1. HH StorageWorks P2000 G3 FC Modular Smart Array

2. Agenda MSA 2000 Series – Product Family Introduction P2000 G3 FC
Array Installation
Back End and Cabling
Host Connectivity
Web Based Interface
Software
Upgrades
Warranty
Q & A

3. Product Family Introduction
MSA 2000 Series
Product Family Introduction

4. MSA Product Description
Single-and Dual-controller hardware configurations
2U, efficient packaging
Fully redundant
Hot-swap components
DAS and SAN connectivity
Windows, Linux, HP-UX, Solaris
Up to four Direct-connect hosts
FC, iSCSI and SAS host interfaces
Fibre Channel Arbitrated Loop and Switch protocols
Support from 2 to 99 disks
LFF drives
500GB, 750GB, and 1TB 7200 RPM SATA drive
146GB, 300GB, and 450GB 15K RPM SAS drive
SFF drives
36GB (10K), 72GB and 146GB (10K and 15K), 300GB (10K) SAS drives
60GB, 250GB, 120GB 5.4K RPM SATA drives
Freely mix in any quantities, any locations
RAID 0, 1, 3, 5, 6,10, 50 data protection
Hot spare support (Local and Global)
Embedded Management software is OS platform independent
Owned LUN implementation, LUNs are not universally accessible
The MSA 2000 G2 series also supports single port drives for use in the MSA70 enclosure.

5. MSA 2000 Family
2000fc G2
4 Gb FC Host interface (2 ports per controller)
1GB Cache
Up to 60 (LFF) or 99 (SFF) SAS and/or SATA drives
2000sa G2
3 Gb SAS Host interface (4 ports per controller)
2000i G2
1Gb iSCSI Host interface (2 ports per controller)

6. HP StorageWorks array portfolioXP
EVA
XP24000
2000 Family
Entry-level SANs
P2000 G3 FC
MSA2000sa G2
MSA2000i G2
P4000 SAN
XP20000
The StorageWorks division offers a complete portfolio of disk array systems, ranging from the entry level Modular Storage Array family, to the mid-range Enterprise Virtual Array and the XP family on the high end.
XP DISK ARRAYS
The XP disk arrays are large enterprise-class storage systems designed for organizations that simply cannot afford any downtime or tolerate any data loss. With the XP's ability to allocate capacity when needed, virtualizes a variety of disk arrays, partition storage resources, and connect to many hosts, IT managers can now consolidate their data centers and operate them more efficiently. Combined with HP’s disaster proof solutions, the XP disk arrays provide unfailing data protection when needed most.
EVA DISK ARRAYS
The HP StorageWorks 4100/4400/6100/8100 Enterprise Virtual Arrays offer customers in the mid-range to enterprise market place leading high performance, high capacity and high availability "virtual" array storage solutions.
P2000 & MSA2000 DISK ARRAYS
The HP StorageWorks 2000-series family selection of SAN devices features the very latest in efficient consolidation, functionality and technology at very affordable prices. The ideal customers needing to consolidate their storage include smaller companies with tight budgets and limited IT expertise, or larger companies that have perhaps hundreds of smaller departments and remote locations.
Always-on availability
Data center consolidation + disaster recovery
Large-scale Oracle/SAP applications
HP-UX, Windows, + 20 more, including NonStop & mainframe
Consolidation and Performance
Outstanding TCO
FC & iSCSI host ports
FC & FATA HDD
Storage consolidation + disaster recovery
Simplification through virtualization
HP-UX, Windows, Linux, VMware + more
Mid Market MS, Oracle & SAP applications
Scalable, Clustered IP SAN
iSCSI, 10GbE optional
Scalable Performance
SATA & SAS HDD
Cost effective high availability
VMware, Citrix, Hyper-V, Windows, Linux
Low cost consolidation
8Gb FC & 8Gb FC/iSCSI
1GbE iSCSI, and 3Gb SAS
SAS & SATA together
Controller-based snapshot/clone
Remote Snap (G3)
Windows, Linux, HP-UX, Hyper-V, VMware + more
WEB, Exchange, SQL
HP Confidential
Business Continuity and Availability 6

