Introducing the HP 3 PAR Arrays FClass Store

Introducing the HP 3 PAR Arrays • F-Class • Store. Serv 7000 • Store. Serv 10000 Николай Кычанов, технический консультант, HP Россия Ni. Ky@hp. com © Copyright 2013 Hewlett-Packard Development Company, L. P. The information contained herein is subject to change without notice.

HP 3 PAR History Constant evolution March 10 May 99 July 01 November 07 3 PAR founded with 5 employees 3 PAR secures $100 Million in third-round financing 3 PAR IPO Introduction of: Virtual Domains, native i. SCSI support June 02 3 PAR Utility Storage and Thin Provisioning launch in the US and Japan 1999 2000 2001 2002 2005 2006 2007 2008 August 06 General Availability of the In. Serv SClass Storage Server Introduction of: E-Class midrange Storage Server Bring-up of the Gen 1 3 PAR ASIC © 2013 HP – Peter Mattei 2004 September 02 December 00 2 2003 May 05 3 PAR introduces Dynamic Optimization and Recovery Manager 2009 Introduction of: Adaptive Optimization, Recovery Manager for VMware September 10 3 PAR acquired by HP November 11 New SPC-1 world record released: 450’ 213 IOPS 2010 2011 2012 2013 November 09 In. Form OS v 2. 3. 1 with many new features April 09 Introduction of: F-Class the first quad controller midrange array September 08 Introduction of: T-Class with Gen 3 ASIC - the first Thin Built in storage array December 12 Introduction of: New Store. Serv 7000, 3 PAR OS 3. 1. 2, Peer Persistence, August 11 Persistent Ports Introduction of: V-Class w. Gen 4 ASIC, In. Form v 3. 1. 1, Peer Motion

Scalable Performance Leading performance with the least complexity For more details read the reports on: http: //www. storageperformance. org/results/benchmark_results_spc 1 SPC-1 setup required only 568 commands SPC-1 setup required 12’ 800 commands SPC-1 setup required 3’ 123 commands SPC-1 setup required 17’ 781 commands 3 © 2013 HP – Peter Mattei

Performance and capacity with high utilisation 4 © 2013 HP – Peter Mattei

HP 3 PAR Leadership – Efficient HP 3 PAR customers reduce TCO by 50% “Only the HP 3 PAR Store. Serv platform provides a thin provisioning implementation that delivers the most efficient storage utilization. ” * * Quote out of the “Thin Technologies Competitive Comparison” Whitepaper by the Edison Group in September 2012 http: //www. theedison. com/pdf/2012_Samples_HP_Thin_Provisioning. pdf 5 © 2013 HP – Peter Mattei

Announcement of 3 rd of December 2012 New Midrange Hardware Platform and new 3 PAR OS with new Features New Hardware • HP 3 PAR Store. Serv 7000 midrange systems • Store. Serv 7200 dual controller model • Store. Serv 7400 dual/quad controller model • SAS drives in FC carriers for the F-, T, and 10000 (former V-class) systems • 300 GB/15 k SFF SAS • 450 and 900 GB/10 k SFF SAS • 2 TB 7. 2 k LFF MDL SAS New 3 PAR OS 3. 1. 2 6 © 2013 HP – Peter Mattei

HP 3 PAR Operating System 3. 1. 2 – New Features For 3 PAR Store. Serv 7000, 10000, F-Class and T-Class Ease of Use New 3 PAR 7000 Software Suites • − – – – - Automatically create replicated volumes when initial volume created Autonomic Rebalance • − - RESTful API access to 3 PAR Storage Online Fat-to-Thin or Thin-to-Fat for existing volumes • - Convert volumes inline non disruptively without additional capacity Virtual Service Processor • – Option to run the SP in a Virtual Machine instead of a physical server Management console & volume provisioning simplification Full Copy Instant Export © 2013 HP – Peter Mattei Online firmware upgrade without dependency on multipath software. Host path stays online. Mixed Sync/Async Periodic remote copy • - Support both modes simultaneously on the same remote copy connection Enhanced Federation 3 PAR Peer Motion Enhancements • – Re-layout data when new drives are added Web Services API • • Management via IMC instead of System Reporter All logic to run on controllers Autonomic Replication Groups • 7 – Enhanced Adaptive Optimization • • 3 PAR Smart. Start for midrange Persistent Ports (utilizing NPIV) • Simplified ordering, reduced bundle prices Out of Box installation and configuration • Higher Availability – GUI enhancements Extended OS and cluster support • EVA to 3 PAR Online Import • Peer Persistence Extended connectivity Windows 2012 storage integrations • – – Windows space reclamation (T 10) Copy offload (ODX)

