HP STORAGEWORKS ARRAY CONTROLLER HSG V8.7 User Manual

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hp StorageWorks
Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
Part Number: AA-RH0QL-TE
Eleventh Edition (July 2003)
Product Version: 8.7A
This document contains last-minute and supplemental information about your Solution Software. In the event of conflicting information between these Release Notes and other documents contained in this product release, the Release Notes content takes precedence.
For the latest version of these Release Notes and other product documentation, visit the
StorageWorks
http://h18006.www1.hp.com/storage/index.html
website at:
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© Copyright 1999-2003 Hewlett-Packard Development Company, L.P. Hewlett-Packard Company makes no warranty of any kind with regard to this material, including, but not
limited to, the implied warranties of merchantability and fitness for a particular purpose. Hewlett-Packard shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of this material.
This document contains proprietary information, which is protected by copyright. No part of this document may be photocopied, reproduced, or translated into another language without the prior written consent of Hewlett-Packard. The information contained in this document is subject to change without notice.
Compaq, the Compaq logo, SANworks, StorageWorks, Tru64, and OpenVMS are trademarks of Compaq Information Technologies Group, L.P. in the U.S. and/or other countries.
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All other product names mentioned herein may be trademarks of their respective companies. Confidential computer software. Valid license from Compaq required for possession, use or copying.
Consistent with FAR 12.211 and 12.212, Commercial Computer Software, Computer Software Documentation, and Technical Data for Commercial Items are licensed to the U.S. Government under vendor's standard commercial license.
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Compaq service tool software, including associated documentation, is the property of and contains confidential technology of Compaq Computer Corporation or its affiliates. Service customer is hereby licensed to use the software only for activities directly relating to the delivery of, and only during the term of, the applicable services delivered by Compaq or its authorized service provider. Customer may not modify or reverse engineer, remove, or transfer the software or make the software or any resultant diagnosis or system management data available to other parties without Compaq’s or its authorized service provider’s consent. Upon termination of the services, customer will, at Compaq’s or its service provider’s option, destroy or return the software and associated documentation in its possession.
Printed in the U.S.A.
HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version
8.7A for Windows
Eleventh Edition (July 2003)
Part Number: AA-RH0QL-TE
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Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
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Release Notes Contents

These Release Notes cover the following major topics:
"Intended Audience", page 3
"Conventions", page 4
"Abbreviations and Acronyms", page 4
"Release Package Contents", page 5
"Important Notice Regarding Cache Sizes", page 6
"Identifying ACS Revision Level", page 6
"Patching ACS", page 7
"Multiple Storage System Types", page 8
"New Features", page 8
"Modular Array Solutions", page 14
"Hardware and Software Support", page 17
"ACS Feature Support", page 27
Release Notes Contents
"Configuration Rules", page 42
"SCSI-2 to SCSI-3 Migration", page 43
"Operating Constraints", page 44
"Saving Your Configuration", page 46
"Avoiding Problem Situations", page 47
"Host Operating System Notes", page 49
"Documentation Anomalies", page 56

Intended Audience

This document is intended for storage administrators and StorageWorks customer service personnel who install and maintain StorageWorks Enterprise/Modular Storage RAID Array products that include StorageWorks HSG80 RAID Array Controllers.
Software Version 8.7A for Windows
3Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution
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Conventions

Conventions
The following conventions are used throughout this document:
Unless otherwise specified, all references to controllers or array controllers imply the StorageWorks HSG80 RAID Array Controller.
Unless otherwise specified, all references to StorageWorks Array Controller Software Version 8.7 imply the released StorageWorks ACS Version 8.7 code or subsequently patched versions of ACS Version 8.7.
For the purpose of this document, Enterprise/Modular Storage RAID Array refers to the following StorageWorks RAID Array products:
— RA8000—Fibre Channel RAID Array 8000 — ESA12000—Enterprise Storage Array 12000 Fibre Channel — MA8000—Modular Array 8000 Fibre Channel — EMA12000—Enterprise Modular Array 12000 Fibre Channel — EMA16000—Enterprise Modular Array 16000 Fibre Channel

Abbreviations and Acronyms

The following abbreviations and acronyms are used throughout this document:
ACS—Array Controller Software
CCL—Command Console LUN
CLI—Command Line Interpreter
EISA—Extended Industry Standard Architecture
EMU—Environmental Monitoring Unit
EVA—Enterprise Virtual Array
FC—Fibre Channel
FC-AL—Fibre Channel - Arbitrated Loop
FC-SW—Fibre Channel - Switched
FRU—Field-Replaceable Unit
HBA—Host Bus Adapter
LUN—Logical Unit
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Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
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Release Package Contents

LV D—Low Voltage Differential
MSCS—Microsoft Cluster Server
NVRAM—Non-Volatile Memory
PCMCIA—Personal Computer Memory Card Industry Association
PVA—Power Verification and Addressing Assembly
RAID—Redundant Array of Independent Disks
RETMA—Radio Electronics Television and Manufacturing Association
SAN—Storage Area Network
SBB—Storage Building Block
SCSI—Small Computer System Interface
SMART—Self-Monitoring Analysis and Reporting Technology
SWCCStorageWorks Command Console
VCS—Virtual Controller Software
WWID—World Wide Identifier
WWN—World Wide Name
Release Package Contents
This HSG80 Fibre Channel Solution Software Kit consists of the following:
The HSG80 Solution Software documentation set which includes:
— HSG80 ACS Solution Software Version 8.7 for Windows NT and Windows
2000 Installation and Configuration Guide — HSG80 Array Controller ACS Version 8.7 CLI Reference Guide — HSG80 Array Controller ACS Version 8.7 Maintenance and Service Guide — HSG80 Array Controller ACS Version 8.7 Troubleshooting Reference Guide — Command Console Version 2.5 User Guide — Command Console Version 2.5 Release Notes — Registration and Warranty Package HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution
Software Version 8.7A for Windows Notes (this document)
Software Version 8.7A for Windows
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Important Notice Regarding Cache Sizes

HSG80 Modular Storage RAID Arrays Solution Software V8.7A for Windows NT, Windows 2000, and Windows Server 2003 on ProLiant & X86 Platforms CD-ROM
— Installation and scripting utilities — SWCC Version 2.5 Agent and Client software —Device drivers
The following supporting documentation is available from the StorageWorks website:
http://h18006.www1.hp.com/storage/index.html
SAN Design Reference Guide, Part Number: AA-RMPNE-TE
Enterprise/Modular Storage RAID Array Fibre Channel Arbitrated Loop Configurations Application Note, Part Number: AA-RS1ZA-TE
Model 2100 and 2200 Ultra SCSI Controller Enclosures User Guide, Part Number: EK–SE2C8–UA. C01
Model 4300 Family Ultra3 LVD Disk Enclosures User Guide, Part Number: EK–LVDU3–UA. A01
Modular Array Cabinet Restrictions, Part Number EK-MACON-CA. B01
Important Notice Regarding Cache Sizes
For ACS Version 8.7, minimum cache size requirements are 128 MB in unmirrored configurations, and 256 MB in mirrored configurations, per cache module.
The cache size requirements for running ACS Version 8.7P or Version 8.7S remain at 512 MB.

Identifying ACS Revision Level

The ACS release package you received should include a PCMCIA program card containing the new ACS software. Included in this section are instructions for determining the ACS version running on your RAID Array.
Once ACS is installed, you can identify the specific version of ACS by typing the following command at the CLI prompt:
HSG80> SHOW THIS_CONTROLLER
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Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
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Patching ACS

The resulting display lists the software revision level as one of the following:
V87G
V87F
V87P
V87S
If the ACS version is not Version 8.7 or a subsequently patched version of ACS Version 8.7, contact your support provider for instructions on how to obtain the updated version.
If the ACS version is Version 8.7P or Version 8.7S, you need additional layered application software beyond this Solution Software Kit to take advantage of the added functionality of these versions. See "Layered Software Applications", page 26, for additional information on compatible layered application software.
ACS Version 8.7 is fully compatible with Version 8.7A Solution Software. In addition, Version 8.7A Solution Software is backward compatible with ACS Version 8.6, which benefits the upgrade process across your SAN.
IMPORTANT: This does not apply to Windows Server 2003. Windows Server 2003 is compatible with ACS V8.7-1 or higher.
Patching ACS
Each ACS patch builds on the current version of ACS and all previously installed patches. ACS patches must be installed in order, from lowest to highest, when multiple patches are installed. ACS patches are available for download from the following StorageWorks website:
http://h18000.www1.hp.com/products/storageworks/softwaredrivers/acs/index.html
ACS patch downloads come packaged with the instructions and scripts needed to apply the patch. See the HSG80 Array Controller ACS Version 8.7 Maintenance and Service Guide for further information on patching ACS.
For multi-bus configurations, use the following procedure in addition to those provided with the ACS patch download:
1. Apply ACS patches to both controllers.
2. Move all units to
software. Moving the units in this manner is not a requirement, but it lets the controller do less work than when moving all the units at once.
Software Version 8.7A for Windows
OTHER_CONTROLLER, one unit at a time, using Secure Path
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Multiple Storage System Types

3. Reboot THIS_CONTROLLER during a slow time (when controllers are running at more than 50% idle). The patch takes effect once the controller is rebooted.
4. Repeat these steps for
THIS_CONTROLLER and rebooting OTHER_CONTROLLER during a slow time.
OTHER_CONTROLLER by moving all units to

ACS Patch Memory

Any installed ACS Version 8.6 (or lower) patches should be removed after an ACS Version 8.7 installation since they are no longer applicable. This frees up HSG80 patch memory for future ACS patches.
To check or remove ACS patches, run the Code Load and Code Patch utility by typing the following command:
HSG80> RUN CLCP
Multiple Storage System Types
The extended interoperability of the heterogeneous SAN allows you to mix several types of StorageWorks storage systems. StorageWorks recommends the following configuration rules when different storage products are shared in the same SAN:
HSG80 ACS Version 8.7 and EVA VCS Version 2.0—Use ACS Solution Software Version 8.7A (includes SWCC Version 2.5) and VCS Version 2.0 compatible multi-bus software/drivers.
HSG80 ACS Version 8.6 and EVA VCS Version 2.0—Use ACS Solution Software Version 8.6 (if SWCC Version 2.4 components are desired) and VCS Version 2.0 compatible multi-bus software/drivers.
HSG80 ACS Version 8.6 and HSG80 ACS Version 8.7—Use ACS Solution Software Version 8.7A (includes SWCC Version 2.5).
NOTE: Any multiple storage system configuration that includes EVA VCS Version 2.0 requires multi-bus support. See "Secure Path Software", page 26, for compatible Secure Path versions. ACS Version 8.7 compatible Secure Path versions and HBA drivers are compatible with VCS Version 2.0.

