HP Data Center Transformation for Better Business Outcomes

HP Data Center Transformation for Better Business Outcomes Spiros Liolis CGEIT, CISSP, CISA, CISM, ISSAP, BS7799 Lead Auditor Senior Solution Architect, DCT and BC/DR C&I EMEA, International Experts Team © 2007 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice Topics - current trends of DC engineering - HP IT story - Mission Critical Facilities portfolio - references 2 20 Июнь, 2008 AA1-0356ENW Data Center Critical Forces 2015 Data Center Challenges • Power consumption is increasing – 4000-12000 w/m2 and 32kW per rack • More heat to be absorbed by CRAC’s • Virtualization density is increasing • Usage of “clear” power is advantage for DC location • Utilize energy efficient equipment • Security “built-in” processes • “Lights-out” Datacenter and remote management • Linear scalability and flexibility • Over provisioning in power and cooling. Gas or liquid cooling for CPU • From disk based to tape storage • Fire and theft prevention – VESDA • Current floor load 1000-1200 kg/m2 HP Story 2005 Too many directions, not enough connections 100+ HP IT 4+% of IT sites revenue >1,200 in 53 active IT countries ~4,000 Application projects s <50% of resources time dedicated 750+ 85+ data to data 30% IT centers in ~19,000 IT innovation marts managed 29 professionals by IT countries including contingent workforce Under- managed network 5 HP Story 2007 The right direction. The right connections. Less than 30 % of HP IT core Revenue collaboration ~1500 cut in sites Applications half WW 100% IT managed by IT 80% of ~500 active resources 6 NGDCs Business time In 3 Projects at dedicated to zones any given innovation 1 EDW time Optimized, 90% Cost HP effective, employees – & secure 10% CWF network 6 HP data center transformation for better business outcomes HP Data Center Transformation Data Center Strategy Accelerate Data Center Decrease cost Mitigate risk business growth Design Data Center Deployment & Transition HP data center services Data Center Operation Data center Data center Data center Data center continual facility Data Center transition operation improvemen readiness Continual t Improvement Facilities Network Storage Servers operation HP data center transformation strategy • Enable IT to be more nimble and provide better information • Provide more dependable, simplified operations • Enable faster delivery of new technologies, services, and information • Accommodate growth • Provide for improved business continuity • Significantly reduce IT costs HP data center transformation includes… • Technology refresh • Standardized technology environment • Retirement of legacy applications • Next-generation data center build out − State-of-the-art infrastructure for today and tomorrow − Automated monitoring and control • HP Dynamic Smart Cooling • Real business continuity/disaster recovery Data centers – detail locations Global data centers 829 Miles Austin Houston Atlanta 150 717 Miles Miles Austin - Site 1 Houston - Site 3 Atlanta - Site 5 - Completed 11/06 - Completed 06/06 - Completed 01/07 - 125KSF - 1700 server addition - 50KSF raised floor 2600 Pinemeadow Austin - Site 2 Houston - Site 4 Atlanta - Site 6 - Completed 06/07 - Completed 05/07 - Completed 07/07 - Greenfield 50KSF - Greenfield 100KSF - Greenfield 50KSF KSF = 1,000 square feet Data center design • Modular design / standards − Modules can be configured to fit site geometry and topology − Cells will be configured to fit expansion, power and physical requirements • Cost drivers / advantages − Physical area − Cooling − Power • Power & cooling − Static Smart Cooling (SSC) − Dynamic Smart Cooling (DSC) Modular Data Center – one module Standard Physical Plant: Standard Servers/storage •Tier III environmental and • Two primary platforms reliability standards Staging/Storage Distribution Rooms Network Vault fire fire detection/ Servers Servers detection/ suppression suppression k P P ork w Servers Servers w HVAC t ProLiant D D Integrity HVet AC N ork k P P Storage U StUorage N tw ProLiant D D Integrity N P P & Backup U U& Backup Netw Servers D DServers ork Generators k P U P U w w Generators t ProLiant D D Integrity et UPS’s N UPS’s U U N Expansion & Transformation ‘White Space’ Smart Cooling – what is it ? • Judicious provisioning of AC resources based on workload distribution • Available energy savings of 25% over non-optimized layout [$1m p.a. for a 15MW data center @ $100/MWh] • The Smart Cooling system is a combination of modeling, metrology & intelligent control • Two key solutions: Static Smart Cooling Based on measurement, evaluation & static solution Dynamic Smart Cooling Continuous adaptive control of cooling Data center business continuity and disaster recovery strategy Zone A Application Zone B Next