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Overview
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HP P10000 3PAR Storage System |
| With the introduction of the HP P10000 3PAR V400 Storage System and HP P10000 3PAR V800 Storage Systems with Thin Built In™, HP 3PAR remains the first storage vendor to incorporate thin capabilities into array hardware. The two new HP 3PAR® Gen4 ASIC in each P10000 3PAR Controller Node provides hyper-efficient, silicon-based engines that drive simple, on-the-fly storage optimizations to maximize capacity utilization while delivering high service levels. The revolutionary innovations of the P10000 3PAR make it the heir to the HP 3PAR T-Class. |
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| HP P10000 3PAR Storage Systems |
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Each port is full bandwidth 8 Gbit/s Fibre Channel capable 2 Recommended minimum is 32 drives which results in a 9.6 TB minimum raw capacity. 3 Maximum raw capacity currently supported with any and all drive types 4 For storage capacity, 1 GB = 1,024,000,000 bytes and 1 TB = 1,000 GB 5 RAID MP is HP 3PAR Fast RAID 6 Technology 6 SSDs are Solid State Drives 7 NL drives are Nearline (Enterprise SATA) disks 8 Recommended minimum is 4 drive chassis per pair of controller nodes 9 Each port is full bandwidth 10 Gbit/s iSCSI capable NOTE: Specifications are subject to change without notice. |
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| Host OS Support |
| Citrix® XenServer® | HP-UX® | IBM® AIX® |
| Microsoft® Windows®, including Microsoft® Windows® Server 2008 Hyper-V™ |
| Oracle Enterprise Linux | Red Hat® Enterprise Linux® | Red Hat® Enterprise Virtualization |
| SUSE® Linux Enterprise | VMware ESX and ESXi |
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Features
| Get Thin and Stay Thin | The revolutionary, zero-detect
capable HP 3PAR Gen4 ASIC is a hyper-efficient storage optimization engine
designed to power "fat-to-thin" volume conversions in silicon
while preserving superior performance levels. Fat-to-thin volume conversions
boost capacity utilization by removing allocated but unused space from traditional,
"fat" storage volumes. With the HP 3PAR Gen4 ASIC's built-in, hardware-based zero-detection capabilities, migration of "fat" volumes from other storage platforms to new "thin" volumes on an HP 3PAR Storage System is achieved with the greatest speed possible and without the application disruption of software-based implementations. The HP 3PAR Gen4 ASIC's enables the automatic migration of data from sparsely used pages to enable 128MB regions to be reclaimed for re-use by other volumes. With conversions taking place at the hardware level, more parallel memory transactions are possible and system performance is not impacted like it is with software-based approaches to volume optimization. Thin Built In capabilities within the HP P10000 3PAR also power the ongoing, automated optimization of thin provisioned volumes on HP 3PAR Storage Systems, so thin volumes stay thin. |
| Building Block for Cloud Computing | Building a converged infrastructure to support cloud and self-service computing models requires a high degree of virtualization that places new demands on storage. With their distinct architectural advantages, thin hardware capabilities, and superior performance, HP P10000 3PAR Storage Systems are purpose-built to meet the demands of highly virtualized environments. HP P10000 3PAR Storage Systems give enterprises and service providers the agility to respond quickly to changing business needs while maintaining the resiliency that "always-on" businesses demand. |
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Software
| Start Thin. HP 3PAR Thin Provisioning Software |
HP 3PAR Thin Provisioning Software improves storage system efficiency and optimizes capacity utilization system-wide. It does this by addressing the problem of capacity over-allocation through eliminating the need to dedicate storage capacity on a per-application basis. Since its introduction, HP 3PAR Thin Provisioning Software has given HP 3PAR Utility Storage clients the ability to meet Green IT targets and reduce capacity purchases. Thin Provisioning makes this possible by cutting SAN costs, floor space requirements, and energy expenses by up to 75% and decreasing administration time by up to 90%. It does this by allowing organizations to purchase only the disk capacity they actually need, only as they actually need it through eliminating the need for up-front capacity allocation and dedicating resources to individual applications. This prevents clients from paying to power, house, and cool disks that they may not need for months or years to come, or may never actually need. |
| Get Thin. HP 3PAR Thin Conversion Software | With HP 3PAR Thin Conversion Software,
a technology refresh no longer requires a terabyte-for-terabyte replacement,
but instead offers the opportunity to eliminate 70-80% of the legacy capacity
in a client's storage environment, simply and rapidly. Leveraging the zero-detection
capability built into the HP 3PAR Gen3 ASIC, the new Gen4 ASIC combined
with HP 3PAR Thin Conversion Software, still effectively and rapidly "thin"
a heterogeneous data center to one-quarter of its original size or less
while preserving service levels, and without impacting production workloads.
