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Maximize Your Data Center for Virtualization Initiatives


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Presentation focuses on the impact virtualization initiatives have on the data center and more importantly the critical
physical infrastructure supporting the data center. Virtualization is an IT strategy that can easily and quickly impact, with potential negative consequences, the reliability and availability of the data center. Understand the effects and some considerations in the implementation of virtualization.

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Maximize Your Data Center for Virtualization Initiatives

  1. 1. Virtualization: Optimized Power and Cooling to Maximize BenefitsAPC by Schneider Electric – Philip Fischer– March 2011
  2. 2. Increasing Pressure … on data center planning and operation Increasing availability expectations Cloud computing Virtualization Energy efficiency Energy and service Uncertain cost control long-term plans for capacity or density Dynamic power variation Regulatory requirements Server consolidation In response … We created – and continue to improve a new way to plan, design, install, manage, and maintain data centersAPC by Schneider Electric – Pjilip Fischer – March 2011
  3. 3. Virtualization Benefits ● Increased CPU utilization and efficiency ● Typical server utilization rate: ~10-15% (usually higher in storage) ● Virtualized utilization rate: Up to 80% ● Server consolidation ● Decreased need to purchase additional servers ● Increased rack space ● Reduced data center space requirements ● Improved continuity and disaster recovery ● Virtualized servers can be mirrored in case of failure ● Reduced labor costs ● Easier hardware provisioning and maintenanceAPC by Schneider Electric – Pjilip Fischer – March 2011
  4. 4. Virtualization Myths ● Virtualization always increases efficiency ● Virtualization requires high density data centers ● High density and high efficiency cannot coexist ● I don’t need to worry about power and cooling when virtualizingAPC by Schneider Electric – Pjilip Fischer – March 2011
  5. 5. Impacts and Challenges of Virtualization Power Density Dynamic Power /Cooling Rapid Scalability Availability Architecture Changes Virtualization Impacts Operations Despite theses challenges, =S= firmly believes virtualization is the right solution.APC by Schneider Electric – Pjilip Fischer – March 2011
  6. 6. Impacts and Challenges of Rack 1 Rack 2 Rack 3 Virtualization Server Server Server Vapp 1Virtual Applications Capabilities Server Server●Power off/on as needed V App 2 V App 5●Move to larger compute resources●Consolidate to select servers Server Server Server ●Save Energy V App 3 V App 4 ●Disaster RecoveryChallenges Power Power Power●Dynamic and migrating (high-density) loads●Underloading from consolidation Cooling Cooling Cooling●Need to ensure capacities down to the rack level Security Security Security ●Power Environment Environment Environment ●Cooling ●Physical spaceAPC by Schneider Electric – Pjilip Fischer – March 2011
  7. 7. Virtualization: Good for Cooking Dinner? Higher Densities per rack create Power and Cooling ProblemsAPC by Schneider Electric – Pjilip Fischer – March 2011
  8. 8. Virtualization: Enough Power for a Neighborhood ~ 30kW Power draw ~ 30kW Power drawAPC by Schneider Electric – Pjilip Fischer – March 2011
  9. 9. Challenges to Maximizing VirtualizationAPC by Schneider Electric – Philip Fischer– March 2011
  10. 10. Challenge 1: Power Density• Virtualization instantly drives up power densities at a rack level•Cooling challenge •Per tile airflow of 300-600 cfm hard to maintain •Raised flooring and perimeter cooling not the right choice•Power distribution Challenge •Need new breakers •New voltage supply levels•Weight-bearing capacities should be reviewedAPC by Schneider Electric – Pjilip Fischer – March 2011
  11. 11. Challenge 2: Dynamic Power/Cooling Is Mandatory ● Use power-capping with integration of DCIM and VM ● Need cooling system which can dynamically regulate cooling capacity ● DCIM works with VM Manager allowing for informed decision makingAPC by Schneider Electric – Pjilip Fischer – March 2011
  12. 12. Impact of Virtualization on OversizingAPC by Schneider Electric – Pjilip Fischer – March 2011
  13. 13. Challenge 3: Rapid Scalability Becomes Critical● Speed of provisioning new "servers" is super fast ● Need agile infrastructure to cope● Capacity management tools for real- Power time monitoring and analysis of Virtual server 1 Virtual server 3 information about the three essential Physical Host capacities of the data center: Virtual Virtual Virtual Virtual N server server 2 server N ● Power Cooling server N ● Cooling ● Physical space● Stranded capacity = inefficiencyAPC by Schneider Electric – Pjilip Fischer – March 2011
  14. 14. Challenge 4: Availability Architecture Changes ●Data center physical infrastructure should be designed based on the fault- tolerant nature of the virtualization IT model ●Redundancy is less important to physical infrastructure if IT is highly fault tolerant ●Consider N+1 architectureAPC by Schneider Electric – Pjilip Fischer – March 2011