generation data centers Next generation data centers Site – 1 Site – 2 Site – 3 Site – 4 AcActtiiiveve AcActtiiivvee Active Active Tier 1 AcAcDattirkiveve AcAcDattirkivvee Dark Dark Active Active Active Active Tier 2 Dark Dark Dark Dark Active Active Active Active Tier 3 Dark Dark AcDatrkive AcDatrkive Business Disaster Business Availability continuity Reliability recovery Expandability continuity Agility HP data center transformation Simplified infrastructure delivers more Less = More • 30% fewer • 80% more servers processing power • Double the storage • Decreased (all data storage cost replicated) • 50% lower • Triple the networking bandwidth cost • Faster application • Fewer sites rollout The portfolio of critical facilities services © 2008 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice Data center domains can no longer operate in isolation CIO Enable competitive advantage • How can my data center meet the demand for business innovation and time-to-market? • How do I show the value of data center technology to each business unit? • What are the true costs of my data centers? How many do I need? Data center manager Improve data center operational efficiency • What assets do I have or where my assets are located? • How are those assets performing to support business demand? • How can I improve infrastructure performance in my data center operations? Data center facilities manager Transform facilities • How can I modernize the facility to meet capacity growth? • How do I solve power, cooling, cabling and floor space issues? • How do I assure operational continuity of my facility? Critical Facilities Services Critical facilities Critical facilities design Critical facilities consulting assurance • Facility & technology • Facility design, • Commissioning & testing assessment services programming & cost • Operational & reliability • Enterprise data center modeling risk assessment • strategy Energy efficiency design • Facility operations • Facility master planning • Engineering infrastructure strategy • Facility consolidation and design • Failure & forensic analysis migration planning • Technology (cable plant) infrastructure design Critical Facilities Consulting Provides high level strategic and tactical planning for data centers, and other highly redundant facilities. • Helps ours clients decide how many data centers are needed for their enterprise strategy • Where the centers should be located to allow for latency, accessibility, and other factors? • What physical size and topology (level of redundancy) they should be built to (Tier 1-4) • How to migrate their data to the new site(s) • What will it cost (rough order of magnitude) to do all or pieces of the above Critical Facilities Design Offers innovative engineering design solutions for technology-intensive, high-performance facilities. • Evaluates potential sites/locations and facilities to meet requirements defined by the enterprise strategy (as captured by a CFC engagement for example). • Provides a basis of design, concepts and full design through stamped and sealed construction documents which are then delivered to a CM or GC (not EYPMCF) to construct the facility. • Uses statistical tools and benchmarking to model reliability pre and post design • Uses proprietary tools to provide more detailed cost estimates • Provides engineering peer review of facilities designed by others Critical Facilities Assurance Provides guidance and testing programs to improve the operational functionality, efficiency and overall reliability of existing infrastructure. • Performs start up testing (commissioning) post construction of the facility • Provides consulting to optimize an existing facility's operational performance (key focus areas on energy efficiency, reliability, and cost reduction) • Provides oversight in equipment vendor maintenance programs and streamlines the documentation process Examples of work Fannie Mae: 1st LEED certified data center Scope: • MEP roles included a detailed analysis and selection of greenfield sites, programming, design development, construction documentation, construction administration & commissioning • LEED certification Total cost: • $130M Construction Cost Schedule: • 6 Month design development • 22 months construction program Follow-on activity: • Additional design, testing and operational consulting projects. Data Center/Office Building/Operations Center (250,000 sf) HP Alpharetta, GA • Modular design services for a data centre with two 25,000 sq.ft raised floor cells with an initial design at 100w/sf. • The provision and major equipment capacity will upgrade to 200w/sf. • This Tier III + design includes 2N UPS, N+1 generators and chillers. • The dual utility service was designed

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