The new ASIC enables the automatic migration of data from sparsely used
pages to enable 128MB regions to be reclaimed for re-use by other volumes,
driving efficient use of space beyond what was available with the Gen3 ASIC.
This solution not only makes a technology refresh more affordable, but it
reduces up-front capital costs as well as ongoing operational and environmental
costs associated with powering, cooling, and housing storage equipment.
It also provides space and power consumption relief for data centers approaching
maximum density. In an ideal world, all storage volumes would start thin using HP 3PAR Thin Provisioning Software. But in some cases, starting thin has not been an option, particularly when it comes to data stored on legacy arrays from traditional storage vendors. HP 3PAR Thin Conversion Software uses a virtualization mapping engine for space reclamation called the HP 3PAR Thin Engine, together with the unique hardware capabilities of the HP 3PAR Gen4 ASIC to extend the benefits of thin provisioning to existing storage volumes. In tandem with the HP 3PAR Gen4 ASIC, Thin Conversion enables inline, wire speed "fat-to-thin" conversions compatible with any host volume. HP 3PAR Utility Storage is the only storage platform to offer this built-in, hardware-accelerated, fat-to-thin conversion capability. With HP 3PAR Thin Conversion Software, clients can rapidly and non-disruptively shrink storage footprint, reduce storage TCO, and meet Green IT targets. |
| Stay Thin. HP 3PAR Thin Persistence Software and Thin Copy Reclamation |
To realize the ultimate efficiency and cost-saving benefits of starting
thin or getting thin, storage also needs to stay thin. An industry first,
HP 3PAR Thin Persistence Software ensures that thin volumes on the array
stay as lean and efficient as possible. Thin Persistence Software accomplishes
this by using the HP 3PAR Thin Engine with the system's built-in zero-detect
capability to reclaim unused space associated with deleted data. With
Thin Persistence, space reclamation on HP 3PAR arrays takes place simply,
quickly, and without disruption to production workloads. |
| HP 3PAR Peer Motion Software | HP 3PAR Peer Motion Software is a non-disruptive, do-it-yourself data migration tool for enterprise Storage Area Networks. With Peer Motion, HP 3PAR Storage System customers can load balance I/O workloads across systems at will, perform technology refresh seamlessly, cost-optimize asset lifecycle management, and lower technology refresh capital expenditure. Unlike traditional block migration approaches, Peer Motion enables customers to migrate storage volumes between any HP 3PAR Storage Systems online, non-disruptively, and without complex planning or dependency on extra tools. Peer Motion leverages HP 3PAR Thin Built In™ technology to power the simple and rapid conversion of inefficient, "fat" volumes on source arrays to more efficient, higher-utilization "thin" volumes on the destination 3PAR Storage System. Peer Motion Manager is an add-on application that orchestrates all stages of the data migration lifecycle to ensure data migration is simple and fool-proof. |
| HP Storage Management Pack for Microsoft System Center |
The HP Management Pack for Systems Center Operations Manager provides seamless integration with Microsoft Systems Center Operations Manager and now System Center Essentials by integrating predefined discovery and state monitoring policies, event processing rules and tasks, and diagram and topology views for the storage system. For more information: HP Storage Management Pack can be downloaded free from the following website: https://h20392.www2.hp.com/portal/swdepot/displayProductInfo.do?productNumber=SCOM |
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Service and Support, HP Care Pack, and Warranty Information
| Warranty |
3 Year, On-site Warranty Service. 7x24 4-hour remote response with next
business day on-site response |
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| Service and Support |
Technology Services for increased uptime, productivity and ROI
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| Optimized Care - delivers best performance and stability through deployment and proactive management practices | HP Critical Service-Designed for
environments where downtime cannot be tolerated, HP monitors your environment
around-the-clock, 365 days a year. We implement improvement projects to
mitigate risks and reduce incidents. If outages do occur, they are addressed
immediately with access to our dedicated critical support escalation resources.