New Features

This section briefly describes new features and changes that are supported by the Version 8.7A release of the Solution Software together with the array controller running ACS Version 8.7.
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Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
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New Features for 8.7A

The following are major enhancements included in the 8.7A release of the Solution Software Kit.
Windows Server 2003—Solution Software Kits now support Windows Server
2003, 32-bit.
Blade Servers—Solution Software Kits for Windows now support ProLiant
Blade Servers BL20p and BL40p (Windows 2000 and Windows Server 2003 only).
Secure Path Version—A new version is now supported for both Windows 2000
and Windows Server 2003 and is required for ProLiant Blade Server support but is not included in this kit.
Rapid Deployment Pack—Added support for ProLiant Essentials Rapid
Deployment Pack which provides automated server deployment and redeployment via a central console using imaging and scripting technologies for ProLiant servers. The deployment console provides simple drag-and-drop functionality for deployment events. The Solution Software Kit CD-ROM contains software components, drivers, and utilities that are located in the \rdp directory. See readme.txt on the CD-ROM for a more detailed description of Rapid Deployment Pack, installation instructions, and restrictions. For general information on Rapid Deployment Pack, go to
http://h18013.www1.hp.com/products/servers/management/rdp/index.html
New Features

ACS Feature Enhancements

The following major enhancements are included in the ACS Version 8.7 release:
Host Connection Table Locking—Host table lock and unlock commands were
added to control the connection table in NVRAM. When the table is locked, the host login request is rejected (unless the connection is already in the table), and the request is stored internally on a rejected hosts table.
Selective Management Presentation—Selective Management Presentation
extends the use of Selective Storage Presentation by providing control over which SAN Management Agent systems (if any) can perform management operations.
VENDOR_ID Field—ACS now provides a
Extended information area, returned by the
FULL
commands.
Software Version 8.7A for Windows
VENDOR_ID field at the bottom of the
SHOW THIS FULL or SHOW OTHER
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New Features
Linked WWIDs for Snap and Clone Units—To better manage snap and clone unit creation, a linked WWID scheme was implemented. It keeps the WWIDs of these units constant each time they are created. The linked WWID scheme reduces the number of system data records needed to track unit WWIDs, and enhances the stability of administrative scripts used in unit creation.
SMART Error Drive Eject—In prior versions of ACS, SMART error notifications received from a device were treated as soft (recovered) errors. The notification was passed to the host and operations continued. ACS now provides a CLI switch (SMART error eject state) that offers an alternative to this behavior.
With the new switch enabled, drives in a normalized and redundant set that report a SMART error are removed from that set. SMART errors reported by drives in a non-redundant or non-normal set continue to be treated as recovered errors. If the switch is disabled, all SMART errors are treated as recovered errors.
Error Threshold for Drives—ACS now provides the ability to set limits for drive errors. Once the limit is reached, the questionable drive is removed from any redundant set it is a member of and put into the failed set. Errors counted are medium and recovered errors. Hardware errors are not included in this count since the drive fails immediately when a hardware error is encountered.

CLI Command Updates

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The following CLI commands and switches were added or enhanced in ACS Version
8.7:
Host Connection Table Locking
SET controller CONNECTIONS_LOCKED
SET controller CONNECTIONS_UNLOCKED
ADD CONNECTIONS REJECTED_HOST
Selective Management Presentation
SET DISABLE_MANAGERS
SET ENABLE_MANAGERS
Linked WWIDs for Snap and Clone Units
ADD SNAPSHOT_UNITS USE_PARENT_WWID
SMART Error Drive Eject
SET controller SMART_ERROR_EJECT
Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
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Error Threshold for Drives
CLEAR_ERRORS DRIVE_ERRORS
SET DRIVE_ERROR_THRESHOLD
SHOW DRIVE_ERROR_THRESHOLD
See the HSG80 Array Controller ACS Version 8.7 CLI Reference Guide for complete syntax details.

FC Switch Support Updates

The following updates and changes to supported FC Switch products are included in this Solution Software Version 8.7A release:
Support for the 8/16 Port Fibre Channel Storage Switches (DS-DSGGA-AA
[380591-B21] and DS-DSGGA-AB [380578-B21]) was discontinued because these switches are limited to four switch, two-hop maximum configurations.
Firmware for all 1 Gbps SAN Switch products was upgraded to v2.6.0h.
Added support for the following FC switches, many of which provide 2 Gbps
switch support: — SAN Switch 2/16 (16 Ports FC, 2 Gbps)
New Features
— SAN Switch 2/8-EL (8 Ports FC Entry Level, 2 Gbps) — SAN Switch 2/16-EL (16 Ports FC Entry Level, 2 Gbps) — SAN Switch 2/32 (32 Ports FC, 2 Gbps) — SAN Core Switch 2/64 (32-64 Ports FC, 2 Gbps) — SAN Director 64 (32-64 Ports FC, 1 Gbps) — SAN Edge Switch 32 (32 Ports FC, 1 Gbps) — SAN Edge Switch 16 (16 Ports FC, 1 Gbps) — SAN Director 2/64 (32-64 Ports FC, 2 Gbps) — SAN Director 2/140 (140 Ports FC, 2 Gbps) — SAN Edge Switch 2/32 (32 Ports FC, 2 Gbps) — SAN Edge Switch 2/16 (16 Ports FC, 2 Gbps) — SAN Edge Switch 2/24 (24 Ports FC, 2 Gbps)
See "Switch Support", page 21, for part numbers, firmware versions, and additional information.
Software Version 8.7A for Windows
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New Features
IMPORTANT: StorageWorks recommends that you do not mix switch firmware versions in your SAN. The best practice is to uniformly upgrade all switches in the SAN.

Solution Software Updates

The following improvements were made to your Solution Software:
Solution Software Version 8.7A was qualified with ACS Version 8.7 and the components defined in these Release Notes.
Added support for StorageWorks 64-bit, 2 Gbps PCI-X FC HBA 3R-A3751-AA (281541-B21) HBA FCA2214, driver v8.2.0.72, Firmware loaded from driver, BIOS Version 1.33.
Added support for StorageWorks 64-bit, 2 Gbps PCI-X FC, dual channel HBA 3R-AA428-AA (321835-B21) HBA FCA2214DC, driver v8.2.0.72, Firmware loaded from driver, BIOS Version 1.33.
Upgraded HBA drivers for Windows NT, Windows 2000, and Windows Server 2003 to Version 4-4.82a14 (NT) and Version 5-4.82a14 (W2K and WS2003).
Upgraded StorageWorks DS-KGPSA-CB HBA driver to V4-4.82a14 (NT) and V5-4.82a14 (W2K and WS2003), Firmware Version 3.82a1/BIOS Version 1.61a2.
Reestablished support for StorageWorks DS-KGPSA-BC PCI FC HBA.
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Added support for Windows 2000 Service Pack 2 and Service Pack 3.
Windows 2000 Datacenter support is not included in this release because of lengthier certification requirements for Datacenter solutions.
Upon certification, Solution Software Version 8.7A for Windows 2000 Datacenter and its associated documentation is made available.
The Solution Software installation program can now perform silent installations, which automates the installation process. See the HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide for more information.
The Fibre Channel Software Setup included with this Solution Software Kit automatically corrects the ResetTPRLO parameter by setting it to a value of 1. See "ResetTPRLO Parameter in Windows Environments", page 53 for detailed information.
The Solution Software now provides a Component Identifier program that gives the user a quick method for identifying storage components. See the HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide for more information.
Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
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Added support for ProLiant Essentials Rapid Deployment Pack for ProLiant
servers.

Documentation Updates

The following documentation changes were made in order to consolidate and reduce the number of documents associated with Version 8.7A Solution Software:
•New document Enterprise/Modular Storage RAID Array Fibre Channel
Arbitrated Loop Configurations Application Note consolidates prior release, host-specific FC-AL application notes into a single, multivendor document for FC-AL configurations. This document supersedes the following application notes:
Enterprise/Modular Storage RAID Array FC-AL HA Configurations for
Windows NT/Windows 2000 - Intel Application Note, Part Number: AA-RHOSE-TE
Enterprise/Modular Storage RAID Array FC-AL Configurations for Windows
NT/Windows 2000 Application Note, Part Number: AA-RHORC-TE
The following documents were incorporated into the HSG80 ACS Solution
Software Version 8.7 Installation and Configuration Guide: — Enterprise/Modular Storage RAID Array Fibre Channel Cluster for Windows
NT/Windows 2000 Installation Guide
New Features
— Installing the Integration Patch for Compaq Insight Manager and ACS
Version 8.6 or Later
The following Datacenter documents are not included because of lengthier
certification requirements for Datacenter solutions.
— HSG80 ACS Solution Software Version 8.7 for Windows 2000 Datacenter
Installation and Configuration Guide
— HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution
Software Version 8.7 for Windows 2000 Datacenter Release Notes
Upon certification, Solution Software Version 8.7A for Windows 2000 Datacenter and its associated documentation will be made available.
— The section "Rolling Upgrades", page 27, was replaced. This section
supersedes both the rolling upgrade and ACS upgrade procedures found in the
HSG80 ACS Solution Software Version 8.7 for Windows 2000 Datacenter Installation and Configuration Guide.
Software Version 8.7A for Windows
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Modular Array Solutions

The following changes were made to the general content of these Release Notes since they were last published:
A new section "Abbreviations and Acronyms", page 4 was added to define abbreviations and acronyms used in these Release Notes.
A new section "Patching ACS", page 7, was added to clarify the process used to patch ACS.
A new section "Multiple Storage System Types", page 8, was added to address basic configuration rules used in mixing different StorageWorks products in the same SAN.
New "SCSI-2 to SCSI-3 Migration", page 43, information was added to assist customers who wish to extend the interoperability of their SAN.
The section "Layered Software Applications", page 26, was updated.
The section "Disk Device Support", page 18, was updated.
The “Document Catalog” section and procedures were removed because electronic copy for Solution Software documentation is available exclusively from the StorageWorks website.
The “HSG80 Device Removal and Replacement” section and procedures were moved from these Release Notes to the HSG80 Array Controller ACS Version 8.7 Maintenance and Service Guide.
The “Solution Software Upgrade Procedures” section was moved from these Release Notes to the HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide.
The “Upgrading DS-KGPSA-BC Firmware” section and procedures were returned since support of this HBA was reestablished.
A new section "Disk Resource Pending Timeout for Large Configurations", page 48, was added to ensure continuous operation of Disk Resources across SAN perturbations with Disk Resource counts greater than eight.
Modular Array Solutions
The modular solution consists of the array controller (single or dual configurations) installed in a Model 2200 Ultra SCSI controller enclosure, and the drives installed in either a Model 4314 disk enclosure or a Model 4354 disk enclosure. The modular solutions must be mounted in RETMA cabinets. The StorageWorks RETMA cabinets
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are available in heights of 42U, 41U, 36U, and 22U. The Model 2200 Ultra SCSI controller enclosure is 4U. The Model 4314 disk enclosure and the Model 4354 disk enclosure are both 3U. This combination allows for several cabinet configurations.
NOTE: If you wish to use a controller from an existing RA8000 or ESA12000 storage system, the Cache Bulkhead upgrade for installation of the controller in the Model 2200 is required.
For information about how to install the array controller in a Model 2200 Ultra
SCSI controller enclosure, see the Model 2100 and 2200 Ultra SCSI Controller Enclosures User Guide.
For information about how to install drives in either a Model 4314 disk enclosure
or a Model 4354 disk enclosure, see the Model 4300 Family Ultra3 LVD Disk Enclosures User Guide.
For information about modular solution configurations and restrictions, see the
Modular Array Cabinet Restrictions user document.