7. Competitive Overview, today’s Fibre Channel marketplace
Competitors have not introduced their next generation products and therefore current models feature the older technology. All are expected to transition in 2010.
IBM - System Storage DS3400
Dell - AX4-5 Disk Array
EMC - CLARiiON AX4
Sun - StorageTek 2540 FC Array
Announced
Jan-07
Jan-08
Apr-07
Storage Enclosure
Max Drives: 12 Max Capacity: 12 TB
Max Drives: 12 Max Capacity 12 TB
Max Drives: 12 Max Capacity 12 TB (SATA drives)
Storage Subsystem
Max Drives: 48
Max Capacity: 48.0 TB
Max Drives: 60
Max Capacity : 60 TB
Drive Enclosure Interface
Serial ATA, 3Gb SAS
3Gb SAS
Host Interface
4Gb/s FC
Max LUNs
512
256, (32 per host)
RAID Support
0, 1, 10, 3, 5, 6
1/0, 3, 5
0, 0+1, 1, 3, 5, 6
Controller Details
Single or dual active RAID controllers
Single or dual RAID controllers
Max Cache
1 GB
2 GB total
Cache Details
512MB or 1GB per controller
1GB per controller

8. P2000 G3 FC

9. P2000 G3 FC Modular Storage Array
HP next generation entry-level array, follow-on product to the MSA2000fc G2, featuring the latest in Fibre Channel technology, FC or FC/iSCSI controllers, optional replication, increased scalability

10. P2000 G3 FC Modular Smart array overview
What’s new?
Increased scalability over G2 series
50 percent increase in max SFF drives to 149
60 percent increase in max LFF drives to 96
Increased performance
2 GB cache
Faster controller processors
Single or dual 8Gb FC or Combo FC/iSCSI controllers
64 snapshot capability standard (optional 512)
Volume Copy standard
Optional Remote Snap capability available to allow replication over FC or iSCSI
6Gbps SAS backend
Drive Spin Down (DSD)
Embedded SMI-S
The MSA2000 G2 did not have snapshot capability as a standard feature, and a max of only 256 snaps. Volume Copy was also optional.
Instructor notes
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11. P2000 G3 FC Modular Smart Array overview
High-performance 8Gb FC or Combo FC/iSCSI
Choice of 8Gb FC or Combo FC/iSCSI controllers to match configuration needs
Sharing of storage resources over both protocols
64 snapshot capability standard (optional 512)
Volume Copy enabled
Optional Remote Snap capability available to allow replication over FC (with either controller) or iSCSI (using the Combo controller)
Deploy single or dual controllers depending on high-availability (HA) and budgetary requirements
Remote Snap not presently supported on single-controller systems. Support for Remote Snap on single-controller systems is expected to be available in the near future.
FC and Combo controllers are not mixable in the same enclosures.
iSCSI-only and SAS enclosures are on the roadmap for future release.
Instructor notes
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12. P2000 G3 FC Modular Smart Array overview
Combo FC/iSCSI controller
The P2000 Combo controller has two 8Gb FC ports for departments needing high speed access to data
It also provides two 1GbE iSCSI ports to allow smaller departments with tight budgetary restrictions to enjoy shared storage benefits without purchasing their own array – and without the cost of implementing a FC infrastructure
iSCSI ports are available for Remote Snap feature to replicate snapshots to different locations via Ethernet
FC and iSCSI ports may be used simultaneously
Instructor notes
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13. P2000 G3 FC Modular Smart array
8Gb FC controller (2 ports per controller)
Combo iSCSI/FC controller (two 8Gb FC and two 1Gb Ethernet ports per controller)
2GB Cache
6Gb SAS back end
Up to 96 (LFF) or 149 (SFF) SAS and/or SATA drives
512 LUNs max
16TB max LUN size
64 hosts max
Queue depth 512 per port
Non-disruptive controller FW update (requires dual controller configuration)
Upgrades to previous generation chassis available
Back end still operates at 3Gb SAS speed
All other capabilities available (Standard Snapshot support, Remote Snap available with license, etc.)
Non-disruptive FW update may cause I/O performance to decline during the update operation.
Instructor notes
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14. P2000 G3 FC Modular Smart Array
Target market
Entry-level customers
Companies with small IT budgets or limited IT expertise
Larger companies with departmental or remote requirements