http://h20195.www2.hp.com/V2/GetPDF.aspx/4AA0-1613ENW.pdf |
| Standard Care - maintains high level of uptime, along with expert help to cut the cost and complexity of implementation and support | HP Proactive 24 Service-This is the right choice for environments where some downtime is acceptable. HP helps manage your IT environment for improved performance, stability, and availability. Your incidents are addressed 24x7, with a maximum 4-hour onsite response 365 days a year. http://h20195.www2.hp.com/V2/GetPDF.aspx/5981-9842EN.pdf |
| Basic Care - Minimum recommended support | 3-Year HP Support Plus 24-This service provides support for environments where some downtime is expected. HP provides around-the-clock hardware and software support onsite, including third-party support. We also provide cost-saving software updates and monitor ongoing operations through the latest remote tools. http://h20195.www2.hp.com/V2/GetPDF.aspx/5981-6638EN.pdf |
| Implement right from the start | Whichever level of care you
select, it includes: HP 3PAR Storage System Installation and Startup Service-HP installs and tests your hardware and software onsite, including configuration. We deliver a custom tailored storage deployment, properly integrated into your environment. http://h20195.www2.hp.com/v2/GetPDF.aspx/4AA3-2345ENW.pdf |
| 3PAR Remote Support Tools |
Support Recommendations include fully integrated remote supported-core design and fabric of 3PAR industry benchmark remote support systems. Site-specific data used both proactively and reactively with real-time monitoring and information extraction tools. http://h20195.www2.hp.com/v2/GetPDF.aspx/4AA3-4141ENW.pdf |
| Additional services to meet your needs | HP Storage Data Migration-Proven
expertise and tools help you migrate data across your data center or around
the globe. http://h20195.www2.hp.com/V2/GetPDF.aspx/5982-4107EN.pdf HP Enhanced Implementation Service for SANs-HP delivers complete design and implementation services for Fibre Channel, FCoE, FCIP, SAS, and iSCSI SAN connectivity components. http://h20195.www2.hp.com/V2/GetPDF.aspx/5981-8527EN.pdf HP 3PAR Storage Assessment Service-We offer customized technical and operational guidance for an HP 3PAR Storage infrastructure, along with recommendations to help improve availability levels and ongoing environment management. http://h20195.www2.hp.com/v2/GetPDF.aspx/4AA3-2346ENW.pdf HP QuickStart Service for HP 3PAR Storage Systems-Choose the most effective, appropriate methods for configuring and migrating to a HP 3PAR platform. http://www8.hp.com/us/en/services/services-detail.html?compURI=tcm:245-826727&pageTitle=Consulting-Services&contentView=business |
| For more information |
www.hp.com/services/storage
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Configuration
| HP P10000 3PAR Base Configurations | ||
| HP P10000 V400 3PAR 16GB Control/32GB Data Cache NEMA Rack Configuration Base | QR584A | |
| HP P10000 V400 3PAR 16GB Control/32GB Data Cache IEC Rack Configuration Base | QR632A | |
| HP P10000 V400 3PAR 16GB Control/32GB Data Cache Rackmount Configuration Base | QR633A | |
| HP P10000 V800 3PAR 32GB Control/64GB Data Cache NEMA Rack Configuration Base | QR585A | |
| HP P10000 V800 3PAR 32GB Control/64GB Data Cache IEC Rack Configuration Base | QR637A | |
