HP Integrity Server HP Technical Update Days 26./

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1 HP Server HP Technical Update Days 26./ Peter Hadler Hewlett Packard GmbH Business Critical Systems BU Manager Germany 2004 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice

2 HP Server October 4,

3 Reduce the cost AND increase the value of IT Today 5% 23% Infrastructure innovation3 years from now Application innovation 10-15% Infrastructure innovation In large enterprises up to 75 % are personnel or services costs Hardware, software and infrastructure only 25 % 72% Operational 40-45% 35-45% Application innovation Operational How can we move to a sustainable cost structure? October 4,

4 The Adaptive Enterprise Business and IT synchronized to capitalize on change Business Standardization Leverage common components and processes to reduce cost, simplify change Virtualization Utilization is optimized and IT supply meets business demand Information technology Delivers: Simplicity, Agility, Value Management Automate the dynamic link between business and IT October 4,

5 HP Server und Storage Portfolio Das breiteste Angebot für Enterprise-Anwendungen Access Application Database ProLiant DL/ML 100 & 300 series ProLiant BL e-class ProLiant DL/ML 500 series ProLiant BL p-class ProLiant DL 700 series Superdome rx8620 rx7620 HP 9000 Superdome rx5670 rp4440 rp5430/70 rx4640 rx26x0 rp2430/70 rx16x0 Rp3410/3440 rp84xx rp74xx AlphaServer GS series AlphaServer ES series AlphaServer SC series AlphaServer DS series NonStop S76 series NonStop S76000/S86000 CASA StorageWorks XP series EVA series VA series MSA family NAS family Optical family ESL series MSL series Tape Autoloader series Tape drive families SAN Infrastructure / Software / Media / Options Multi-OS NonStop OS Tru64 October 4, 2005 page 5

BCS Migration Scenario based on Standards Current HP NonStop server Mips HP server Itanium HP 9000 / e3000 server PA-RISC HP AlphaServer systems Alpha HP ProLiant server x86 Today Moving to 3

6 BCS Migration Scenario based on Standards Current HP NonStop server Mips HP server Itanium HP 9000 / e3000 server PA-RISC HP AlphaServer systems Alpha HP ProLiant server x86 Today Moving to 3 leadership product lines built on 2 industry standard architectures Industry standard HP NonStop server Itanium HP server Itanium HP ProLiant server x86 Common technologies Adaptive Management Virtualization HA Tape drives Autoloaders Future Storage Clustering HP-UX 11i NonStop OS Tru64 UNIX October 4,

7 Processor architecture evolution next generation EPIC Itanium CISC.3 ins/cycle RISC < 1 instruction/cycle Superscalar RISC ~2 instructions/cycle 20-30% increase per year due to advances in underlying semiconductor technology time 1 micron ->.5 micron -->.35 micron -->.25 micron -->.18 micron -->.13 micron October 4,

8 October 4,

9 Customers are deploying different classes of servers one size does not fit all needs Market segment share (units) 100% 80% 60% 40% 20% ProLiant focus focus NonStop focus Source: IDC Q Worldwide Quarterly Server Tracker 0% $0k to $3k $3k to $6k $6k to $10k $10k to $25k $25k to $50k $50k to $100k $100k to $250k $250k to $500k $500k + Based on factory revenue X86: $21.8bn market (for cy2004) RISC/EPIC: $19.8bn market (for cy2004) CISC: $7.5bn market (for cy2004) HP Restricted For HP and Partner Internal Use Only October 4,

10 HP9000 / Revenue & Unit Share HP9000 / Revenues share 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0% HP9000 Q1 FY04 Q2 FY04 Q3 FY04 Q4 FY04 Q1 FY05 Q2 FY05 Q3 FY05 HP9000 / Units share 80% 70% 60% 50% 40% 30% 20% 10% 0% HP9000 Q1 FY04 Q2 FY04 Q3 FY04 Q4 FY04 Q1 FY05 Q2 FY05 Q3 FY05 October 4,

Intel Itanium Processor Family Roadmap 2004 2005 2006 2007 Future Leading Performance 4S+ Itanium 2 Processor (Madison 9M) 1.