Eliminating distinctions between Midrange and Tier 1 Polymorphic Simplicity: Storage Without Boundaries • • • New 3 PAR Store. Serv 7000 New 3 PAR File Services New All-SSD Array New EVA to 3 PAR Upgrade Path ONE Architecture – mid to high HP 3 PAR Store. Serv 10800 HP 3 PAR Store. Serv 10400 Only HP HP 3 PAR Store. Serv 7400 HP 3 PAR Store. Serv 7200 Tier 1 Storage at Less than $40 K USD! Redefining the Midrange from $25 K USD! NEW 8 e Sam © 2013 HP – Peter Mattei OS R A 3 P

HP 3 PAR Store. Serv Storage Same OS, Management Console and Software Features F 200 Controller Nodes Fibre Channel Host Ports Optional 1 Gb i. SCSI Ports Optional 10 Gb FCo. E Ports Built-in IP Remote Copy Ports F 400 Store. Serv 7200 Store. Serv 7400 Store. Serv 10800 2 0 – 12 0– 8 NA NA 2 2– 4 0 – 24 0 – 16 NA NA 2– 4 2 4 – 12 NA 0– 4 2 2 -4 4 – 24 NA 0– 8 2– 4 0 – 96 NA 0 – 16 2– 4 2– 8 0 – 192 NA 0 – 32 2– 4 GBs Cache 20 20 – 40 24 32 – 64 96 – 192 – 768 Disk Drives 16 – 192 16 – 384 8 – 144 8 – 480 SLC SSD (max/array) 15 krpm 10 krpm 7. 2 krpm 100, 200 GB (32) 300, 600 GB 450, 900 GB 1, 2 TB 100, 200 GB (64) 300, 600 GB 450, 900 GB 1, 2 TB 100, 200 GB (120) 300 GB 450, 900 GB 2, 3 TB 100, 200 GB (240) 300 GB 450, 900 GB 2, 3 TB Read throughput MB/s IOPS (true backend IOs) IOPS © 2013 Benchmark HP – Peter Mattei 9 SPC-1 1, 300 34, 400 NA 2, 600 76, 800 93, 050 2, 500 150, 000 NA 4, 800 320, 000 NA 16 - 960 100, 200 GB (256) 300, 600 GB 450, 900 GB 1, 2 TB 6, 500 180, 000 NA 16 - 1920 100, 200 GB (512) 300, 600 GB 450, 900 GB 1, 2 TB 13, 000 360, 000 450’ 213 Available Drive Types

3 PAR Store. Serv 7000 HP 3 PAR Store. Serv 7200 Controller Nodes 2 2 4* Max SFF drives 144 240 480 24 GB 32 GB 64 GB 12 (4/8) 24 (8/16) optional 10 Gbit/s i. SCSI/FCOE** 4 4 8 Built-in IP remote copy port 2 2 4 Controller Enclosures 1 1 2 0 to 5 0 to 9 0 to 18 Cache 8 Gbit/s FC ports total (built-in/optional) 2 U with 24 SFF drive slots each Drive Enclosures 2 U with 24 SFF and/or 4 U with 24 LFF drive slots each 10 HP 3 PAR Store. Serv 7400 © 2013 HP – Peter Mattei * Field upgradeable ** FCo. E available after first release