  15. 15. Challenge 5: Virtualization Impacts Operations ● Initially, virtualization leads to consolidation….but be prepared for rapid growth ● Rapidly changing demand and capacity requires tools to keep operations up and running ● Physical servers are now a capacity element just like power and cooling ● Supply while traditionally being just power, cooling and physical space now includes servers and the network bandwidthAPC by Schneider Electric – Pjilip Fischer – March 2011
  16. 16. Virtualization Challenges to Power and Cooling Infrastructure Challenge Solution Power Density Increases Containment and High Voltage Distribution Dynamic Migrating Loads Planning and Implementation Software Underloading of Power and Scalable Power and Cooling Cooling Systems Availability Architecture Design data center pods to Need (2N, N+1, etc.) Virtualization Impacts Simulation and Capacity Management Operations ToolsAPC by Schneider Electric – Pjilip Fischer – March 2011
  17. 17. Simple Case Study Implementing Virtualization in a data Center Annual electric bill Before virtualization ● Average 7 kW / rack ●120 kW data center capacity ●90 kW IT load (75% loaded) $193,123 ● DX air conditioning Before Virtualization ●59 kW total server load (66%) 27% ● No redundancy ●PUE = 2.0 ● $0.12 / kW hr 54% ● Right-sized power & savings After virtualization cooling • 53 kW IT load (42% loaded) $140,305 • 22 kW total server load After Virtualization ● Close-coupled cooling 36% • 75% servers virtualizable ● Use blanking panels • Server consolidation ratio 20:1 • PUE= 2.5 ● High-efficiency UPS (96%) Optimized power & cooling $89,251 • 60 kW capacity After NCPI Improvements • Data center load 88% • PUE = 1.6APC by Schneider Electric – Pjilip Fischer – March 2011 Source: TradeOff Tool - TT9 Rev 0 “Virtualization Energy Cost Calculator”
  18. 18. Why Integrate Virtualization and Datacenter Management? ● Automate ● Virtual machine migration when an issue arises in the physical infrastructure ● Solve the issue ● Of keeping virtual machines running during physical infrastructure incidents ● Map dependencies ● Of physical servers to physical infrastructure ● Ensure your enterprise applications ● perform with the highest availability and performance ● Build up business continuity ● through improved disaster recovery solutions and deliver high availability throughout the datacenterAPC by Schneider Electric – Pjilip Fischer – March 2011
  19. 19. DCIM Definition ● A data center infrastructure management (DCIM) system collects and manages information about a datacenter’s assets, resource use and operational status. ● This information is then distributed, integrated, analyzed and applied in ways that help managers meet business and service-oriented goals and optimize their datacenter’s performance. ● In practice, DCIM systems may vary widely in focus, and complete solutions are likely to consist of a framework or suite of products, from one or many suppliers, that are designed to interoperate or complement each other. ● The close interworking of IT and mechanical/electrical systems will increasingly lead to the deployment of solutions that span data-center facility infrastructure, physical IT assets, and virtual IT assets.APC by Schneider Electric – Pjilip Fischer – March 2011
  20. 20. Virtualization Data Center Management Management Virtual POWER Machine and UPS Server Rack Management Distribution Centralized Programmatic Provisioning Interfaces Microsoft Environmental COOLING APC System Center Virtualization Temperature DataCenter InRow InfraStruxure Virtual Management Humidity Management Operations Overhead Water/Smoke Raised Floor System Machine Security and Access Manager 2008 Migration Control SECURITY System Resource Camera Monitoring Management Access Control Contact Points Integrated ManagementAPC by Schneider Electric – Pjilip Fischer – March 2011
  21. 21. What can you do? ● Assess the impact of consolidation & virtualization strategy ● Effect of under-loaded CRACs, chillers, generators ● Potential hotspots ● Identify issues in system design or operation that compromise efficiency and recommend solutions: ● Row-based cooling ● Scalable UPS ● Predictive management tools ● Estimate potential efficiency gains to enable return-on- investment (ROI) calculations for capital expenditures ● Data Center Electrical Efficiency Assessment serviceAPC by Schneider Electric – Pjilip Fischer – March 2011
  22. 22. FAST and EASY Early Planning Tools Critical planning guidance before you Quickly determine costs, commit efficiency, carbon footprint by … ● Size ● Density TOOLS™ ● Redundancy ● Architecture Capital Cost Power/Cooling Efficiency Carbon Footprint Make informed decisions… BEFORE you design your data centerAPC by Schneider Electric – Pjilip Fischer – March 2011
  23. 23. Go to latest online Click to resume Go version of this tool Done presentationAPC by Schneider Electric – Pjilip Fischer – March 2011
  24. 24. Claim the efficiency ● To deliver maximum energy savings of virtualization ● To maximize reliability and predictability of virtualized environmentAPC by Schneider Electric – Pjilip Fischer – March 2011