15. P2000 G3 FC Modular Smart Array features
Highly efficient consolidation
Sharing of storage geared to departmental and SMB requirements
Grows as storage demands increase – up to 57.6 TB SAS or 192 TB SATA
Supports from 32 to 64 hosts depending on protocol
Flexible
Choice of 8Gb FC or Combo FC/iSCSI controllers to match config needs
Deploy single or dual controllers depending on high-availability (HA) and budgetary requirements
Select LFF and SFF drives and enclosures, high-availability levels
Enterprise-class SAS, SAS Midline, or archival-class SATA drives as the HA need and budget dictate (mixable)
Three connection choices: FC Fabric, FC and Ethernet, FC Direct Attach
Cost efficient
Build either single or dual controller array models using SAS, SAS MDL, or SATA MDL drives, SFF ProLiant drives supported
64 snapshot and clone capability standard for increased data protection
Easy to manage and service

16. P2000 G3 Supported drives Maximum number of drives Drive types
149 Small Form Factor (SFF) drives
96 Large Form Factor (LFF) drives
Drive types
P GB 6G 15K LFF DP ENT SAS
P GB 6G 15K LFF DP ENT SAS
P GB 6G 15K LFF DP ENT SAS
P2000 2TB 3G 7.2K LFF MDL SATA
72GB 6G 15K SFF DP SAS
146GB 6G 10K SFF DP SAS
300GB 6G 10K SFF DP SAS
146GB 6G 15K SFF DP SAS
500GB 6G 7.2K SFF DP MDL SAS
Maximum capacity
192TB

17. P2000 G3 Performance comparison
Preliminary testing results for P2000 G3 FC shown
Performance
P2000 G3 FC
MSA2300fc G2
8 Gb FC
4 Gb FC
RAID 10
Sequential Reads (MB/s)
1,551
1,238
Sequential Writes (MB/s)
778
532
Random Mix IOPs 60/40 read/write
18,192
17,878
RAID 5
1,552
914
772
11,361
5,325
RAID 6
893
6,815
4,293
Refer to the Quickspecs for more performance data.

18. P2000 G3 FC MSA skus Volume shipments available Feb 16.
New Product Introduction for Employees and Channel Partners
P2000 G3 FC MSA skus
Volume shipments available Feb 16.
CTO available on all skus by March 1
Formal Announcement Mid-to-Late March
P2000 G3 FC MSA Controllers & Controller-less Chassis
HP StorageWorks P2000 G3 FC Modular Smart Array Controller
(two 8Gb FC ports)
AP836A
HP StorageWorks P2000 G3 FC/iSCSI Combo Modular Smart Array Controller
(two 8Gb FC ports and two 1GbE iSCSI ports)
AP837A
HP StorageWorks P2000 Modular Smart Array 3.5-in Drive Bay Chassis (LFF) (Will accept one or two controllers or Disk Enclosure I/O modules)
AP838A
HP StorageWorks P2000 Modular Smart Array 2.5-in Drive Bay Chassis (SFF) (Will accept one or two controllers, not I/O modules)
AP839A
Disk Enclosures
HP StorageWorks P2000 Dual I/O LFF Drive Enclosure, twelve 3.5” drive bays (w/ two.5m mini-SAS to mini-SAS cables. Used with single or dual controller LFF or SFF array head)
AP843A
HP StorageWorks P2000 LFF Drive Enclosure I/O Module
(no cable included. Designed for use with blank LFF chassis AP838A)
AJ844A
HP StorageWorks D2700 SFF Disk Enclosure, twenty-five 2.5” drive bays
(w/ two .5m mini-SAS to mini-SAS cables. Used with single or dual controller LFF or SFF array head)
AJ941A
Configured Units
HP StorageWorks P2000 G3 MSA FC Dual Controller LFF Modular Smart Array System
AP845A
HP StorageWorks P2000 G3 MSA FC Dual Controller SFF Modular Smart Array System
AP846A
HP StorageWorks P2000 G3 MSA FC/iSCSI Dual Combo Controller LFF Array
AW567A
HP StorageWorks P2000 G3 MSA FC/iSCSI Dual Combo Controller SFF Array
AW568A
Controller-less Chassis: DC-powered units
HP StorageWorks P2000 DC-power LFF Chassis
(can add one or two P2000 G3 FC controllers or P2000 JBOD I/O modules)
AP840A
HP StorageWorks P2000 DC-power SFF Chassis
(can add one or two P2000 G3 FC controllers. No P2000 JBOD I/O module support)
AP841A
CONTROLLER
CONTROLLER
CHASSIS
CHASSIS
JBOD
At this time, pre-configured single-controller systems are not offered. A single-controller system may be built by ordering components separately.
JBOD
DUAL
CONTROLLER
CONFIGURED
ARRAYS
DC-powered
CHASSIS 18
HP Product Announcement – HP Restricted