3 PAR Store. Serv 7000 controller enclosure Front view Rear view Node 1 Node 0 11 © 2013 HP – Peter Mattei Built-in Eth Remote Copy Port Eth Mgmt. Port 2 x built-in 8 Gbit/s FC 2 x 4 -lane 6 Gbit/s SAS for drive chassis connection Optional PCIe card - 4 x 8 GB/s HBA or - 2 x 10 Gbit/s CNA Controller interconnect (7400 only)

3 PAR Store. Serv 7400 4 -node System Controller Interconnect Node 3 Node 2 Node 1 Node 0 12 © 2013 HP – Peter Mattei

HP 3 PAR Store. Serv 7000 Controller Nodes 2 to 4 nodes per system – installed in pairs Per Node configuration • Thin Built In™ Gen 4 ASIC • Intel 1. 8 GHz Processor Internal 24 SFF Drives 3 PAR OS & Backup SSD Control Cache 8 GB Processo r Complex Data Cache 4 GB or 8 GB • Internode Links • • PCIe Switch • • SAS Expander 13 © 2013 HP – Peter Mattei 6 Gb/s SAS HBA 8 Gb/s FC HBA Optional PCI-e Slot Data Cache • 3 PAR Gen 4 ASIC Thin Built In® 7200 4 -core 7400 6 -core 7200 4 GB 7400 8 GB 8 Gb Control Cache 2 built-in 8 Gb/s FC Ports Optional PCI-e Adapter • • 4 -Port 8 Gb FC or 2 -Port 10 Gb/s CNA

3 PAR Store. Serv 7000 Host Connectivity Options 7200 and 7400 2 -node Configurations Built-in 8 Gbit/s FC Ports Optional Adapters (4 x 8 GB/s FCA or 2 x 10 Gbit/s i. SCSI/FCOE CNA) Node 1 Node 0 Built-in FC ports 14 Optional PCIe Adapters 8 Gb FC Host 8 Gb FCA 10 Gb CNA Ports Remote Copy FC Ports 10 Gb i. SCSI/FCo. E Host Ports 1 Gb RC IP Ports 2 x 2 0 0 4 0 0 2 2 x 2 2 0 12 0 0 2 2 x 2 2 0 10 2 2 x 2 0 2 4 0 4 2 2 x 2 0 2 2 2 4 2 © 2013 HP – Peter Mattei

3 PAR Store. Serv 7000 Host Connectivity Options 7400 4 -node Configurations Node 3 Node 2 Node 1 Built-in 8 Gbit/s FC Ports Optional Adapters (4 x 8 GB/s FCA or 2 x 10 Gbit/s i. SCSI/FCOE CNA) Node 0 Factory default X X X 15 Built-in FC ports 4 x 2 4 x 2 4 x 2 © 2013 HP – Peter Mattei 10 Gb CNA 8 Gb FC Ports Host / Remote Copy FC 10 Gb i. SCSI/FCo. E Host Ports 1 Gb RC IP Ports 0 0 2 2 0 8 / 0 to 4 / 4 12 / 0 to 8 / 4 8 / 0 to 4 / 4 24 / 0 to 20 / 4 8 / 0 to 4 / 4 12 / 0 to 8 / 4 0 0 4 0 8 4 0 4 4 4 Optional PCIe Adapters 8 Gb FCA 10 Gb CNA 8 Gb FCA 0 2 0 2 0 0 0 2 0 0 2

3 PAR 7000 disk chassis Mix and match drives and shelves as required 4 U with 24 LFF drive slots 2 U with 24 SFF drive slots 16 © 2013 HP – Peter Mattei

