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The management consulting firm McKinsey & Co. reports that the world s 44 million servers consume 0.5 percent of all electricity and produce 0.2 percent of all carbon dioxide emissions, or 80 megatons a year, approaching the emissions of entire countries such as Argentina or the Netherlands.
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The technological underpinnings of cloud computing
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CLOUD DATA CENTERS: BECOMING MORE EFFICIENT AND MORE FLEXIBLE THROUGH MODULARITY
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Already, through volume purchasing, custom server construction, and careful geographic locality, the world s largest data-center owners can build data centers at a fraction of the cost per CPU operation of private corporations. They relentlessly work to widen that gap. The economies-of-scale trend will continue in the cloud providers favor as they become dramatically more efficient through modular data centers. These highly modular, scalable, efficient, just-in-time data centers can provide capacity that can be delivered anywhere in the world quickly and cheaply. Figure 2.2 is an artist s rendering of a modular data center (because photographs of such facilities are highly guarded). Corporate data centers can t compete with the myriad economic efficiencies that these mega data centers can achieve today and will fall further and further behind as time goes by. The goal behind modular data centers is to standardize them and move away from custom designs, enabling a commoditized manufacturing approach. The most striking feature is that such data centers are roofless. Like Google, Microsoft is driven by energy costs and environmental pressures to reduce emissions and increase efficiency. The company s goal is a power usage effectiveness (PUE) at or below 1.125 by 2012 across all its data centers.
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COOLING: High-efficiency water-based cooling systems less energy-intensive than traditional chillers circulate cold water through the containers to remove heat, eliminating the need for air-conditioned rooms. STRUCTURE: A 24 000-square-meter facility houses 400 containers. Delivered by trucks, the containers attach to a spine infrastructure that feeds network connectivity, power, and water. The data center has no conventional raised floors. POWER: Two power substations feed a total of 300 megawatts to the data center, with 200 MW used for computing equipment and 100 MW for cooling and electrical losses. Batteries and generators provide backup power.
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CONTAINER: Each 67.5cubic-meter container houses 2500 servers about 10 times as many as conventional data centers pack in Racks of the same space. Each servers Power supply container integrates computing, networking, power, and cooling systems.
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Figure 2.2 Expandable, modular cloud data center. Notice there is no roof. New containers with servers, power, cooling and network taps can be swapped in and out as needed. Source: IEEE Spectrum magazine.
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Understanding cloud computing classifications
Power usage effectiveness (PUE)
Power usage effectiveness (PUE) is a metric used to determine the energy efficiency of a data center. PUE is determined by dividing the amount of power entering a data center by the power used to run the computer infrastructure within it. PUE is therefore expressed as a ratio, with overall efficiency improving as the quotient decreases toward 1. According to the Uptime Institute, the typical data center has an average PUE of 2.5. This means that for every 2.5 watts in at the utility meter, only 1 watt is delivered out to the IT load. Uptime estimates that most facilities could achieve 1.6 PUE using the most efficient equipment and best practices. Google and Microsoft are both approaching 1.125, far exceeding what any corporate or cohost data center can achieve.
Ensuring high server utilization in the cloud with virtualization
Virtualization, following the car analogy, is the suspension. It provides the high server utilization you need. It smoothes out the variations between applications that need barely any CPU time (they can share a CPU with other applications) and those that are compute intensive and need every CPU cycle they can get. Virtualization is the singlemost revolutionary cloud technology whose broad acceptance and deployment truly enabled the cloud computing trend to begin. Without virtualization, and the 60-plus percent server utilization it allows, the economics of the cloud would not work.
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