Disk Enclosures

The array controller firmware addresses up to 14 disks per SCSI bus. The maximum number of disks supported by an array controller (single or cooperating pair) is 84. The disk enclosures can be configured for single bus or for dual bus operation.
NOTE: The 43xx disk enclosures do not allow daisy chaining between shelves.
Modular Array Solutions
Table 1: Single Bus Mode Enclosure Options
Disk Enclosures Options/Single Bus Mode Part Number
Model 4310R—Rack-mountable 10-drive enclosure with single bus, single power supply
Model 4314R—Rack-mountable 14-drive enclosure with single bus, single power supply
Model 4314T—Tower mount 14-drive enclosure with single bus, single power supply, LCD monitor
Second power supply for 4314 (adds a redundant power supply to the 4314)
Single bus I/O module for existing 4314 190212-B21 Dual bus I/O module for existing 4314 (changes the 4314
from a single bus to a dual bus)
Software Version 8.7A for Windows
174631-B21
190209-001
190210-001
119826-B21
119829-B21
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Modular Array Solutions
Table 2: Dual Bus Mode Enclosure Options
Disk Enclosures Options/Dual Bus Mode Part Number
Model 4350R—Rack-mountable 10-drive enclosure with dual bus, dual power supply
Model 4354R—Rack-mountable 14-drive enclosure with dual bus, dual power supply
NOTE: Use a single bus I/O module to transform a Model 4354 disk enclosure to single bus.

SCSI Cables

SCSI cables must be ordered separately to connect the 43xx shelves to the Model 2200 enclosure. The following SCSI cables are supported.
Table 3: SCSI Cable Options
1-meter SCSI cable 168256-B21 2-meter SCSI cable 168258-B21 3-meter SCSI cable 189505-B21 5-meter SCSI cable 400983-005 10-meter SCSI cable 400983-010
174630-B21
190211-001
SCSI Cable Options Part Number

Ordering Modular Storage Systems

The Modular Array/Enterprise Modular Array storage systems can be ordered in one of the following three ways:
Predefined models are available that provide a set number of controller shelves and drive shelves in a Modular Storage Cabinet:
— MA8000: One Model 2200 controller enclosure and three dual bus Model
4354 disk enclosures in a 22U Modular Storage Cabinet
— EMA12000 D14: Three Model 2200 controller enclosures and nine dual bus
Model 4354 disk enclosures in a 42U Modular Storage Cabinet
— EMA12000 S14: One Model 2200 controller enclosure and six single bus
Model 4314 disk enclosures in a 36U Modular Storage Cabinet
— EMA12000 Blue: One Model 2200 controller enclosure and three dual bus
Model 4354 disk enclosures in a 41U Modular Storage Cabinet
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— EMA16000 S14: Two Model 2200 controller enclosures and twelve single bus
4314 disk enclosures in a 41U Modular Storage Cabinet
— EMA16000 D14: Four Model 2200 controller enclosures with twelve dual bus
4354 disk enclosures in a 41U Modular Storage Cabinet
NOTE: The predefined models require the following options: Controllers, ECBs, Controller firmware and drives.
Configure-to-Order. Allows you to specify the number of controller shelves and
drive shelves desired in a Modular Storage Cabinet.
Assembly onsite. Allows you to order the components separately and install them
in any supported RETMA rack or cabinet.

Hardware and Software Support

This section lists the hardware, devices, and operating system versions that are compatible with this Fibre Channel Solution Software Kit.

Array Hardware Support

The following Enterprise/Modular Storage RAID Array hardware products are supported:
Hardware and Software Support
DS-SW600-AA—600mm wide cabinet 50/60 Hz, dual-redundant controllers,
bolting kit for coupling (two SW600 cabinets)
DS-SW370-AA—RAID pedestal, five 180-watt power supplies; eight universal
50/60 Hz, 120/240V high-powered blowers; one AC input box; one enhanced EMU; one pedestal user’s guide; six single-ended I/O modules
DS-SW370-EA—RAID pedestal; five 180-watt power supplies; eight universal
50/60 Hz, 120/240V high-powered blowers; one AC input box; one enhanced EMU; one pedestal user’s guide; six single-ended I/O modules; metric mounting hardware
DS-BA370-AA—RAID rack mount enclosure; five 180-watt power supplies;
eight universal 50/60 Hz, 120/240V high-powered blowers; one AC input box, six single-ended I/O modules; one pedestal user’s guide; one enhanced EMU; one PVA, metric mounting hardware
DS-BA370-MA—Maintenance option for the SW370 and BA370 field service
option, FRU
Software Version 8.7A for Windows
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Hardware and Software Support
DS-BA35X-HH—180-watt, 100- to 200-V power supply; 240-V, AC factor-corrected power supply; blue color carrier
DS-BA35X-MK—High-powered blower for the SW370 and BA370
DS-BA35X-MP—Termination module
DS-BA35X-BA—External cache battery shelf for SW370
DS-BA35X-BC—Single battery in blue SBB
DS-BA35X-BD—Double battery in blue SBB
DS-BA35X-EB—Enhanced Environmental Monitor Unit of the SW370 and BA370
DS-BA35X-MN—Single-ended, Ultra SCSI I/O module
DS-BA35X-EC—Power verification and addressing module
HS35X-BA—Single external cache battery in an SBB
HS35X-BD—Dual external cache battery in an SBB
DS-HSDIM-AB—64 MB cache upgrade for HSX80
DS-HSDIM-AC—256 MB cache upgrade for HSX80

Disk Device Support

This Fibre Channel Solution Software Kit supports the disk devices listed in Table 4 at the indicated hardware and microcode levels.
NOTE: Full 14-slot drive support per channel is available on MA/EMA Series arrays only.
IMPORTANT: All new Universal SCSI disk drives sold by StorageWorks come with an 8 MB
EISA style partition at the start of the disk. This includes new StorageWorks SBB drives, which contain the basic universal disk drive brick internally. The EISA partition, when left on the media, is presented to a host at the storage unit level by the HSG80 storage system. Some hosts and applications may misinterpret this information. In order to resolve this potential issue, approximately 8 MB needs to be erased from the beginning of the disk. See "Windows NT Specific Notes", page 52, for details.
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Page 19
Table 4: Supported Disk Drives
Hardware and Software Support
Minimum
Option Part
Number Device/ Model
286716-B22 BD14685A26 146.8 10,000 A01
176494-B21 BC072638A2 72.8 10,000 BDC7 A01
232432-B22 BD07264546 B209
BD0726459C B008
BD0726536C 3B02
232916-B22 BF03664664 36.4 15,000 3B06 A01
BF03665223 B003
176496-B22 BD0366349C 36.4 10,000 3B02 A01
BD036635C5 B020 A05
BD03663622 BDC4 A01
BD03664545 B209
BD03664553 3B04
BD0366459B B005
BD0366536B 3B02
Capacity
(GB)
Speed (RPM)
Microcode
Version
Minimum
Hardware
Version
127968-001 DS-RZ1FC-VW 36.4 10,000 3B02/2B07/
147533-001 DS-RZ1FB-VW 36.4 7,200 N1H1/0372/
188122-B22 BF01863644 18.2 15,000 3B01 A01
BF01864663 3B06
BF01865222 B003
128418-B22 BD018122C9 18.2 10,000 B016 A01
Software Version 8.7A for Windows
A01
B020/BDC4
A01
1614/3B05
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Hardware and Software Support
Table 4: Supported Disk Drives (Continued)
Minimum
Option Part
Number Device/ Model
142673-B22 BD01862A67 18.2 10,000 B007 A01
BD01862376 BCJE
BD018635C4 B020
BD01864544 B209
BD01864552 3B04
BD0186459A B008
BD0186349B 3B07
380589-B21 DS-RZ1ED-VW 18.2 10,000 0306/1614/
388144-B22 BB01811C9C 18.2 7,200 3B05 A01
147598-001 DS-RZ1EA-VW 18.2 7,200 N1H1/0306/
380694-B21 DS-RZ1EF-VW 18.2 7,200 0372/N1H1 A01
188120-B22 BF00963643 9.1 15,000 3B01 A01
Capacity
(GB)
Speed (RPM)
Microcode
Version
3B07/B020/
BDC4
3B05
Minimum
Hardware
Version
A01
A01
20
328939-B22 BD009122BA 9.1 10,000 3B07 A01
142671-B22 BD00962373 9.1 10,000 BCJE A01
BD00962A66 B007
BD009635C3 B020
380588-B21 DS-RZ1DD-VW 9.1 10,000 0306/1614/
3B07/B020
123065-B22 BB00911CA0 9.1 7,200 3B05 A01
147597-001 DS-RZ1DA-VW 9.1 7,200 N1H1/3B05/
B020
380595-B21 DS-RZ1DF-VW 9.1 7,200 0372/N1H1/
1614
Release Notes – HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows
A01
A01
A01
Page 21
Table 4: Supported Disk Drives (Continued)
Hardware and Software Support
Option Part
Number Device/ Model
380693-B21 DS-RZ1DB-VW 9.1 7,200 LYJ0/0307 A01
N/A DS-RZ1CD-VW 4.3 10,000 0306 A01
N/A DS-RZ1CB-VW 4.3 7,200 LYJ0/0656 A01
380691-B21 DS-RZ1CF-VW 4.3 7,200 0372/N1H1/