19. Array Installation

20. Installation Overview
Unpack the array
Obtain the necessary accessories and equipment
Mount the controller and expansion trays in a rack or cabinet
Connect the AC power to the two power modules
Perform initial power-up
Connect the management hosts to the controller tray
Connect the data hosts to the controller tray
Use the WBI or CLI to set the Ethernet IP address, netmask, and gateway address, for each controller module. (DHCP mode by default, if no DHCP server, controller A IP is , controller B is )
Use WBI or the CLI to set the array date and time
Set the basic array configuration parameters
Plan and implement your storage configuration
The order of these steps differs slightly from the steps outlined in the User Guide. The User Guide indicates to set the IP address before connecting data and management hosts. In an entry level implementation however, the user may not have extra hosts available for the configuration steps, so the order shown in this slide would also be appropriate.

21. USB cable interface to CLI port
Provided USB mini 5 male connector plugs into the CLI port
Start and configure a terminal emulator, such as HyperTerminal using the following settings:
Terminal Emulator Display Settings
Terminal Emulation Mode - VT-100 or ANSI (for color support)
Font - Terminal
Translations - None
Columns - 80
Terminal Emulator Connection Settings
Connector - COM1 (typically)
Baud rate (bits/sec) - 115,200
Data bits - 8
Parity - None
Stop bits - 1
Flow control - None
Part number of the USB CLI cable: SPS-CABLE CLI USB Cable,miniUSB,HP

22. Applying the IP Address
At the prompt (#), type the following command to set the IP address for controller A
set network-parameters ip <address> netmask <netmask> gateway <gateway> controller a
At the prompt (#), use the same command to set the IP address for controller B except indicate controller be by replacing the “a” at the end of the command with “b”
Type the following command to verify the new IP addresses:
Show network-parameters
Verify Ethernet connectivity by pinging the IP addresses from a different system
If you cannot your access your system for at least three minutes after changing the IP address, your network might require you to restart the Management Controller(s) using the serial CLI. When you restart a Management Controller, communication with it is temporarily lost until it successfully restarts. For more information, refer to the HP StorageWorks P2000 G3 MSA System CLI Reference Guide.
Type the following command to restart the management controller on both controllers:
restart mc both
You can now manage the storage through the web interface

23. Back end and cabling

24. P2000 G3 FC Back End Connections
Controller module
MSA2000
P2000 G3
SFF-8088
SFF-8470
The MSA 2300fc G2 also used the mini-SAS connectors.

25. P2000 G3 FC controller enclosure support
Controller enclosures support both 3Gbps and 6Gbps internal drives and expander link speeds
Mixing 3Gbps and 6Gbps drive enclosures is supported, but performance can be limited if the enclosures are not cabled properly
Cable the 3Gbps enclosures behind the 6Gbps enclosures
Guidelines
Use only supported SAS 4x cables.
Mini-SAS to mini-SAS 0.5m cables are provided with the P2000 6Gb 3.5” 12–drive enclosure, D2700 6Gb drive enclosure, and MSA70 3Gb drive enclosure (one per controller)
SAS to SAS 0.6m cables are provided with the MSA2000 3Gb 3.5"
12-drive enclosure (one per I/O module)
Longer cables than those supplied with the enclosure must be purchased separately. See the MSA Quick Specs for details
The maximum length cable allowed between enclosures in any configuration is 2m.
A maximum of 8 enclosures (including the array enclosure) OR 149 drives are allowed in the array configuration
For more information, see the P2000 G3 MSA System Cable Configuration Guide.
The P2000 G3 and D2700 drive enclosures both support the SAS 2.0 communication protocol while the MSA70 and MSA2000 drive enclosures both support the SAS 1.1 communication protocol. As such, P2000 G3 and D2700 drive enclosures should always be cabled in front of MSA70 and MSA2000 drive enclosures.

26. Connecting drive enclosures
P2000 G3 MSA supports these four drive enclosures:
HP StorageWorks P2000 6Gb 3.5” 12–drive enclosure
HP StorageWorks D2700 6Gb drive enclosure
HP StorageWorks MSA2000 3Gb 3.5” 12–drive enclosure
HP StorageWorks MSA70 3Gb drive enclosure
For more information, see the P2000 G3 MSA System Cable Configuration Guide.

