| e, licenses, applications, remote hands, even the | | | | Allocate Resources with VMware DRS and DPM |
| expense of redundancynone of it compares to | | | | Virtualization from VMware provides two additional |
| the price of power in the data center; and power | | | | technologies that help you reduce your costs through |
| needs are increasing exponentially as processing | | | | virtualization. |
| intensifies and demand for rack space rises. | | | | VMware Distributed Resource Scheduler (DRS) allows |
| More Power Equals More Heat | | | | a hosting company and its clients to continuously |
| Data center power is partly to keep physical servers | | | | monitor utilization and intelligently assign resources as |
| running, but it’s also to keep them cool | | | | needed. With DRS, resources can be allocated to |
| enough to run: as servers increase in processing | | | | higher priority applications, according to your rules, |
| power, so does heat generation. A rack that five | | | | ensuring that your mission critical activities always |
| years ago produced about five kilowatts of heat | | | | have what they need. It also provides dedicated |
| may today produce as much as 28 kilowatts. To give | | | | infrastructure for business units, without letting |
| some idea of how much heat that is: 28 kilowatts | | | | resources stand idle. |
| equals 95,000 BTU or roughly 8 tons of air | | | | Supporting DRS, Distributed Power Management |
| conditioning. A typical house air conditioner is three | | | | (DPM) optimizes power consumption by continuously |
| tons, 10 kilowatts, or 34,000 BTU. That means that it | | | | monitoring power usage and automatically |
| takes as much power to cool a high density rack as | | | | consolidating workloads and powering down |
| it would to cool about three single family homesif | | | | unneeded resources. During lower use periods, DPM |
| it was high noon in that equatorial neighborhood 24 | | | | moves virtual server workloads onto the optimum |
| hours a day. | | | | number of physical servers and turns off the others. |
| Sources of Inefficiency | | | | When requirements increase, DPM brings physical |
| Data centers have traditionally been inefficient | | | | servers back onlinewithout impact on the virtual |
| environmentally. Compared to other costs, power has | | | | server or the customer. |
| been cheap, and computing preciousif a little | | | | Consolidate Servers with Blades |
| power was wasted, the result was incredible | | | | Blades help reduce the energy footprint of servers |
| amounts of information analyzed, communicated and | | | | by allowing multiple physical servers to be |
| stored. The world seemed to have plenty of power, | | | | consolidated on one chassis, with one management |
| and a data center from the 70s or even the 80s | | | | interface per blade, while adding more advanced |
| would only be a blip on the power grid. | | | | management features. The ProLiant BL490c |
| These days, data centers are much more prevalent: | | | | Virtualization Blade solution being adopted by Infinitely |
| the Data Center Map, a free web service linking data | | | | Virtual will more than triple the number of virtual |
| center providers and customers, lists 1,297 colocation | | | | machines hosted in the same energy footprint. |
| data centers in 59 countries. In addition, power has | | | | According to HP, the BL 490c blades offer several |
| become more expensive and less available. However, | | | | key performance and management advantages: |
| data centers still use power like it’s cheap: a | | | | eighteen DIMM slots allow more virtual machines to |
| McKinsey & Company report on data center | | | | be housed on each blade; integrated dual-port 10 GbE |
| efficiency, released in 2008, says that on average, | | | | server adapter with Flex-10 technology offer the |
| only six percent of server capacity is being used, and | | | | ability to fine-tune network bandwidth; conserve |
| the data center facilities run at no more than about | | | | power without performance impact with the built-in |
| 56 percent capacity. | | | | HP Power Regulator, and reclaim trapped power in |
| Three Ways to Cool Down the Data Centerand | | | | your data center by safely limiting server power |
| Save Money | | | | consumption with Dynamic Power Capping. |
| Virtualization, resource management and physical | | | | The Future of the Green Data Center |
| server consolidation are three methods your hosting | | | | Projects and organizations are being formed all over |
| company and you can use to increase data center | | | | the world to address the problems of power |
| efficiency. | | | | consumption and heat generation. Here are three: |
| Virtualize Servers | | | | Researchers at the Georgia Institute of Technology |
| One way to conserve power is to get every bit of | | | | are working to reduce the portion of electricity used |
| computing power out of each piece of hardware. | | | | to cool data center equipment by as much as 15 |
| That’s where virtualization comes in. | | | | percent. In a simulated data center, Georgia Tech |
| Virtualization allows you to consolidate your server | | | | scientists are trying to optimize cooling strategies and |
| requirements onto fewer physical machines, with the | | | | develop new heat transfer models. |
| virtual machines consuming only about 1/50th the | | | | The Green Grid is an organization created by many |
| amount of power. Email servers, web servers and | | | | of the big names in computers, power conditioning |
| applications all act just as if they were running on | | | | and data centers, including HP, AMD and Intel. |
| individual boxes, but for a fraction of the cost, both | | | | Together, they are developing standards to measure |
| in capital expense and power consumption. | | | | data center efficiency, with the goal of reducing |
| According to many sources, including The Green Grid | | | | power requirements, waste heat and carbon |
| and the EPA, virtualization is one of the key | | | | emissions. |
| ingredients of a more efficient, greener data center. | | | | In the future, waste heat like that in a data center |
| In implementing virtualization, a product such as | | | | could be recycled into energy. Engineers at Oregon |
| VMware provides some of the highest consolidation | | | | State University are taking waste heat and using it to |
| rates on a secure and reliable platform. With VMware, | | | | run a cooling system. |
| unused physical servers can even be powered off, | | | | To Save Money (and Help Save the Planet), Think |
| and turned back on when needed. | | | | Infinitely Virtual |
| Of course, virtual servers, especially VMware’s | | | | Contact Infinitely Virtual to find out how virtualization |
| hardware-based virtualization, also offer increased | | | | and data center efficiency affect your |
| application access for users, faster installation of new | | | | company’s bottom line. Let us show you how |
| servers and better uptime. So not only will your | | | | hosting with Infinitely Virtual can help you reduce |
| virtual servers help reduce your carbon footprint and | | | | your company’s server costs, while |
| save you money, they’ll also improve your | | | | simultaneously making your applications faster, your |
| company’s competitiveness. | | | | data more secure, and your planet a little bit cooler. |