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 green- field 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