27. P2000 G3 FC Back End Connections
Full array config example
Two servers (1 and 2)
Dual controller P2000 G3 MSA (3)
Two P2000 6Gb LFF 12-drive enclosures (4 and 5)

28. P2000 G3 Back End Connections
Fault-tolerant example
Allows any drive enclosure to fail or be removed
Recommended approach to cabling
Enclosure I/O modules A shaded green
Enclosure I/O modules B shaded red
The above diagram shows a P2000 G3 MSA System connected to two D2700 6Gb drive enclosures in fault-tolerant fashion. I/O modules A on the drive enclosures are shaded green. I/O modules B on the drive enclosures are shaded red. Fault-tolerant (or reverse) cabling requires that you connect P2000 G3 controller A to I/O module A of the first disk enclosure and cascade this connection on to I/O module A of the last disk enclosure (green). Likewise, you must connect P2000 G3 controller B to I/O module B of the last disk enclosure and cascade this connection on to I/O module B of the first disk enclosure (red).

29. P2000 G3 Back End Connections
Single enclosure
P2000 G3
Single enclosure
D2700
The above diagrams show single enclosure configurations for the P2000 G3 and D2700 enclosures respectively. In both cases, data throughput in the array performs at the 6Gbps rate, as both the controller enclosures and the drive enclosures support 6Gbps speeds.

30. P2000 G3 Back End Connections
Single enclosure
MSA70 3Gb
Single enclosure
MSA2000 3Gb
The above diagrams show single enclosure configurations for the MSA70 3Gb and MSA2000 3Gb enclosures respectively. In both cases, data throughput in the array performs at the 3Gbps rate, as the drive enclosures only support 3Gbps speeds.

31. P2000 G3 Back End Connections
Mixed-connect configuration
P2000 6Gb (2) and D2700 6Gb (3)
The above diagram shows a dual-controller P2000 G3 MSA System (1) connected to a P2000 6Gb drive enclosure (2) and D2700 6Gb drive enclosure (3). Data throughput in the array performs at the 6Gbps rate, as both the controller enclosure and the drive enclosures support 6Gbps speeds.
Note: Cable attached to wrong port in this diagram

32. P2000 G3 Back End Connections
Mixed-connect configuration
D2700 6Gb (2) and MSA2000 3Gb (3)
The above diagram shows a dual-controller P2000 G3 MSA System (1) connected to a D2700 6Gb drive enclosure (2) and a MSA2000 3Gb 3.5” 12–drive enclosure (3). Data throughput in the array runs at the 3Gbps rate, as the MSA2000 drive enclosure supports only 3Gbps speeds.

33. P2000 G3 Back End Connections
All enclosure types
P2000 G3
P2000 6Gb
D2700 6Gb
MSA70 3Gb
MSA2000 3Gb
The above diagram shows a dual-controller P2000 G3 MSA System (1) connected to a P2000 6Gb drive enclosure (2), D2700 6Gb drive enclosure (3), MSA70 3Gb drive enclosure (4), and MSA2000 3Gb 12–drive enclosure (5). Data throughput in the array runs at the 3Gbps rate, as the MSA70 and MSA2000 drive enclosures support only 3Gbps speeds.

34. P2000 G3 Back End Connections
Maximum drive count
P2000 G3 controller (1)
D2700 6Gb (2-6)
The above diagram shows a P2000 G3 MSA System (1) is connected to five D2700 6Gb drive enclosures (2 through 6). Each D2700 drive enclosure contains 25 disk drives and the P2000 G3 MSA SFF controller enclosure contains 24 disk drives. Combined, the total number of disk drives in array configuration add up to the maximum 149 drives allowed. Note that the maximum number of enclosures requirement (eight) is not exceeded. Data throughput in the array performs at the 6Gbps rate, as both the controller enclosure and the drive enclosures support 6Gbps speeds.

35. P2000 G3 Back End Connections
Maximum enclosure count
P2000 G3 controller (1)
D2700 6Gb (2-6)
The above diagram shows a P2000 G3 MSA System (1) is connected to seven P2000 6Gb 12–drive enclosures (2 through 8). Note that the maximum number of drives requirement (149) is not exceeded. Data throughput in the array performs at the 6Gbps rate, as both the controller enclosure and the drive enclosures support 6Gbps speeds.