Switch Support

This Fibre Channel Solution Software Kit supports the Fibre Channel switches and firmware versions listed in Table 5.
IMPORTANT: StorageWorks recommends that you do not mix switch firmware versions in your SAN. It is considered best practice to uniformly upgrade all switches in the SAN.
Table 5: Fibre Channel Switch Support
SAN Switch 8 (8 Ports FC, 1 Gbps) 158222-B21
SAN Switch 16 (16 Ports FC, 1 Gbps) 158223-B21
SAN Switch 8-EL (8 Ports FC Entry Level, 1 Gbps) 176219-B21
SAN Switch 16-EL (16 Ports FC Entry Level, 1 Gbps) 212776-B21
SAN Switch Integrated (32 Ports FC, 1 Gbps) 230616-B21
SAN Switch Integrated 64 (64 Ports FC, 1 Gbps) 230617-B21
SAN Switch 2/16 (16 Ports FC, 2 Gbps) 240602-B21
SAN Switch 2/8-EL (8 Ports FC Entry Level, 2 Gbps) 258707-B21
Minimum
Capacity
(GB)
Description Part Number
Speed (RPM)
DS-DSGGB-AA
DS-DSGGB-AB
DS-DSGGC-AA
DS-DSGGC-AB
DS-DSGGS-AA
DS-DSGGS-AB
DS-DSGGD-AA
DS-DSGGD-AC
Microcode
Version
1614
Minimum
Hardware
Version
A01
Firmware
Version
2.6.0h
2.6.0h
2.6.0h
2.6.0h
2.6.0h
2.6.0h
3.02k
3.02k
Software Version 8.7A for Windows
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Hardware and Software Support
Table 5: Fibre Channel Switch Support (Continued)
SAN Switch 2/16-EL (16 Ports FC Entry Level, 2 Gbps) 283056-B21
SAN Switch 2/32 (16 Ports FC, 2 Gbps) 230616-B21
SAN Core Switch 2/64 (32-64s Ports FC, 2 Gbps) 254508-B21
SAN Director 64 Switch (32-64 Ports FC, 1 Gbps) 254512-B21
SAN Edge Switch 32 (32 Ports FC, 1 Gbps) 2T-M3032-AA
SAN Edge Switch 16 (16 Ports FC, 1 Gbps) 2T-M3016-AA
SAN Director 2/64 Switch (32-64 Ports FC, 2 Gbps) 286809-B21
SAN Director 2/140 Switch (140 Ports FC, 2 Gbps) 316093-B21
SAN Edge Switch 2/32 (32 Ports FC, 2 Gbps) 286810-B21
SAN Edge Switch 2/16 (16 Ports FC, 2 Gbps) 286811-B21
SAN Edge Switch 2/24 (24 Ports FC, 2 Gbps) 316095-B21
3.02k
DS-DSGGD-AD
4.0.2b
DS-DSGGS-AA
4.0.2b
DS-DSGGE-AB
02.00.00
DS-DMGGD-AA
02.00.00
(See Note)
02.00.00
(See Note)
02.00.00
DS-DMGGD-BA
04.01.02
DS-DMGGD-CA
02.00.00
DS-DMGGE-BC
02.00.00
DS-DMGGE-BB
04.01.02
DS-DMGGE-BD
NOTE: The listed 1 Gbps SAN Edge Switches are CSS (Custom Services and Solutions) orderable only. Please contact your StorageWorks sales representative at 1-800-STORWORK for further information on these CSS components.
For the latest versions of switch firmware, please visit the StorageWorks website:
http://h18000.www1.hp.com/products/storageworks/softwaredrivers/fcsanswitch816/index.html

System Components

This Fibre Channel Solution Software Kit supports the system components and operating system versions listed in Table 6.
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Hardware and Software Support
Table 6: Minimum System Requirements
Component Requirement
Controller Compatibility
Platform Intel X86, ProLiant X86, and ProLiant BL20p and BL40p Blade Servers Operating
System
Topology Fibre Channel Switched (FC-SW)
SCSI Protocol SCSI-2
Failover Mode Transparent (Windows NT and Windows 2000 only)
Host Mode WINNT Disk Space 5 MB Adapter
Compatibility
StorageWorks HSG80 Array Controller, ACS Version 8.7F (or a subsequently patched version of ACS Version 8.7F) NOTE: This Solution Software is backward compatible with ACS Version
8.6 (with the exception of Windows Server 2003), but only for the purpose of performing upgrades to the ACS firmware. Windows Server 2003 is compatible with ACS V8.7-1 or higher. StorageWorks does not recommend mixing ACS versions in the same SAN.
Microsoft Windows NT 4.0, Service Pack 6A (does not support blade servers) Microsoft Windows 2000, Service Pack 2 and Service Pack 3 Microsoft Cluster Server Microsoft Windows Server 2003, 32-bit
Fibre Channel Arbitrated Loop (FC-AL)
SCSI-3 (recommended)
Multi-Bus (requires Secure Path software)
StorageWorks 64-bit, 1 Gbps PCI FC HBA DS-KGPSA-CB (176479-B21), HBA, driver V4-4.82a14 (NT) or V5-4.82a14 (W2K and WS2003), Firmware Version 3.82a1/BIOS Version 1.61a2
StorageWorks PCI FC Host Bus Adapter DS-KGPSA-BC (380574-001), HBA, driver V4-4.82a14 (NT) or V5-4.82a14 (W2K and WS2003), Firmware Version 3.20x7, BIOS Version 1.52a1
StorageWorks 64-bit, 2 Gbps PCI FC HBA 3R-A3515-AA (245299-B21), HBA FCA2101, driver V4-4.82a14 (NT) or V5-4.82a14 (W2K and WS2003), Firmware Version 3.82a1/BIOS Version 1.61a2
StorageWorks 64-bit, 2 Gbps PCI-X FC HBA 3R-A3751-AA (281541-B21) HBA FCA2214, driver v8.2.0.72, Firmware loaded from driver, BIOS Version 1.33 (W2K and WS2003 only)
Software Version 8.7A for Windows
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Hardware and Software Support
Table 6: Minimum System Requirements (Continued)
StorageWorks 64-bit, 2 Gbps PCI-X FC, dual channel HBA 3R-AA428-AA (321835-B21) HBA FCA2214DC, driver v8.2.0.72, Firmware loaded from driver, BIOS Version 1.33 (W2K and WS2003 only)
StorageWorks 64-bit, 2 Gbps PCI FC HBA 3R-A4214-AA (308540-B21) HBA FCA2355, driver V4.82a14 (NT) or V5-4.82a14 (W2K and WS2003), Firmware Version 3.82a1/BIOS Version 1.61a2
NOTE:
Blade server ProLiant BL20p is shipped with an in-built HBA, driver Version 8.2.0.72, BIOS Version 1.33
Notes
HsxDisk.sys and HszDisk.sys are required drivers for array controller configurations. The Solution Software CD-ROM that came with your kit includes the following versions of these drivers:
— HszDisk.sys Version 4.4.0.9 for Windows NT 4.0 — HsxDisk.sys Version 5.4.21 for Windows 2000 (used only in transparent
failover configurations)
NOTE: Transparent failover configurations are not supported for Windows Server 2003.
HS_Service records system errors used in conjunction with remote diagnostics services provided through Proactive Services software.
If you see a constantly blinking light on your Fibre Channel Switch, the topology setting may be set to arbitrated loop mode on your server. To correct this, remove the existing installation of the Fibre Channel Software and reinstall the desired setup.
When upgrading firmware on the DS-KGPSA-BC HBA from Versions 2.x to Versions 3.x, follow the procedure in "Upgrading DS-KGPSA-BC Firmware", page 49 of these Release Notes.

StorageWorks Command Console

SWCC Version 2.5 is included in this release. Version 2.5 is used to identify the SWCC suite of components.
SWCC provides a graphical user interface that can be used to configure and monitor your storage system. Use of SWCC is highly recommended, but not required. The SWCC Agent is installed as part of the Solution Software Kit.
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Page 25
For more information on SWCC installation, see the HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide. For more information on SWCC Client operation, see the Command Console Version 2.5 User Guide and the Command Console Version 2.5 Release Notes.

SWCC Scalability

The SWCC Client can monitor up to 128 host systems, each with up to 32 storage
systems, for a maximum of 4096 concurrent storage connections and a total of
2.65 PB of storage.
One Agent can support up to 32 Clients.

Multiple Agents

This Solution Software Kit contains an SWCC Agent that supports controller locking during CLI command execution, which allows support for multiple Agents. This locking feature is required in order to use the Management Appliance in addition to the host-based SWCC Agent. However, it is not recommended or required to use multiple Agents for any other purpose.
NOTE: SWCC Agent Version 2.3.2, Build 77 or higher supports the locking feature. This release of Solution Software exceeds this requirement.
Hardware and Software Support

Multiple Management Sessions

Though multiple clients can be used to monitor your storage system, StorageWorks recommends that only one instance of storage system management be active at a time. The client does allow for multiple management sessions, but there are no ownership rights given to any particular session. Without a highly coordinated effort, multiple management sessions can undermine the integrity of system maintenance. This same principle applies to multiple management sessions initiated through the Management Appliance as well.

SWCC Client Installation

The SWCC client software is installed on your host system from the StorageWorks Solution Software CD-ROM.
1. Insert the Solution Software CD-ROM into the host system. A menu appears on
your screen.
2. If the program does not start automatically after inserting the CD-ROM, go to the
CD-ROM drive directory and run the
Software Version 8.7A for Windows
launch.exe file.
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Hardware and Software Support
3. The installation program provides one primary option: Solution Software for Windows.
a. If you are just installing SWCC, skip the driver upgrade screen. b. Select SWCC to install. c. Select HSG80 Controller for ACS85 or newer and complete the installation
as prompted.

Secure Path Software

Secure Path is a high availability, multi-bus software application that supports FC-AL and FC-SW connectivity. This Fibre Channel Solution Software Kit supports the Secure Path software shown in Table 7.
Table 7: Secure Path Compatibility
Operating System Supported Product Version
Windows NT 4.0 Service Pack 6A Version 4.0 Windows 2000 Service Pack 2 and 3 See note for blade servers
Windows Server 2003 See note
ProLiant BL20p and BL40p
Version 4.0 or higher for all other servers
NOTE: For more information on Secure Path software, see the product documentation that comes with the product, or visit the StorageWorks website:
http://h18006.www1.hp.com/products/sanworks/secure-path/index.html

Layered Software Applications

Compatibility with StorageWorks layered software applications is defined in Table 8.
Table 8: Layered Application Compatibility
Application Version
Data Replication Manager (DRM) Version 8.7P Version 8.7P Enterprise Volume Manager (EVM) Version 2.0D Version 8.7F/S/P Storage Resource Manager (SRM) Version 4.0B Version 8.7F Command Scripter Version 1.0B Version 8.7F/S/P
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Supported ACS
Variants
Page 27
Table 8: Layered Application Compatibility (Continued)
Virtual Replicator Version 3.0A Version 8.7F Network View Version 2.0B Version 8.7F/G/S/P Management Appliance Version 1.0C Version 8.7F/S/P Storage Allocation Reporter Version 1.0D Version 8.7F
In cases where ACS functional builds other than Version 8.7F are required, ensure that all necessary components for those configurations are at the proper level prior to upgrading your ACS code.
If you run EVM with ACS Version 8.7F, you can use scripting with CLONEs. If you want to create SNAPSHOTs with EVM, you must run ACS Version 8.7S or 8.7P.
For more information on these and other Storage Management software, see the product documentation that comes with the product, or visit the following StorageWorks website:
http://h18006.www1.hp.com/storage/software.html

ACS Feature Support

ACS Feature Support
The following sections provide details for specific ACS features.