Drive Specification Overview Feature HP 3 PAR Store. Serv 7200 2 Node System HP 3 PAR Store. Serv 7400 4 Node System RAID Levels RAID 0, 10, 50, 60 RAID 5 Data to Parity Ratios 2: 1 to 8: 1 RAID 6 Data to Parity Ratios 4: 2; 6: 2; 8: 2; 10: 2; 14: 2 Available SFF 2. 5” Drives SSD 15 krpm 10 krpm 7. 2 krpm 100 GB, 200 GB SLC SSD 300 GB SAS 450 GB, 900 GB SAS NA Available LFF 3. 5” Drives SSD 15 krpm 10 krpm 7. 2 krpm 100 GB, 200 GB SLC SSD NA NA 2 TB, 3 TB MDL SAS Density 2 U node chassis 2 U drive chassis 4 U drive chassis 24 SFF drives 24 LFF drives 24 SFF drives 24 LFF drives # of 24 drive add-on Drive Chassis 0 to 5 0 to 9 0 to 18 # of Drives 8 to 144 8 to 240 8 to 480 17 © 2013 HP – Peter Mattei

3 PAR 7200 max. Configurations Node Pair Drive Chassis 144 SFF drives 18 © 2013 HP – Peter Mattei 24 SFF + 120 LFF drives

3 PAR 7400 2 -node max Configurations Drive Chassis Node Pair Drive Chassis 240 SFF drives 19 2 U free for Node Upgrade © 2013 HP – Peter Mattei 24 SFF + 216 LFF drives

3 PAR 7400 4 -node max Configurations Drive Chassis Node Pairs Drive Chassis 480 SFF drives 20 © 2013 HP – Peter Mattei 48 SFF + 432 LFF drives

HP 3 PAR 7000 SAS Backend cabling Node 1 DP 1 – Each node has 2 SAS controller-to-enclosure connectors with 4 x 6 Git/s lanes each – Controller enclosure internal drives are connected to controller port DP 1 – First external enclosure is added to controller ports DP-2 – Additional enclosures then alternate between controller ports DP-1 and DP-2 – Each drive enclosure comes with mounting rail kit, 2 x IO-modules, 2 x power cables and 2 x 1 m SAS cables. – Enclosures may be installed in adjacent racks. 2 m and 6 m SAS expansion cable kits are available 21 © 2013 HP – Peter Mattei Node 1 DP 2 Node 0 DP 1 Node 0 DP 2

HP 3 PAR Store. Serv 7000 Hardware Building Blocks Base Storage Systems Host Adapters Expansion Drive Enclosures 4 -port 8 Gb/s FC HBA HP M 6710 2. 5 in 2 U SAS 2 -port 10 Gb/s i. SCSI/FCo. E CNA HP M 6720 3. 5 in 4 U SAS Drives Racks SFF SAS HDD & SSD HP G 3 rack Service Processo r HP 3 PAR Store. Serv 7200 (2 nodes, 4 FC ports, 24 SFF slots) VM-based (Default) HP 3 PAR Store. Serv 7400 (2 -node, 4 FC ports, 24 SFF slots) HP 3 PAR Store. Serv 7400 (4 -node, 8 FC ports, 48 SFF slots) 22 © 2013 HP – Peter Mattei LFF SAS HDD & SSDs Customersupplied rack (4 -post, square hole, EIA standard, 19 in. , rack from HP or other suppliers) Physical (Optional)

Legacy Storage Hardware Architecture Traditional Tradeoffs Traditional Modular Storage Traditional Monolithic Storage Host Connectivity Distributed Controllers & Functions Disk Connectivity Scalable, resilient and active-active but costly. Might not meet multi-tenant requirements efficiently Cost-efficient usually active-passive dualcontroller design limited in scalability and resiliency. Host Ports Data Cache Disk Ports 23 © 2013 HP – Peter Mattei

3 PAR Hardware Architecture Cost-effective, scalable, resilient, meshed, active-active 7200 with 2 nodes 7400 with 2 nodes with 4 nodes Host Ports Cache Disk Ports 24 © 2013 HP – Peter Mattei 10400 10800 or 10800 with 8 2 nodes 4

HP 3 PAR High Availability Write Cache Re-Mirroring 3 PAR Store. Serv Traditional Mid-range Arrays Ctrl 1 Ctrl 2 Write Cache Mirror Write-Cache off for data security Traditional Write-Cache Mirroring Either poor performance due to write-thru mode or risk of write data loss 25 © 2013 HP – Peter Mattei Write-Cache stays on thanks to redistribution Persistent Write-Cache Mirroring • • No write-thru mode – consistent performance Works with 4 and more nodes ü F 400 ü T 400, T 800 ü 7400 ü 10400, 10800