36. P2000 G3 Back End Connections
SAS expansion cable requirements
P2000 G3 controller
P2000 6Gb 3.5” I/O mod
Mini-SAS to Mini-SAS 0.5m
D2700 6Gb I/O mod
MSA Gb I/O mod
SAS to Mini-SAS 0.5m, 1m, 2m *
MSA 70 3Gb I/O mod
SAS to Mini-SAS 0.5m *
SAS to SAS 0.6m *
The P2000 G3 and D2700 drive enclosures both support the SAS 2.0 communication protocol while the MSA70 and MSA2000 drive
enclosures both support the SAS 1.1 communication protocol. As such, P2000 G3 and D2700 drive enclosures should always be cabled in front of MSA70 and MSA2000 drive enclosures. For more information, see the P2000 G3 MSA System Cable Configuration Guide.
* Not supplied

37. Host Connectivity

38. Supported Operating Systems
Supported OSes for connected hosts – Always refer to STREAMs documentation for latest info
Windows
Server 2003 R2 SP2, Server 2008 SP1 SP2, Server 2008 R2 (Win 7)
Hyper-V
Server 2008, Server 2008 R2 (Win 7), x64 only
Linux
RHEL 4.7, 4.8, 5.3, 5.4
SLES 10.3, 11
VMware 3.5, 4.0
HPUX 11.23, 11.31
XEN Citrix 5.5, SLES
Solaris 10

39. Host interfaces Interfaces Topologies 8 Gb Fibre Channel Controller
2 ports per controller
iSCSI/FC Combo controller
two 8 Gb FC ports per controller
two 1 Gb Ethernet iSCSI ports per controller
Topologies
Direct connect
Fabric
Network

40. Host Cabling Single controller configuration
Dual controller configuration

41. Host Cabling Two Servers dual path configuration
Switch attach configuration

42. Host Cabling
Replication configuration

43. Host Cabling Remote management hosts
RJ-45 Ethernet cable connected to the network port on each P2000 G3 MSA controller
Other end of Ethernet cable connected to a network that the management host can access (preferably same subnet)

44. Host Cabling Remote replication
All systems must be on same fabric or network, connected through a switch
Server accessing the replication set only needs to be connected to the storage system host containing the external-view volume
Refer to the HP StorageWorks P2000 G3 MSA System SMU Reference guide for more information about replication

45. Other Features

46. Drive Spin Down (DSD) Power saving feature Powers down drive spindles
Reduce power consumption of a given system by at least 20% when all drives are in a spun-down state
All supported drive types eligible
JBODs included
Enabled or disabled at the vdisk level
Default state is disabled
Right-click the vdisk, then select Configuration > Configure Vdisk Drive Spin Down
Drive Spin Down delay configurable from minutes (15 minute default)
Also configurable for available disks and global spares
Right-click the local system and select Configuration > Advanced Settings > Disk

47. Drive Spin Down (DSD)
Disk scrubbing is disabled when Drive Spin Down is enabled
Performance may be slowed as drives spin back up to do reads or writes
GUI Monitoring:
Indicates HDDs and vdisks that are in a spun-down state
Provides a counter for how many times an HDD has spun down.
Disk scrubbing - The scrub utility analyzes a vdisk's disks to detect, report, and store information about disk defects. Vdisk-level errors reported include: hard errors, medium errors, and bad block replacements (BBRs). Disk-level errors reported include: metadata read errors, SMART events during scrub, bad blocks during scrub, and new disk defects during scrub. For RAID 3, 5, 6, and 50, the utility checks all parity blocks to find data-parity mismatches. For RAID 1 and 10, the utility compares the primary and secondary disks to find data inconsistencies. For NRAID and RAID 0, the utility checks for media errors. This utility does not fix defects.