11 Intel Itanium Processor Family Roadmap Future Leading Performance 4S+ Itanium 2 Processor (Madison 9M) 1.6 GHz, 9M Montecito Dual Core, 24MB Multi-threading threading Montvale Dual Core, Multi-threading threading Tukwila Multi-core Poulson Leading $ / FLOPS 2S Itanium 2 Processor (Fanwood) 1.6 GHz, 3M, DP Millington DP, Montecito-based DP Montvale DP, Montvale-based Dimona DP, Tukwila-based Future DP, Poulson-based Lower Power 2S LV Itanium 2 Processor (LV Fanwood) 1.3 GHz, 3M, DP LV Millington DP, Low Voltage, Montecito-based LV Montvale DP, Low Voltage, Montvale-based LV Dimona DP, Low Voltage, Tukwila-based Future DP, Low Voltage, Poulson-based New Technologies Multi-core Multi-core enhancements Multi-threading threading Enhanced RAS Dynamic performance boost (Foxton) Enhanced virtualization Dynamic power management (DBS) Enhanced I/O & memory Cache reliability (Pellston) Common system architecture w/ Intel Intel Virtualization Technology Xeon All products, dates, comparisons, and information are preliminary and subject to change without notice. HP Restricted Internal Use Only Source: Inte Corp 11

Long Term Goal: 1M Transactions per Minute Today In 2007 With planned

deliver equivalent OLTP of a current 64-way system, delivering dramatically

of 64-way system (today) and 4-way system (2007). Not to scale.

12 Long Term Goal: 1M Transactions per Minute Today In 2007 With planned performance improvements, a 4-way 4 Itanium -based server in 07 could deliver equivalent OLTP of a current 64-way system, delivering dramatically Lower TCO Lower power consumption Higher density Shown are representations of 64-way system (today) and 4-way system (2007). Not to scale. All products, dates, comparisons, and information are preliminary and subject to change without notice.

13 HP Virtual Server Environment (Global) Workload Manager (WLM & gwlm) and Single Virtual View (SVV) hard partitions hard partitions virtual partitions processor sets resource partitions with multiple nodes with a node within a hard partition within partitions with PRM Clusters npartitions Virtual Partitions Processor Sets Resource Partitions Availability Partitioning Virtualization Security complete hardware and software isolation node granularity multiple OS images electrical isolation complete hardware and software isolation cell granularity multiple OS images HP-UX, Windows, Linux, and/or OpenVMS in different partitions complete software isolation dynamic CPU migration CPU granularity multiple HP-UX OS images a group of processors a scheduling domain dynamic CPU assignment CPU granularity single OS image ownership & access permissions process binding dynamic CPU, memory & I/O allocation share (%) granularity single OS image Capacity Management (icap, TiCAP & PPU) isolation flexibility highest degree of separation fullest dynamic capabilities October 4, 2005 HP Restricted For HP and Partner Internal Use Only 13

14 Challenge Enterprises have unused server capacity yet still can t meet demand Tremendous amount of unutilized capacity Server average utilization Utilization of HP-UX servers at an HP customer Servers Yet these systems are unable to handle the load Most reports put average utilization at approx 25% - 30% for Unix servers October 4,

15 ISV momentum for HP servers Itanium ISV portfolio availability now ,000 5,000+ apps Applications Available 3,500 3,000 2,500 2,000 1,500 1, HP Announcement entry level & high end 700 HP Announcement Midrange 1, June November May December October 4,

16 October 4,

Scale-up with virtualised Integrity servers

Scale-up with virtualised Integrity servers Ken Surplice Business Critical Systems HP Europe, Middle East, Africa 2006 Hewlett-Packard Development Company, L.P. The information contained herein is subject