HP 3 PAR ASIC Hardware Based for Performance Thin Built in Zero Detect Fast RAID 10, 50 & 60 Tightly-Coupled Cluster Rapid RAID Rebuild Integrated XOR Engine High Bandwidth, Low Latency Interconnect Mixed Workload Independent Metadata and Data Processing 26 © 2013 HP – Peter Mattei

3 PAR Mixed workload support Multi-tenant performance Heavy throughput workload applied I/O Processing : Traditional Storage hosts Unified Processor and/or Memory Host interface Heavy transaction workload applied = control information (metadata) = data Disk interface disk small IOPs wait for large IOPs to be processed I/O Processing : 3 PAR ASIC & Memory Heavy throughput workload sustained Heavy transaction workload sustained Host interface Control Processor & Memory control information and data are pathed and processed separately 27 © 2013 HP – Peter Mattei

3 PAR Adaptive Cache Self-adapting Cache – 50 to 100% for reads / 50 to 0% for writes Host Load Measured System: 2 -Node T 800 with 320 15 K FC drives and 12 GB data cache per Node 28 © 2013 HP – Peter Mattei

HP 3 PAR High Availability Spare Disk Drives vs. Distributed Sparing 3 PAR Store. Serv Traditional Arrays Spare chunklets Spare drive Few-to-one rebuild hotspots & long rebuild exposure 29 © 2013 HP – Peter Mattei Many-to-many rebuild parallel rebuilds in less time

HP 3 PAR High Availability Guaranteed Drive Shelf Availability if desired 3 PAR Store. Serv C D F G H A 3 A 6 B 1 C 1 D 1 B 4 B 2 B 5 B 3 B 6 C 4 C 2 C 5 C 3 C 6 D 4 D 2 D 5 D 3 D 6 C D Shelf failure might mean no access to data © 2013 HP – Peter Mattei A 2 A 5 B Shelf-dependent RAID 30 A 4 A Shelf B E A 1 Shelf A R 5 Shelf Shelf RAID 5 Group Shelf Traditional Arrays Shelf-independent RAID Raidlet Groups for any RAID level Data access preserved with HA Enclosure User selectable per CPG RAID 50 R R 5 5 A 1 B 1 C 1 D 1 A 2 B 2 C 2 D 2 A 3 B 3 C 3 D 3 A 4 B 4 C 4 D 4 RAID 10 R R R R 1 1 1 1 A 1 A 2 A 3 A 4 C 1 C 2 C 3 C 4 B 1 B 2 B 3 B 4 D 1 D 2 D 3 D 4

HA Enclosure vs. HA Drive Tier 1 Availability feature in a modular class array Most modular arrays stripe Data and Parity across Enclosures. If you lose access to ≥ 2 drives in an Enclosure you lose access to ALL Data in the array In the event of a Entire Enclosure outage, Data remains Online and available to Hosts 31 © 2013 HP – Peter Mattei Raid Sets Enterprise Arrays, including the 3 PAR Store. Serv 7000 allow configurations that stripe Data and Parity across Enclosures Raid Group 1 Raid Group 2

HA Enclosure Minimum Enclosure for a given RAID size 2 OK NA NA 3 OK 2+1 4+2 4 OK 3+1 6+2 5 OK 4+1 8+2 8 OK 7+1 14+2 32 © 2013 HP – Peter Mattei R 1, R 5 7+1, R 6 14+2 RAID 6 R 1, R 5 4+1, R 6 8+2 RAID 5 R 1, R 5 3+1, R 6 6+2 RAID 1 R 1, R 5 2+1, R 6 4+2 R 1 Enclosures