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| HP P10000 3PAR Controller Node Configurations | ||
| HP P10000 V400 3PAR 2.8-GHz 16GB Control/32GB Data Cache Controller Node | QR586A | |
| HP P10000 V800 3PAR 2.8-GHz 32GB Control/64GB Data Cache Controller Node | QR638A | |
| HP P10000 V400 3PAR 2.8-GHz 16GB Control/32GB Data Cache Upgrade Controller Node | QR603A | |
| HP P10000 V800 3PAR 2.8-GHz 32GB Control/64GB Data Cache Upgrade Controller Node | QR640A | |
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| HP P10000 3PAR Disk Adapters | ||
| HP P10000 3PAR 4-Port 8Gb Fibre Channel Adapter | QR591A | |
| HP P10000 3PAR 4-Port 8Gb Fibre Channel Upgrade Adapter | QR608A | |
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| HP P10000 3PAR Host Adapters | ||
| HP P10000 3PAR 4-Port 8Gb Fibre Channel Adapter | QR591A | |
| HP P10000 3PAR 4-Port 8Gb Fibre Channel Upgrade Adapter | QR608A | |
| HP P10000 3PAR 2-Port
10Gb Converged Network Adapter |
QR630A | |
| HP P10000 3PAR 2-Port 10Gb Converged Network Upgrade Adapter | QR610A | |
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| HP P10000 3PAR Drive Chassis | ||
| HP P10000 3PAR 40-disk Drive Chassis | QR592A | |
| HP P10000 3PAR 40-Disk Upgrade Drive Chassis | QR609A | |
| HP P10000 3PAR rackmount Kit for 40-disk Drive Chassis | QR598A | |
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| HP P10000 3PAR Drives | ||
| HP 3PAR SSDs | HP P10000 3PAR 4x100GB 4Gb Solid State Drive Magazine | QR619A |
| HP P10000 3PAR 4x200GB 4Gb Solid State Drive Magazine | QR620A | |
| HP P10000 3PAR 4x100GB 4Gb Solid State Drive Upgrade Magazine | QR624A | |
| HP P10000 3PAR 4x200GB 4Gb Solid State Drive Upgrade Magazine | QR625A | |
| HP 3PAR FC HDDs | HP P10000 3PAR 4x300GB 4Gb FC 15K Drive Magazine | QR621A |
| HP P10000 3PAR 4x600GB 4Gb FC 15K Drive Magazine | QR622A | |
| HP P10000 3PAR 4x300GB 4Gb FC 15K Drive Upgrade Magazine | QR626A | |
| HP P10000 3PAR 4x600GB 4Gb FC 15K Drive Upgrade Magazine | QR627A | |
| HP 3PAR NL HDDs | HP P10000 3PAR 4x1
TB 4Gb SATA 7.2K Drive Magazine |
QR676A |
| HP P10000 3PAR 4x2 TB 4Gb SATA 7.2K Drive Magazine | QR623A | |
| HP P10000 3PAR 4x1 TB 4Gb SATA 7.2K Drive Upgrade Magazine | QR677A | |
| HP P10000 3PAR 4x2 TB 4Gb SATA 7.2K Drive Upgrade Magazine | QR628A | |
| HP 3PAR Cables | ||
| HP 3PAR 4M 50/125 (LC-LC) Fiber Cable | QL281B | |
| HP 3PAR 6M 50/125 (LC-LC) Fiber Cable | QR631A | |
| HP 3PAR 10M 50/125 (LC-LC) Fiber Cable | QL266B | |
| HP 3PAR 25M 50/125 (LC-LC) Fiber Cable | QR593A | |
| HP 3PAR 50M 50/125 (LC-LC) Fiber Cable | QL267B | |
| HP 3PAR 100M 50/125 (LC-LC) Fiber Cable | QL268B | |
| HP P10000 3PAR optional Cabinets | ||
| HP P10000 3PAR 2m Expansion NEMA Rack | QR596A | |
| HP P10000 3PAR 2m Expansion IEC Rack | QR639A | |
| HP P10000 3PAR V400 standalone rackmount kit | QR678A | |
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Technical Specifications
| Physical Specifications | ||
| 2-Meter Cabinet | ||
| Dimensions (width x height x depth) | 23.6 x 76.5 x 36 in | 60 x 194.3 x 91.3 cm |
| Service Clearance (front and back) | Front/Rear: 36 in / 30 in | Front/Rear: 91.4 cm / 76.2 cm |
| Weight (not populated) | 439.8 lb | 195.5 kg |
| Maximum Weight (fully populated) | 1,880 lb | 852.8 kg |
| Maximum Weight per Leveling Foot | 470 lb | 213.2 kg |
| Maximum Load per Leveling Foot | 149.6 lb/sq in | 10.5 kg/sq cm |
