storage consolidation]]<br />[[Category: Storage design]]<br />[[Category: Storage disaster recovery]]<br />[[Category: Storage services]]<br />[[Category: Storage vendor management]]<br />[[Category: Storage virtualization]]<br />[[Category: WEB2.0]]<br />[[Category: Wikitips]]

Revision as of 21:51, 30 December 2008


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1. Six Wikibon experts break down EMC's recent analyst event (23 Mins)

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2. Grant, a Sr. Storage Admin at a large bank discusses how heterogeneous storage virtualization can help reduce the budget for 2009. (20 Mins)

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Wikitip

The Public Cloud

While I was writing my article on the history of cloud computing the other week, I realized how far we have come, starting from brilliant ideas about the Internet and computing as services, to today’s world where both are commonplace.

The dream of on-demand computing where services are delivered as a utility from a plug in the wall to anyone and everywhere when they want it and how they want and paid for based on consumption, on a utility model, has been realized. Cloud computing today comes in various forms that should serve all of our needs from public cloud, private cloud, or a combination of the two, the hybrid cloud. And although for some businesses it seems the shift is toward custom clouds and privately managed services, I think the public cloud as a secure, redundant, and scalable service is what the dream was about.

I have written about public, private, and hybrid cloud before, and I have talked about what the public cloud is. What I would like to add now is what I think it means, affordable (in some cases even free) computing services to everyone, from strapped-for-cash small businesses who can now power their applications in a secure scalable way without expensive investments in hardware to entrepreneurs working on various projects intended to change the world.

So, services like Google Apps, Windows Azure Services Platform, Amazon Elastic Compute Cloud (EC2), are, up to a point, performing a public service, encouraging people and businesses to innovate, build, and grow. For example, the on-demand cloud computing service the Sun Cloud, sadly not available since the spring of 2010, provided significant computing resources for the developer community for an extremely low price. And I believe this is what the public cloud is all about.

Of course, from a business point of view choosing the type of cloud is about aligning with your business priorities. Private and hybrid clouds would ensure the level of customization, control, and security a company needs, and, especially for larger companies that can absorb the costs, can seem an obvious choice. But the public cloud is all about the democratization of computing services and equal chances to all businesses, small or large, and private individuals. I think the public cloud is fulfilling the dream and creating the premises for other dreams to be achieved.

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Featured Case Study

Financial giant goes green

The corporate IT group of a very large, worldwide financial organization with 100,000 employees, has initiated an ongoing “greening” process. This is focused largely on reducing energy use both to decrease the corporation's carbon footprint while creating a net savings in operational costs over the lifetime of new, more energy-efficient equipment, including new storage systems. This effort is not viewed by the IT administration as a one-time project but rather as a perpetual process of evaluating new technology in part on its energy efficiency and introducing it into the corporate data centers to replace aging systems as appropriate.

read more...

Storage Professional Alerts


Featured How-To Note

Planning a Green Storage Initiative

Fluctuating energy prices have heightened electricity and energy consumption as a major issue within the technology community. IT is a significant consumer of energy and IT energy costs have been rising disproportionately because of continued investment in denser IT equipment. Estimates from the EPA and others indicate that IT will account for 3% of energy consumption by 2012. While technology changes have decreased footprint, power loading (amount of power required for a square foot of data center space) and heat load (the amount of heat that has to be removed from a square foot of data center space) have both escalated dramatically. The result is higher energy costs to provide power and extract heat from the data center, and lower utilization of data center floor space because of power and cooling limitations. The technology trends are toward higher heat and power loading, which will exacerbate the problem.

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