HP 3 PAR Persistent Ports Traditional Array HP 3 PAR with Persistent Ports Host • All paths stay online in case of node maintenance or failure 33 © 2013 HP – Peter Mattei Node 00 Node 0: 0: 2 1: 0: 2 MPIO path failover required 0: 0: 2 1: 0: 2 0: 0: Ctrl 1 0: 0: 1 1 0: 1: : 1 Ctrl 0 1: 0: 2 • No user intervention required Fabric 2 0: 0 1: 0: 1 0: 0: 1 X 0: 0: 2 0: 0: 1 Fabric 1 2 Fabric 2 1: 0: 1 0: 0: 1 1: 0: 2 0: Fabric 1 X 1 1: 0 : 0: 0 : 1 1: 0 : 1 0: 0 X : 2 1: 0 2 : 0: 0 X : 1 MPIO Node 1 All paths stay online Node 1 takes over • NPIV based port ID swap • Server will not “see” the swap of the 3 PAR port WWN thus no MPIO path failover required Native Port Identity Guest Port Identity

HP 3 PAR OS™ Virtualization Concepts © Copyright 2013 Hewlett-Packard Development Company, L. P. The information contained herein is subject to change without notice.

Why are Chunklets so Important? Ease of use and Drive Utilization • Same drive spindle can service many different LUNs, RAID types and RAID sizes at the same time − RAID 1 − RAID 5 – 2: 1 to 8: 1 − RAID 6 – 4: 2; 6: 2; 8: 2; 10: 2; 14: 2 • Array managed by policies, not by administrative planning • Enables easy mobility between drives, RAID types and service levels by using Dynamic or Adaptive Optimization Performance • Enables wide-striping across hundreds of drives • Avoids hot-spots • Autonomic data restriping after disk installations High Availability – selectable by CPG • HA Magazine - Protect against magazine failure (Industry standard) • HA Cage - Protect against a cage (full disk shelf) failure. 35 © 2013 HP – Peter Mattei 0 1 2 3 4 5 6 7 R 1 R 5 R 6 R 1 R 5 3 PAR Store. Serv Controllers Physical Disks

HP 3 PAR Virtualization – the Logical View With one drive type 3 PAR autonomy Physical Drives (PD) 1 GB Chunklets User initiated Logical Disks (LD) CPG(s) RAID 1 0 BRAID Set 1: 1 A 50 Type Set FC 7: 1 Type FC Fast Class (FC) FC Chunklets FC LDs Virtual Volumes A A B 36 © 2013 HP – Peter Mattei Exported LUNs

HP 3 PAR Virtualization – the Logical View With one drive type 3 PAR autonomy Physical Disks (PD) SSD Nearline (NL) Fast Class (FC) 37 © 2013 HP – Peter Mattei 1 GB Chunklets User initiated Logical Disks (LD) SSD Chunklets SSD LDs NL Chunklets NL LDs FC Chunklets FC LDs CPG(s) Virtual Volumes Exported LUNs

HP 3 PAR Virtualization Concept Example 2: 4 -Node 7400 with 10 drive enclosures • • Nodes are added in pairs for cache redundancy Note: The nodes are installed in the back of the first drive enclosures 3 PAR Store. Serv arrays with 4 or more nodes supports “Cache Persistence” • In this example we have a 4 -node configuration with 10 drive enclosures in total • Physical drives (PD) are owned by one node 38 © 2013 HP – Peter Mattei Node 2 Node 3 Node 0 Node 1

HP 3 PAR Virtualization Concept Example: 4 -Node 7400 with 10 drive enclosures • • 39 Phase state Physical drives (PD) are automatically formatted in 1 GB chunklets Disk initialization Chunklets are bound together to form Logical Disks (LD) in the format defined in CPGs Virtual Volume are built on LDs across all nodes Defines RAID level, step size, set size and redundancy Virtual Volumes can now be exported as LUNs to servers © 2013 HP – Peter Mattei Autonomical widestriping across LDs Present LUNs ready to go i. e. RAID 5 (4+1) Process step Exported LUN LD LD LD LD LD LD Virtual Volume