Maximum Host Connections

The maximum number of host connections is 96 for the table of known connections. A connection is unique to the node WWN, port WWN, and controller port. This table is maintained in the NVRAM of the controller. If the table contains 96 entries, new connections cannot be added unless unused entries are deleted. Otherwise, a host attempting FC login is rejected from becoming a connection into the connection table, but not necessarily from the fabric.

Rolling Upgrades

This section supersedes both the rolling upgrade and ACS upgrade procedures found in the HSG80 ACS Solution Software Version 8.7 for Windows NT and Windows 2000
Installation and Configuration Guide.

Operating Constraints

When performing rolling upgrades on the HSG80 array controller, the following rules and guidelines apply:
Software Version 8.7A for Windows
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ACS Feature Support
Rolling upgrades must occur in succession. For example, you must upgrade from V8.6 to V8.7-1.
If you are performing a rolling upgrade, ensure that the variant for the existing ACS version being upgraded is the same as that of the next version to be upgraded. For example, if you want to upgrade ACS V8.6P-10, the ACS version to be upgraded must be the P variant of ACS V8.7-x.
You must use a dual-redundant configuration to perform rolling upgrades.
If you are upgrading the P variant of an applicable ACS version, use the procedures provided in the hp StorageWorks HSG80 Array Controller Version 8.7 Maintenance and Service Guide. This guide provides specific instructions on upgrading ACS on the initiator and target site.
You must upgrade the Solution Software Kit before performing the rolling upgrade procedure in the “Upgrading ACS” section.
CAUTION: HP StorageWorks Secure Path V3.1A for Windows, Service Pack (SP) 3 or Secure Path V4.0-1 or higher for Windows must be used before performing the rolling upgrade procedure in the “Upgrading ACS” section. If you don’t, data loss may occur.

Solution Software Kit Upgrade Procedures

Use the procedures in this and the following sections to upgrade your Solution Software Kit:
1. Perform backups of data prior to upgrade.
2. Verify operating system versions, and upgrade operating systems to supported versions and patch levels.
3. Upgrade switch firmware.
4. Upgrade the Solution Software Kit.
5. Quiesce all I/O and unmount all file systems for the server being updated before proceeding.
6. If you are installing an operating system that uses Secure Path, upgrade Secure Path to the latest version at this time.
7. Upgrade the ACS software.
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ACS Feature Support
NOTE: Solely for the purpose of performing upgrades to ACS, the Solution Software Kit supports ACS V8.6. HP recommends that you avoid mixing ACS versions in the same Storage Area Network (SAN).
The extended interoperability of the heterogeneous SAN allows you to mix several types of StorageWorks storage systems. HP recommends that you adhere to the following configuration rules when different storage products are shared in the same SAN:
HSG80 ACS Version 8.6 and EVA VCS Version 2.0—Use ACS Solution Software Version 8.6 (if SWCC Version 2.4 components are desired) and VCS Version 2.0-compatible multi-bus software and drivers.
HSG80 ACS Version 8.7 and EVA VCS Version 2.0—Use ACS Solution Software Version 8.7A (includes SWCC Version 2.5) and VCS Version
2.0-compatible multi-bus software/drivers.
HSG80 ACS Version 8.6 and HSG80 ACS Version 8.7—Use ACS Solution Software Version 8.7A (includes SWCC Version 2.5).
NOTE: Any multi-bus storage system configuration that includes EVA VCS Version 2.0 requires multi-bus support. ACS Version 8.7-compatible Secure Path versions on page 26 and HBA drivers are compatible with VCS 2.0.
See the following documentation for additional information:
hp StorageWorks HSG80 Array Controller ACS Version 8.7 Maintenance and Service Guide
Solution Software Release Notes—HSG80 Enterprise/Modular Storage RAID Array Fibre Channel Solution Software Version 8.7A for Windows (this document)
The “Upgrading ACS” section for the additional information on upgrades.
NOTE: If you are upgrading ACS, complete the upgrade after all Windows server updates are finished. Be sure to back up data before updating servers.
These procedures are applicable to only Secure Path V3.1A for Windows (SP 3) or Secure Path V4.0-1 or higher for Windows. To obtain Secure Path V3.1A for Windows (SP 3), visit the HP website at http://www.hp.com storage-related links to the software download page. To obtain Secure Path for Windows, contact your HP technical support representative.
NOTE: For information on updating the Solution Software Kit using transparent failover procedures, see the hp StorageWorks HSG80 ACS Solution Software Version 8.7 for Windows
2000 Installation and Configuration Guide.
Software Version 8.7A for Windows
. Follow the applicable
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ACS Feature Support

New Solution Software Kit (V8.7A) Installation Procedures

To install the Solution Software Kit for the first time, complete the following steps:
1. Ensure that the Fibre Channel Adapter (FCA) is not connected.
2. Insert the CD that shipped with the Solution Software Kit and click Solution Software for Windows.
a. Click Perform Multi Driver Update to install the HBA driver. b. Click Fibre Channel Software Setup, and then choose one of the multi-bus
Fibre Channel setups, based on your configuration.
c. Click SWCC (optional) to install SWCC components.
NOTE: Do not restart the server at this time if instructed to do so.
3. Using your Secure Path Software CD, install Secure Path V3.1A for Windows or Secure Path V4.0-1 or higher for Windows in accordance with the instructions provided with that product. If you are using Secure Path V3.1A, apply the Secure Path V3.1A for Windows SP 3 update.
4. Shutdown the server.
5. Connect the FCA fibre cables to the switch(es).
6. Restart the server.

Updating the Solution Software Kit with Secure Path on Windows NT/2000 Server

The following procedures demonstrate how to upgrade your Solution Software Kit, in conjunction with your Secure Path software, in a multi-bus failover environment.
Updating an Existing Standalone Server
To update an existing standalone server by using Secure Path in multi-bus failover mode, complete the following steps:
1. Log in to an account with administrator privileges.
2. Stop all applications that access Secure Path storage.
3. Stop the SWCC STEAM agent in Services.
4. Click Add/Remove Program on the Control Panel and uninstall:
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ACS Feature Support
SWCC
Large LUN utility (if installed)
NOTE: Do not restart the server at this time if instructed to do so.
5. Insert your Secure Path Software CD and install Secure Path V3.1A for Windows
or Secure Path V4.0-1 or higher for Windows in accordance with the instructions provided with the product.
6. If you are using Secure Path V3.1A for Windows, apply the Secure Path V3.1A
for Windows SP 3 update.
7. If you are using Secure Path V4.0-1 or higher for Windows, apply the Secure Path
V4.0-1 or higher update.
8. Reboot the server.
9. Insert your Solution Software Kit CD and click Solution Software for Windows.
a. Click Perform Multi Driver Update to install the HBA driver. b. Click Fibre Channel Software Setup, and then choose one of the multi-bus
Fibre Channel setups, based on your configuration.
c. Click SWCC (optional) to install SWCC components.
NOTE: The latest Large LUN utility must be installed if the storage system is used prior to upgrading ACS to Version 8.7-1 and a Large LUN configuration was previously employed.
10. Restart the server.
Updating an Existing Cluster
To update an existing cluster by using Secure Path in multi-bus failover mode, complete the following steps:
1. Log in to the server with an account with administrator privileges.
2. Make note of your original configuration by using Cluster Administrator, and then
move disk resources to the other cluster node. The node being updated should not have any disk resources online.
3. Set all cluster groups to Prevent failback, by using Cluster Manager, while the
upgrade is taking place.
NOTE: The Cluster Service must continue to run on all nodes. Stopping the Cluster Service during this procedure could result in a Cluster Service failure and subsequent reinstallation.
Software Version 8.7A for Windows
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ACS Feature Support
4. Stop the SWCC STEAM agent in Services.
5. Select Add/Remove Program from the Control Panel, and uninstall:
SWCC
Large LUN utility (if installed)
NOTE: Do not restart the system at this time if instructed to do so.
6. Insert your Secure Path Software CD and install Secure Path V3.1A for Windows or Secure Path V4.0-1 or higher for Windows in accordance with the instructions provided with that product.
7. If you are using Secure Path V3.1A for Windows, apply the Secure Path V3.1A for Windows SP 3 update.
8. If you are using Secure Path V4.0-1 or higher for Windows, apply the Secure Path V4.0-1 or higher update.
9. Insert your Solution Software Kit CD and click Solution Software for Windows. a. Click Perform Multi Driver Update to install the HBA driver. b. Click Fibre Channel Software Setup, and then choose one of the multi-bus
Fibre Channel setups, based on your configuration.
c. Click SWCC (optional) to install SWCC components.
NOTE: The latest Large LUN utility must be installed if the storage system is used prior to upgrading ACS to Version 8.7-1 and a Large LUN configuration was previously employed.
10. Restart the updated cluster node.
11. Repeat step 2 through step 10 for the next cluster node.
12. After all cluster nodes are upgraded, restore all cluster groups to their original Prevent failback setting, and restore storage groups to their original configuration.

Upgrading ACS

The following subsections provide background and some detailed information applicable to the HSG80 ACS V8.7-1 Update. HP recommends that you review the hp StorageWorks HSG80 Array Controller V8.7 Maintenance and Service Guide before attempting to use the rolling upgrade feature.
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ACS Feature Support
NOTE: The following rolling upgrade procedures for ACS V8.7-1 (variants F, G, and S) take precedence over rolling upgrade procedures documented for variants F, G, and S in the hp StorageWorks HSG80 Array Controller V8.7 Maintenance and Service Guide.
"Rolling Upgrades", page 27
"Solution Software Kit Upgrade Procedures", page 28
CAUTION: Failure to follow the recommendations and instructions for the rolling upgrade feature may result in data loss or system inoperability. See the “Operating Constraints” section for additional information.
CAUTION: Before attempting the ACS upgrade procedure in the “Rolling Upgrades” section, verify that the subsystem is in a stable state. The HSG80 array controller Reset button should be flashing, and all adjacent LEDs should be off (no light). Failure to perform this verification may result in the loss of data or leave the HSG80 array controller in an unusable state.
About Rolling Upgrades
There are two ways to upgrade the ACS:
Using the rolling upgrade procedure—Rolling upgrades take advantage of HSG80
array controller failover capabilities and allow you to upgrade the ACS while I/O activity continues.
Using the shutdown upgrade procedure—The shutdown upgrade procedure
requires you to halt I/O activity, shut down your controllers, and dismount your host systems and any associated units.
NOTE: Shutdown upgrade procedures are documented in the hp StorageWorks HSG80 Array Controller V8.7 Maintenance and Service Guide that shipped with the HSG80 array controller.
You can download a copy of this guide from the HP website at http://www.hp.com. Follow the storage-related links to access technical documentation for the HSG80 array controllers, which are part of the HP StorageWorks Enterprise Modular Array and the HP StorageWorks Modular Array.