48. Embedded SMI-S
The P2000 G3 FC controllers now feature an embedded SMI-S provider
The previous generation MSA required an SMI-S Proxy provider to be installed on a Windows ProLiant system with an Ethernet connection to the MSA
P2000 G3 FC embedded SMI-S provider will provide the same functionality that the G2 proxy provided
Supports only passive management (monitoring), active management (such as RAID provisioning) is not supported
SMI-S will only be updated as part of a firmware update

49. Management Screen Shots
Web Based Interface
Management Screen Shots

50. Drive Spin-down

51. Drive Spin-down 1 2 3

52. Drive Spin Down
Drive Spin Down Count

53. Drive Spin Down
Drive Spin Down status

54. Drive Spin Down
Drive Spin Down for unused HDDs and spares

55. Replication configuration
Replication Wizard
Instructor notes
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56. Replication configuration
Step 1 of 5
Instructor notes
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57. Replication Replication items in menu Instructor notes
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58. Software

59. Included and optional software
HP StorageWorks MSA2000 Snapshot Software (included)
Enables increased data protection by creating recovery points
Snapshots are maintained as data continues to change
MSA2000 snapshots are controller-based
HP StorageWorks MSA2000 Volume Copy Software (included)
Makes a physical copy of the data to another set of disks within the same array
Volume copy may be mounted for backup, testing, data mining
MSA2000 Volume Copy is controller-based
No server performance impact
HP StorageWorks MSA2000 Remote Snap Software (optional)
Storage-based asynchronous replication
Based on existing snapshot technology
Ethernet and FC interconnects
HP StorageWorks Storage Mirroring (optional)
Prevents data loss from failure, error, or disaster
Provides replication and recovery of Windows and Linux data to another server

60. Value-add software MSA Discovery Tool MPIO support
Allows arrays to be located on the local subnet
MPIO support
MPIO DSM in Windows 2003
In Box MPIO in Windows 2008
HP Device Mapper in Linux
Native multipath in Solaris
Native multipath in HP-UX (PV links in HP-UX v2)
VDS/VSS providers for Windows
Virtual Disk Services (VDS) providers enable volume and logical unit management of the array from a Windows Microsoft Management Console
Volume Shadow Copy Services (VSS) providers enable point-in-time copies with nearly instant recovery of a single volume or multiple volumes
Typically used in combination with a requestor app (i.e. backup and recovery)
Updated VDS/VSS providers will cover Windows 2008 R2.

61. Upgrades

62. Upgrading existing MSA2000 arrays
P2000 G3 controllers can be used to replace controllers in MSA2000 arrays
Existing MSA2000 and MSA2000 G2 customers can upgrade their systems with P2000 G3 FC or Combo controllers. They would retain their chassis, drives, and JBODs. The newly configured unit would take on the full personality of a G3 except that the “back-end” would be restricted to the SAS 3Gb transfer speed.
Vdisk configuration on the older array will be detected
P2000 G3 FC features like increased scalability, standard snapshot and Volume Copy, and optional Remote Snap would now be characteristic of their newly upgraded array.
Not only generational upgrades, but cross-protocol upgrades are also supported. For example owners of an early MSA2000i iSCSI array (G1) could upgrade with third generation P2000 G3 FC controllers.
Upgrade papers will be available on the P2000 G3 FC web-site.

63. Warranty

64. Warranty options Standard warranty http://www.hp.com/hps/storage
3-year parts exchange, Next Business day delivery
Enclosures, Hard drive, and Options carry their own warranty
HP Care Pack Services are available
Warranty Upgrade Options
Response - Upgrade on-site response from next business day to same day 4-hour response or 6 Hour Call To Repair
Coverage - Extend hours of coverage from next business day to 9 hours x 5 days to 24 hours x 7 days
Duration Select duration of coverage for a period of 1, 3, 4 or 5 years
Note: The warranty of the hard drive options purchased with the P2000 G3 FC product is different for SAS hard drives versus SATA hard drives. SAS hard drive options have a three year warranty and SATA hard drives options have a one year warranty.
The P2000 G3 FC has been designed with customer self repairable parts to minimize repair time and provide greater flexibility in performing defective parts replacement. Please refer to HP's limited warranty Statement and parts replacement instructions for further details.

65. Customer Self Repair
HP MSA warranty includes support for Customer Self Repair (CSR)
Mandatory CSR parts include:
Drives
Controller board
Power supplies

66. Additional Resources

67. Additional Resources www.hp.com/go/p2000
HP StorageWorks P2000 G3 MSA System FC/iSCSI User Guide
HP StorageWorks P2000 G3 MSA System FC User Guide
HP StorageWorks P2000 G3 MSA CLI Reference Guide
HP StorageWorks P2000 G3 MSA SMU Reference Guide
HP StorageWorks P2000 G3 MSA System Cable Configuration Guide

68. Q&A