HP 3 PAR Store. Serv 7000 Performance* 7200 8 KB Rand Read IOPS 8 KB Rand Write IOPS Seq. Read MB/sec Seq. Write MB/sec 15 K HDD drive limited 2, 500 1, 200 SSD 7400 150, 000 8 KB Rand Read IOPS 75, 000 8 KB Rand Write IOPS 2, 500 Seq. Read MB/sec 1, 200 Seq. Write MB/sec 15 K HDD drive limited 4, 800 2, 400 SSD 320, 000 160, 000 4, 800 2, 400 Drive Limited = the performance depends on the number of drives and the drive capabilities and is not limited by the controllers or interconnects. * ESTIMATED PERFORMANCE – FINAL RESULTS MAY BE DIFFERENT 40 © 2013 HP – Peter Mattei

HP 3 PAR Software and Features © Copyright 2013 Hewlett-Packard Development Company, L. P. The information contained herein is subject to change without notice.

HP 3 PAR 7000 Software Suites – SW Simplification Operating System Suite 42 Replication Suite Security Suite Application Suite for MS SQL Application Suite for MS Exchange Optimization Suite Reporting Suite Application Suite for Oracle Application Suite for VMware Required – Licensed per drive – Licenses capped for 7200 at 48, 7400 at 168 drives Optional – Licensed per System © 2013 HP – Peter Mattei

HP 3 PAR 7000 Software Application Suite for VMware • • Replication Suite Data Optimization Suite • Virtual Copy (VC) • Remote Copy (RC) • Peer Persistence • Dynamic Optimization • Adaptive Optimization • Peer Motion Security Suite • • 43 Virtual SP Online Import license (180 days) Smart. Start System Tuner Host Explorer Multi Path IO SW VSS Provider © 2013 HP – Peter Mattei Application Suite for Oracle • Recovery Manager for Oracle Application Suite for MS SQL • Recovery Manager for MS SQL Reporting Suite • Virtual Domains • Virtual Lock Recovery Manager for v. Sphere VASA v. Center plug-in v. Sphere Host Explorer Application Suite for MS Exchange • System Reporter • 3 PARInfo • Recovery Manager for MS Exchange • Thin Provisioning • Thin Copy Reclamation Host Personas • Thin Persistence Persistent Cache • Thin Conversion Persistent Ports • Full Copy Management Console • 3 PAR OS Administration Tools Web Services API • CLI client SMI-S 3 PAR 7000 Operating System Suite • • Rapid Provisioning Autonomic Groups Autonomic Replication Groups Autonomic Rebalance Scheduler LDAP Support Access Guard • • SNMP

HP 3 PAR Store. Serv 7000 software, support licensing Software Suites Licensing • 9 suites (4 main array software suites, 4 application suites, 1 reporting suite) • Standalone software titles still available if needed—suites provide 25+ percent price advantage • 3 PAR OS Suite includes Thin Suite, rebalancing, and 180 -day Online Import license • Separate software LTUs per model (7200 vs. 7400) • Licenses are enforced by the 3 PAR Array Drive-based licenses • Two licenses to buy software title – Base LTU: one per system – Drive LTU: one per drive up to the system cap • Software caps – 48 LTUs for 7200 – 168 LTUs for 7400 System-based licenses • 1 LTU per system Licensed per drive Licensed per system HP 3 PAR 7000 OS Suite HP 3 PAR 7000 Application Suite for VMware HP 3 PAR 7000 Replication Suite HP 3 PAR 7000 Application Suite for Exchange HP 3 PAR 7000 Data Optimization Suite HP 3 PAR 7000 Application Suite for SQL HP 3 PAR 7000 Security Suite HP 3 PAR 7000 Application Suite for Oracle HP 3 PAR 7000 Reporting Suite * Software Installation and Startup services available for Replication Suite, Data Optimization Suite, App Suite for VMware, Microsoft® Exchange, SQL, and Reporting Suite. 44 © 2013 HP – Peter Mattei Service and Support • Software Installation and Startup (I&S) services keyed to Base LTU SKUs* only; I&S is optional, although highly recommended for new array deployment • Software support keyed to Base LTU SKUs only (systembased license) • Support contract required to receive support, patches, and updates