Rolling Upgrade Procedure

The following rolling upgrade procedures for ACS V8.7-1 (variants F, G, and S) take precedence over rolling upgrade procedures documented for variants F, G, and S in the hp StorageWorks HSG80 Array Controller V8.7 Maintenance and Service Guide.
NOTE: For upgrade procedures for variant P of ACS, see the hp StorageWorks HSG80 Array Controller V8.7 Maintenance and Service Guide.
Software Version 8.7A for Windows
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ACS Feature Support
To perform a rolling upgrade, complete the following steps. For clarity, the terms Controller A, Controller B, HSGA>, and HSGB> are used to help you identify which controller is used.
CAUTION: Attempt a rolling upgrade only when each controller in a dual-redundant configuration is at least 50% idle. Otherwise, I/Os may be dropped during the upgrade.
1. Connect a PC or terminal to the maintenance port of Controller A, if not already done.
NOTE: If you have several servers with multiple LUNs in your storage area network (SAN), HP recommends that you verify that all units are online by using the SHOW UNITS FULL CLI command. Afterwards, use the Secure Path Manager to move all LUNs to the controller to be updated last. (LUNs may be removed by either controller.)
2. Verify the utilization percentage for each controller by entering the following RUN command:
HSGA> RUN VTDPY
The idle percentage for the HSG80 array controller is the first item displayed on the second line of the VTDPY display. If the HSG80 array controller is less than 50% idle and the screen display indicates activity, the processing load is reduced. See your operating system documentation for more information on reducing the processing load.
NOTE: The default VTDPY display refreshes every ten seconds.
3. Repeat step 2 above on the OTHER_CONTROLLER.
4. Disable the Command Console LUN (CCL) prior to upgrading if the HSG80 array
The following text is only a portion of the resulting display. Arrows point to the pertinent status indication.
Controller:
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To exit VTDPY, press <Ctrl> C, and then enter the following:
HSGA> exit
controller is running in SCSI-2 mode and the CCL is enabled: a. Type the following command to verify the current SCSI mode:
HSGA> SHOW THIS_CONTROLLER
HSG80 ZG80200258 Software V86S, Hardware E01
NODE_ID = 5000-1FE1-0007-B780
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ACS Feature Support
ALLOCATION_CLASS = 1
SCSI_VERSION = SCSI-2
Configured for MULTIBUS_FAILOVER with ZG92810098
In dual-redundant configuration
Device Port SCSI address 7
Time: 14-MAR-2001 15:44:25
Command Console LUN is lun 0 (IDENTIFIER = 0)
b. Record the status for restoration in step 23. c. Disable the CCL by using the following command:
HSGA> SET THIS_CONTROLLER NOCOMMAND_CONSOLE_LUN
5. Delete all SNAPSHOT units, if you are upgrading from ACS V8.6S-x to V8.7S-x.
a. Identify all SNAPSHOT units by using the following command:
HSGA> SHOW UNITS FULL
b. Record the configuration for each SNAPSHOT unit for restoration in step 22. c. Individually delete all SNAPSHOT units by using the following command:
HSGA> DELETE <snapshot-unit-name>
6. Verify that all appropriate units were deleted by using the following command:
HSGA> SHOW UNITS FULL
NOTE: If any other SNAPSHOT units exist, repeat step 5 until they are all deleted.
7. Identify and record the current cache flush timer value by using the following
command:
HSGA> SHOW THIS_CONTROLLER
The following text is only a portion of the resulting display. An arrow points to the pertinent status indication:
Cache:
256 megabyte write cache, version 0022
Cache is GOOD
No unflushed data in cache
CACHE_FLUSH_TIMER=DEFAULT (10 seconds)
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ACS Feature Support
NOTE: The cache flush timer value is displayed in the caching parameters section. This parameter is modified during the procedure and must be restored in step 20.
8. For each unit, identify and record the unit write-back cache, read-ahead cache, read cache, and Preferred Path characteristics by using the following command:
HSGA> SHOW UNITS FULL
These characteristics are modified during the upgrade procedure and must be restored in step 21.
NOTE: The switch for Preferred Path is available only with a multi-bus configuration. It is not available in the transparent failover mode.
9. Set the cache flush timer to 1 second by using the following commands:
HSGA> SET THIS_CONTROLLER CACHE_FLUSH_TIMER=1
HSGA> SET OTHER_CONTROLLER CACHE_FLUSH_TIMER=1
10. Clear any unit with the PREFERRED_PATH switch set, by using the following command as required for each unit:
HSGA> SET <unit-name> NOPREFERRED_PATH
11. Disable write-back, read-ahead, and read caching on all units by using the following command as required for each unit:
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HSGA> SET <unit-name> NOWRITEBACK_CACHE NOREADAHEAD_CACHE NOREAD_CACHE
NOTE: The xxx_CACHE switches must be entered in the specified order, or the command is rejected.
12. Determine whether all data was flushed from the cache module by using the following command on both controllers:
HSGA> SHOW THIS_CONTROLLER
HSGA> SHOW OTHER_CONTROLLER
The following text is only a portion of the resulting display. An arrow points to the pertinent status indication:
Cache:
256 megabyte write cache, version 0022
Cache is GOOD
No unflushed data in cache
CACHE_FLUSH_TIMER=1 SECOND
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ACS Feature Support
NOTE: Repeat step 12 on both controllers (THIS_CONTROLLER and OTHER_CONTROLLER) until no unwritten data remains in either cache module memory. If unwritten data is present after several minutes, verify that the WRITEBACK_CACHE switch is disabled on all units by using the SHOW UNITS FULL command. For any units with the WRITEBACK_CACHE switch enabled, return to step 11 and proceed.
13. Shut down Controller B by using the following command:
HSGA> SHUTDOWN OTHER_CONTROLLER
NOTE: Disregard any messages pertaining to misconfigured controllers or failover status.
NOTE: After Controller B shuts down, the Reset button 1 and the first three LEDs 2 light up
(see Figure 1). Proceed only after the Reset button stops flashing and remains on.
1
123456
2
1 Reset button 2 First three LEDs
CXO6991A
Figure 1: HSG80 array controller Reset button and LEDs
14. Verify that all units failed over to Controller A by using the following command to
show the status of each unit:
HSGA> SHOW UNITS FULL
The following text is only a portion of the resulting display. An arrow points to the pertinent status indication:
State:
ONLINE to this controller
Not reserved
NOPREFERRED_PATH
15. Run VTDPY to verify that all units are online and that there is no I/O activity by
entering the following CLI command:
HSGA> RUN VTDPY
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ACS Feature Support
The idle percentage for the HSG80 array controller is the first item displayed on the second line of the VTDPY display. If the HSG80 array controller is less than 50% idle and the screen display indicates activity, the processing load should be reduced.
NOTE: You must wait a minimum of 60 seconds to allow for the failover and cache-flushing process to complete. The VTDPY display refreshes every 10 seconds.
To exit VTDPY, press <Ctrl> C, and then enter the following:
HSGA> exit
16. Upgrade the software on Controller B by performing the following steps:
NOTE: After step 16 is successfully performed, the previous ACS version cannot be restored to this subsystem.
a. Remove the program card ESD cover from Controller B. b. Press and hold the HSG80 array controller Reset button while ejecting the old
program card.
c. Release the Reset button. d. Press and hold the Reset button while inserting the new program card (ACS
V8.7-1).
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e. Release the Reset button. Controller B restarts.
NOTE: An HSG80 array controller restart can take as long as 60 seconds, indicated by the temporary cycling of the port LEDs and a flashing Reset button. Disregard messages about misconfigured controllers or failover status. When Controller B restarts, it automatically shuts down Controller A.
f. Install the program card ESD cover on Controller B.
17. Verify that Controller B completed initialization: a. Connect the PC or terminal to the maintenance port of Controller B. b. Make sure that the CLI prompt for Controller B appears. c. Verify that Controller A is shut down. (The Reset button and the first three
LEDs light up. See Figure 1.) Proceed only after the Reset button stops flashing and remains on.
18. Run VTDPY to verify that all Controller B units are online and that there is I/O activity by entering the following CLI command:
HSGB> RUN VTDPY
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ACS Feature Support
NOTE: You must wait a minimum of 60 seconds to allow for the failover and cache-flushing process to complete. The VTDPY display refreshes every 10 seconds.
To exit VTDPY, press <Ctrl> C, and then enter the following:
HSGB> exit
19. Install the new (V8.7-1) program card on Controller A by performing the
following steps: a. Remove the program card ESD cover from Controller A. b. Press and hold the HSG80 array controller Reset button while ejecting the old
program card.
c. Release the Reset button. d. Press and hold the Reset button while inserting the new program card (ACS
V8.7-1).
e. Release the Reset button.
NOTE: An HSG80 array controller restart can take as long as 60 seconds, indicated by the temporary cycling of the port LEDs and a flashing Reset button. Disregard messages about misconfigured controllers or failover status.
f. Install the program card ESD cover on Controller A. g. Connect the PC or terminal to the maintenance port of Controller A.
NOTE: Wait for the PC or terminal to display the CLI prompt before proceeding.
20. After the CLI prompt is displayed for Controller A, restore the
CACHE_FLUSH_TIMER to the value recorded in step 9 by using the following commands:
HSGA> SET THIS_CONTROLLER CACHE_FLUSH_TIMER=<n>
HSGA> SET OTHER_CONTROLLER CACHE_FLUSH_TIMER=<n>
21. For each unit, restore the PREFERRED_PATH, WRITEBACK_CACHE,
READ_CACHE, and READAHEAD_CACHE switch settings as recorded in step 10
and step 11 by using the following command:
HSGA> SET <unit-name> PREFERRED_PATH=THIS_CONTROLLER WRITEBACK_CACHE READ_CACHE READAHEAD_CACHE
22. Restore all SNAPSHOT units removed in step 5.
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ACS Feature Support
23. If the CCL was disabled in step 4, enable it by using the following command:
HSGA> SET THIS_CONTROLLER COMMAND_CONSOLE_LUN
24. Disconnect the PC or terminal from the maintenance port of Controller A.