| Component Weights | ||
| V400 Base Configuration1 | 654.1 lb | 296.7 kg |
| V800 Base Configuration1 | 747.1 lb | 338.9 kg |
| 2 Controller Nodes (fully populated) | 133 lb | 60.4 kg |
| Drive Chassis (fully populated) | 180 lb | 81.6 kg |
| Service Processor | 13.3 lb | 6.0 kg |
| Supported Host FC Connections | ||
| FC Connector Type from Storage System to Host Port | LC to LC | |
| FC Cable Core Diameter | OM3 | |
| Connector Boot Length | standard | |
| Power and Heat | ||
| Power Supply Requirements | ||
| Input Voltage (VAC) | 220 (200 - 240) | |
| Frequency (Hz) | 50 - 60 | |
| Circuit Breaker Maximum | 30 A per PDU6 (de-rated to 24 A) | |
| Power Connectors for 2-Meter Cabinet | (4) L6-30P with 1+1 redundant or (4) IEC 60309 with 1+1 redundant | |
| Power Receptacles | (4) L6-30R with 1+1 redundant or (4) IEC 60309 with 1+1 redundant | |
| Maximum Potential Power Draw per 2-Meter Cabinet | ||
| Watts per Cabinet | 9,984 watts / 34,075 BTU/h | |
| Actual Power Draw / Heat Dissipation | ||
| Service Processor | 317 watts / 1,082 BTU/h | |
| Drive Chassis (without Drive Magazines)2 | 200 watts / 683 BTU/h | |
| Transactional3 (watts / BTU/h) |
Idle (watts / BTU/h) |
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| 4 x 100-GB SSD Drives | 9.8 / 33 | 5.5 / 19 |
| 4 x 200-GB SSD Drives | 10.3 / 35 | 7 / 24 |
| 4 x 300-GB FC Drive Magazine | 75 / 256 | 57 / 195 |
| 4 x 600-GB FC Drive Magazine | 76 / 258 | 65 / 222 |
| 4 x 2-TB NL Drive Magazine | 62 / 211 | 38 / 131 |
| Controller Node Pair | 1,315 / 4,487 | 990 / 3,378 |
| Example Full Cabinet Configuration (4-Node V400; 6 Drive Chassis, 240 600-GB drives,1 service processor) | 8,707 / 29,710 | 7,397 / 25,240 |
| Environmental Specifications | |
| Temperature (°F/°C), 0 - 3,000 ft / 0 - 914.4 m |
50 - 104°F / 10 - 40°C |
| Temperature (°F/°C), 3,000 - 10,000 ft / 914.4 m - 3,048 m | 50 - 95°F / 10 - 35°C |
| Altitude (ft/m) max. | 10,000 ft / 3,048 m |
| Humidity (%), Non-condensing | 20 - 80% |
| Raised Floor | Recommended |
| Emissions / RFI / EMI | FCC Class A, EN55022 Class A,EN55024: 1998, VCCI Class A |
| Safety | CE Mark, C-TUVus Mark, TUV GS Mark, CB Scheme with all country deviations |
| Energy Consumption Efficiency5 (Japan Green Law) | 0.011 |
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2-meter rack and two controller nodes (fully populated) 2 Up to 10 drive magazines (40 drives) of any combination of FC, NL, and up to 2 SSD magazines (8 SSD drives) per Drive Chassis 3 Under maximum load 4 Includes power and heat dissipation specifications for the Service Processor as follows: 317 Watts, 1082 BTU/hr, 100 - 240 VAC Input Voltage, 50 - 60 Hz Frequency, and (1) IEC-320 Power Receptacle 5 Japan Green Law statement of compliance: The energy consumption efficiency value has been calculated per requirements for Category-N Magnetic Disk Drive Units by dividing the power consumption, measured according to the definition in the Law Concerning the Rational Use of Energy, by the storage capacity defined in the Energy Conservation Law. The efficiency value is based on a host-maximized V800 configuration using 600GB drives. 6 Power Distribution Unit NOTE: Specifications are subject to change without notice. |
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© Copyright 2012 Hewlett-Packard Development Company, L.P. |