SWCC Agent Configuration Utility and the Displayed ACS Firmware Version

After upgrading from ACS V8.6 (any variant or patch) to ACS V8.7-1, the SWCC Agent Configuration utility displays the previous ACS version before the upgrade (same variant) on the NT Agent Configuration Step 3 of 3 screen.
NOTE: If you installed ACS 8.7 and then upgraded to ACS 8.7-1, SWCC displays the proper ACS version number on the NT Configuration Step 3 of 3 dialog box.
Figure 2 shows where the ACS version displays 3 the previous version (before the upgrade) in SWCC after you upgrade from ACS V8.6 to V8.7-1.
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3
Figure 2: Location of the SWCC version number when upgrading from ACS V8.6 to V8.7-1
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To verify the correct version of ACS on the HSG80 array controller in this scenario, always use the SHOW THIS_CONTROLLER or SHOW OTHER_CONTROLLER CLI command from a CLI window or any CLI prompt.

Disk Partitioning

ACS allows partitioning of disk drives or storagesets for improved device management. A partition appears to the operating system as a single virtual disk. Up to eight partitions may be created per storageset or disk drive. Disk partitioning is supported under all failover modes supported by your operating system.

SNAPSHOT

ACS with SNAPSHOT capability provides a quick and efficient way to make a point-in-time copy of a storage container’s data. SNAPSHOT freezes a map of the container’s data, which can be separated and used for backup or testing and manipulation without having an impact on the original data. After the SNAPSHOT, the original data can continue to be updated and utilized while the SNAPSHOT copy remains unchanged.
When the need for the duplicate copy of data has ended, a new snap of a different storage container can be made and the process repeated. SNAPSHOT eliminates much of the overhead associated with mirroring and cloning since the SNAPSHOT is dissolved without having to re-merge the data.
ACS Feature Support
SNAPSHOT is enabled when the following CLI command is entered:
HSG80> ADD SNAPSHOT_UNITS
See the HSG80 Array Controller ACS Version 8.7 CLI Reference Guide for additional syntax details.
The SNAPSHOT unit can be presented to the host. The SNAPSHOT unit remains until it is deleted.
NOTE: SNAPSHOT functionality requires either ACS Version 8.7P or ACS Version 8.7S.
IMPORTANT: ACS SNAPSHOT capability requires 512 MB of cache memory.

Write History Logging

Write history logging, available to users of ACS Version 8.7P, uses a log unit to log a history of write commands and data from the host on the initiator side in either of the following situations:
The target is inaccessible.
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Configuration Rules

The initiator site data needs to be synchronized during a planned failover.
Mini-merge—If the target becomes inaccessible, the writes that would have gone to the target are logged to the association set’s assigned log unit. An inaccessible target in this context refers to both links or target controllers shutting down. When the target becomes accessible, a full copy is not necessary. Only those host writes that occurred while the links were down are reissued. This is referred to as a mini-merge. If a full copy was in progress at the time of the disconnect, write history logging is not initiated and the full copy is restarted when the target is accessible again.
Fast-Failback—During a planned failover, if write history logging was enabled at the target site, then when the failback is performed, the initiator site is synchronized through a process called fast-failback. The writes that would have gone to the initiator are logged to the association set’s log unit. Only those writes that occurred since the failover are reissued. A full copy is not necessary.

Dynamic Volume Expansion

Dynamic Volume Expansion creates a specialized volume called a concatset (short for concatenation set) from a storageset that was given a unit number. Another storageset can then be added to the concatset by using the HSG80 Array Controller ACS Version 8.7 CLI Reference Guide for syntax details.
SET CONCATSET command. See the

Dynamic Disks

The use of SNAPSHOTs and SNAPCLONEs in HP SANs is not supported in a Windows 2000 environment if the SNAPSHOT or SNAPCLONE is presented to the same Windows 2000 host as the LUN from which the SNAPSHOT or SNAPCLONE was created. SNAPSHOTs and SNAPCLONEs are features of the HSG80 and HSV110 controller based HP Storage systems. All Dynamic disks on a system have information in their metadata about the other dynamic disks that exist on the system. When Windows is presented with 2 dynamic disks that have the same information on them, it does not have code to resolve the conflict.
Configuration Rules
The following list defines maximum configuration rules for the controller:
128 visible LUNs/200 assignable unit numbers — In SCSI-2 mode, the CCL is disabled, resulting in 128 visible LUNs.
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SCSI-2 to SCSI-3 Migration

— In SCSI-3 mode, the CCL is enabled, resulting in 127 visible LUNs and one
CCL.
1.024 TB storageset size
96 host connections
84 physical devices
20 RAID 3/5 storagesets
30 RAID 3/5 and RAID 1 storagesets (see Note)
45 RAID 3/5, RAID 1, and RAID 0 storagesets (see Note)
NOTE: For the previous two storageset configurations, this is a combined maximum, limited to no more than 20 RAID 3/5 storagesets.
8 partitions of a storageset or individual disk
6 physical devices per RAID 1 storageset (mirrorset)
14 physical devices per RAID 3/5 storageset (RAIDset)
24 physical devices per RAID 0 storageset (stripeset)
45 physical devices per RAID 0+1 storageset (striped mirrorset)
SCSI-2 to SCSI-3 Migration
In order to extend interoperability within the heterogeneous SAN, StorageWorks highly recommends that customers begin migrating from SCSI-2 to SCSI-3 protocols. Moving to SCSI-3 allows greater diversity in the operating systems and storage products (including EVA) that comprise a SAN.
All migrations from SCSI-2 to SCSI-3 should be planned during scheduled downtime. SCSI migrations require a controller restart and most likely a server restart. Data contained on CCL units needs to be moved to new units once SCSI migration is complete.
CAUTION: Before attempting a SCSI-2 to SCSI-3 migration, it is extremely important that all data be backed up and that units be available for remapping CCL data. In addition, ensure that all redundant storagesets are in normal (non-reduced) mode.
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Operating Constraints

When migrating from SCSI-2 to SCSI-3, the controller checks for controller unit D0 and does not change modes until D0 (at all presented offsets) is deleted. One or more LUNs are lost after the mode change. If you are planning to move from SCSI-2 to SCSI-3, back up your data first. The data in LUN 0 (and any other offsets that map to LUN 0) that was used in SCSI-2 requires that the data be moved to a different LUN. It may be necessary to retrieve this data from a backup.
IMPORTANT: If multi-bus failover configurations or server clustering are employed in the environment, there may be additional considerations regarding CCL usage during SCSI migration procedures. Please see your multi-bus failover or server clustering documentation prior to implementation.
In addition, there may be OS-based limitations on SCSI-3 usage to consider, particularly in down-level versions of your OS. Please review your OS documentation prior to migration.
For more information, see the “What is the Command Console LUN?” and “Assigning Unit Numbers Depending on SCSI_VERSION” sections of Chapter 1 in the HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide.
Operating Constraints
This section describes the operating constraints for ACS Version 8.7. An operating constraint is a limitation placed on the operation of the controller. Other constraints on host adapters or other system components may also apply. Keep these constraints in mind to avoid problems and to help achieve the maximum performance from your controller. See the documentation that came with your host server for more details.

External Cache Battery

StorageWorks recommends that you replace the External Cache Battery (ECB) every two years to prevent battery failure.
If you are shutting down your controller for longer than one day, complete the additional steps in “Shutting Down the Subsystem” in the HSG80 Array Controller ACS Version 8.7 Maintenance and Service Guide. This prevents the ECB from discharging during planned power outages.

Dual External Cache Battery Failures

The array controller cache policy provides for proper handling of a single ECB failure as described in the HSG80 Array Controller ACS Version 8.7 Troubleshooting Reference Guide. For dual ECB failures, it states that no failover occurs. For this release, if a dual ECB failure is detected, both controllers are restarted.
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SAN Boot Procedures

Booting from the SAN is supported for Windows NT and Windows 2000. SAN boot procedures are available on the StorageWorks website.
http://h18000.www1.hp.com/products/storageworks/san/documentation.html

File System Limitations

Table 9 describes known limitations that certain file systems have regarding storage unit size.
Table 9: File System Storage Unit Limitations
Operating Constraints
Disk Size
4 GB Any Windows NT4.0/Windows 2000/Windows
16 TB Any Windows NT 4.0/Windows 2000/Windows
Storageset
Configuration Operating and File System
Server 2003 FAT File System
Server 2003 NTFS File System

PVA Switch Setting

After installing the EMU in each cabinet, ensure that the SCSI ID number on the PVA is set according to Table 10 (BA370 enclosures only).
Table 10: SCSI ID Number on the PVA
Cabinet PVA SCSI ID Setting
Master enclosure 0
First expansion enclosure 2
Second expansion enclosure 3

Using FRUTIL to Insert a New Controller

When using FRUTIL to insert a new controller in a dual-redundant controller configuration, you see a new set of instructions after the new controller was inserted:
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Saving Your Configuration

If the other controller did not restart, follow these steps:
1. Press and hold the Reset button on the other controller.
2. Remove and re-insert the program card for the other controller.
3. Release the Reset button.
NOTE: Whenever you are running FRUTIL you must quiesce all I/O.

FRUTIL Limitation

This limitation applies to users of ACS Version 8.7P with DRM only. FRUTIL cannot be run in remote copy set environments on the target side specifically
when I/O is in progress. If the host load was stopped, you can run FRUTIL on the initiator or target. If the host
load is not quiesced and FRUTIL is run while remote copy I/O is running, the normalization process is reset.
Saving Your Configuration
When enabled, the SAVE_CONFIGURATION function allows you to do the following (supported on single controller configurations only):
Save a configuration to a disk or storageset. The configuration may be retrieved later and downloaded onto a replacement controller.
Retain code patches to the ACS software.

Saving a Configuration to Previously Initialized Storagesets

If any storageset within the configuration was previously initialized with the
INITIALIZE container-name SAVE_CONFIGURATION command to save your
configuration to disk, it is not necessary to reconfigure your devices with a new controller. This option is supported on single controller configurations only.
ACS Version 8.7 saves any installed software patches on disks initialized with the
SAVE_CONFIGURATION command. To replace a controller and restore the configuration
from a disk, you do not have to reinstall any software patches. Configuration information cannot be retrieved from storagesets created on other HSx
controllers (for example, HSD, HSJ, or HSZ controllers). You can only restore a configuration from a configuration saved on this or another HSG80 array controller.
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SAVE_CONFIGURATION also retains code patch information to the software.
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Avoiding Problem Situations

Under certain conditions, you may experience unusual array controller behavior. This section presents information to help you avoid such situations and to recover from them if they occur.

Adding, Moving, and Changing Devices

The array controller maintains a configuration map of device types and locations. This map is used to communicate with devices. If you add, move, or change a device while the array controller is powered off without first changing the array controller configuration, the array controller is not able to communicate with the changed device when it returns to service.
If a device is removed by mistake while the array controller is off, delete all containers associated with the removed device after power was restored to the array controller.
If a device is replaced while the array controller is off, install the replacement device before restoring power to the array controller. Once power is restored, use the
DELETE DISK CLI command to remove the disk from the configuration. Then use the ADD DISK CLI command to add the new device. This correctly removes the failed
device and adds the new device after restoring power to the array controller.
Avoiding Problem Situations
See the HSG80 Array Controller ACS Version 8.7 CLI Reference Guide for details on CLI command usage and syntax.
See the HSG80 Array Controller ACS Version 8.7 Maintenance and Service Guide for correct device removal and addition procedures.

Moving Storagesets

Move only normal storagesets. Do not move storagesets that are reconstructing or were reduced.
CAUTION: Ensure all storagesets are in normal mode prior to moving them, or data corruption occurs.
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Avoiding Problem Situations

Replacing Array Controllers, Cache Modules, or External Cache Battery Storage Building Blocks

You can replace the array controller, cache module, or external cache battery (ECB) storage building block (SBB) while the storage system is shut down. However, you must enter the
SHUTDOWN THIS_CONTROLLER command prior to shutting down the
storage system in order to make configuration changes. If two array controllers are configured in a dual-redundant configuration, you must first enter the
SHUTDOWN OTHER_CONTROLLER command.
These commands instruct the array controllers to flush all unwritten data from the cache modules and discontinue all I/O activity. For more information regarding the
SHUTDOWN controller command, see the HSG80 Array Controller ACS Version 8.7 CLI
Reference Guide. For information on maintenance and replacement of the array controller, cache module, and external cache battery, see the HSG80 Array Controller ACS Version 8.7 Maintenance and Service Guide.

Disk Resource Pending Timeout for Large Configurations

In order to ensure continuous operation of Disk Resources across SAN perturbations with Disk Resource counts greater than eight, it is recommended that the Pending Timeout parameter for each Disk Resource be increased from 180 seconds to 360 seconds.
To view and set the Pending Timeout parameter:
1. Open the Microsoft Cluster Administrator.
2. Select a Disk Group resource in the left pane.
3. Right click each Disk Resource in right pane, one at a time, and select Properties.
4. Select the Advanced tab from the Properties menu.
5. Locate the Pending Timeout value and change it to 360.
6. Click OK.

Unit Offsets

Setting unit offsets requires a host reboot for the newly set offsets to take effect.
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Host Operating System Notes

SWCC SCSI Connection

The SWCC Client SCSI connection can sometimes produce the following error message when trying to connect through the CCL:
Error scanning subsystem. Command Execution Error: [DeviceIOControl Error:]
Additionally, physical devices may not appear in the Select Device drop-down list. The SWCC CLI Window terminates if the New Window icon is selected, or if New is selected from the File Menu, followed by clicking the Cancel button on the Connection Selection dialog box. If the connection becomes lost, restart the Client application.
StorageWorks strongly recommends that you use the SWCC Agent to manage the storage system.
Host Operating System Notes
The following section lists host-specific operating notes.

Host Operating System Support of Multi-Bus Failover

Multi-bus failover is supported on the Windows NT, Windows 2000, and Windows Server 2003 operating system through the use of Secure Path software. See "Secure Path Software", page 26, for version compatibility and restrictions.

Upgrading DS-KGPSA-BC Firmware

Use this procedure to upgrade the DS-KGPSA-BC HBA firmware from Version 2.x to Version 3.x (for example, V2.20x7 to V3.20x7).
Version 3.x firmware is Fibre Channel Standard compliant and uses a different World Wide Name (WWN) for Host and Port (2xxx-xxxx-xxxx-xxxx format for Host and 1xxx-xxxx-xxxx-xxxx for Port, where xxx-xxxx-xxxx-xxxx is identical in both).
The new WWN structure creates new Host Connections on the HSG80 controllers for the HBA. The original host connections are marked “offline” and are no longer usable.
To maintain server access to storage units behind the HSG80 controllers, change the storage units’ access to use the new Host Connections.
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Host Operating System Notes
Use the following procedure to upgrade your DS-KGPSA-BC HBA firmware from Version 2.x to Version 3.x:
1. Connect a PC or terminal to the maintenance port of Controller A and get a listing of the host connections by typing the command:
HSGA> SHOW CONNECTIONS
The resulting display should appear similar to the following:
Connection Unit
Name Operating system Controller Port Address Status Offset
!NEWCON68 WINNT OTHER 2 021900 OL other 0
HOST_ID=2000-0000-C920-A562 ADAPTER_ID=1000-0000-C920-A562
!NEWCON69 WINNT THIS 1 021900 OL this 0
HOST_ID=2000-0000-C920-A562 ADAPTER_ID=1000-0000-C920-A562
!NEWCON70 WINNT THIS 1 011800 OL this 0
HOST_ID=2000-0000-C921-4D3D ADAPTER_ID=1000-0000-C921-4D3D
!NEWCON71 WINNT OTHER 2 011800 OL other 0
HOST_ID=2000-0000-C921-4D3D ADAPTER_ID=1000-0000-C921-4D3D
W2K01A-A1 WINNT THIS 1 011800 offline 20
HOST_ID=1000-0000-C921-4D3D ADAPTER_ID=1000-0000-C921-4D3D
W2K01A-B2 WINNT OTHER 2 011800 offline 20
HOST_ID=1000-0000-C921-4D3D ADAPTER_ID=1000-0000-C921-4D3D
W2K01B-A2 WINNT THIS 1 offline 20
HOST_ID=1000-0000-C920-A562 ADAPTER_ID=1000-0000-C920-A562
W2K01B-B1 WINNT OTHER 2 offline 20
HOST_ID=1000-0000-C920-A562 ADAPTER_ID=1000-0000-C920-A562
W2K02A-A1 WINNT THIS 1 021800 OL this 40
HOST_ID=1000-0000-C921-4F5E ADAPTER_ID=1000-0000-C921-4F5E
2. Note the WWNs of the ADAPTER_ID of the new connections.
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3. Find the offline connections with the same ADAPTER_ID WWNs and note the unit offsets.
4. Type the following command to get a list of all storage units and the host connections whose access is enabled:
HSGA> SHOW UNIT FULL
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Host Operating System Notes
5. For all of the units with access enabled for offline connections, type:
HSGA> SET <unit name> DISABLE_ACCESS=<offline host connection name #1>
HSGA> SET <unit name> DISABLE_ACCESS=<offline host connection name #2>
...
6. Delete the offline host connections by typing:
HSGA> DELETE <offline host connection name #1>
HSGA> DELETE <offline host connection name #2>
...
7. Rename the new connections to the name of the previously matching offline host
connection name by typing:
HSGA> RENAME !NEWCONnn <offline host connection name #1>
HSGA> RENAME !NEWCONnn <offline host connection name #2>
...
8. Enable access for these new host connections to the storage units by typing:
HSGA> SET <unit name> ENABLE_ACCESS=<offline host connection name #1>
HSGA> SET <unit name> ENABLE_ACCESS=<offline host connection name #2>
...

Windows NT, Windows 2000, and Windows Server 2003

Windows NT, Windows 2000, and Windows Server 2003 can run MSCS software.
See documents that come with Microsoft's software kits for instructions on setting up Microsoft clusters.
There is no Hot Plug support for FC HBAs under Windows NT 4.0, Windows
2000, and Windows Server 2003 at this time. Check the StorageWorks Support website for updates.
Windows NT and Windows 2000 support SCSI-2 and SCSI-3 modes. See the
HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide that comes with this kit for more information.
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Host Operating System Notes
StorageWorks recommends that you load software directly from the Solution Software CD-ROM when installing drivers and running the Fibre Channel Setup utility. You may experience problems on some systems if you first copy the CD-ROM contents to a disk drive and then install from there.
Windows 2000 dynamic volumes are supported in transparent failover configurations or in Secure Path Version 4.0x multi-bus configurations.
Cloning a Windows 2000 dynamic disk is allowed. However, either the CLONE or the original can be mounted to the same host but not both.

Windows NT Specific Notes

Fibre Channel software setup handles HszDisk and HS_Service installation. This is sometimes referred to as HSZinstall in the documentation.
IMPORTANT: Do not use the Large LUN model with Windows NT Service Pack 5 under any circumstances. Windows NT Service Pack 6A is the stated minimum for this Solution Software.
In a situation where you are replacing a server with another and using the existing drives (storagesets) behind the array controllers, you may find drive to drive letter mapping changes. During such a system changeover, remap drives to drive letters using the Disk Administrator to restore proper access to your data.
To delete the 8 MB EISA-type partition on new disk drives, as discussed in the "Disk Device Support", page 18, create a unit and delete the partition in Disk Administrator.

Windows 2000 Specific Notes

New Universal Disk Drives (or units that are migrated from SmartArray controllers usage) being configured into storageset members need to be initially written to with DILX (a diagnostic utility on the HSG storage systems). DILX only operates on units. Therefore, the new disks must be configured into a unit prior to running DILX. Optionally, the HSUTIL format disk utility may be used on a disk device.
The Fibre Channel Setup utility installs HS_Service and HsxDisk software components. These are similar to HS_Service and HszDisk in the Windows NT setup procedure.
There are two situations in which drive-letter remapping might occur and that could affect access to data by programs you may need to run. The first situation is one in which you replace one server with another. The second is a situation in
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Host Operating System Notes
which you simply replace an FC HBA in one of your systems. During such a system or adapter changeover, be sure to manually remap drives to drive letters using Disk Manager. This restores proper access to your data.
If you replace an FC HBA in a server, you need to reinstall the HBA driver and
then rerun the Fibre Channel Setup utility. This is so that Windows 2000 can automatically reload the original driver for this adapter and reset many of the important registry settings. New connections are created on the HSG controller. Those connections should be renamed and assigned to the appropriate units.
For more information about installing the adapter, see the HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide and use the software on the Solution Software CD-ROM.

Upgrading from Windows NT 4.0 to Windows 2000 or Windows Server 2003

If you are upgrading from Windows NT 4.0 to Windows 2000 or Windows Server 2003, you must remove the software components installed by the previous version of the Fibre Channel Setup utility. Follow these steps:
1. Remove the software components installed from the previous Fibre Channel Setup
utility. To do this, locate the previous CD-ROM and run the utility. Follow the procedures in it to remove components. Alternately, you can use the Add/Remove Programs applet.
2. Upgrade from Windows NT 4.0 to Windows 2000 or Windows Server 2003 as
instructed by Microsoft's documentation.
3. Reboot.
4. Install the HBA driver upgrade as instructed in the HSG80 ACS Solution Software
Version 8.7 Installation and Configuration Guide.
5. Run the Fibre Channel Setup utility to complete your installation.

ResetTPRLO Parameter in Windows Environments

All Windows SAN installations require the ResetTPRLO (Third Party Logout Extended Link Service) HBA driver parameter be set to a value of 1. When HBA driver Version x-4.53a7 or higher is installed, this parameter must be changed from the default value, which is set to 0.
Software Version 8.7A for Windows
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Host Operating System Notes
For HBA driver versions above Version x-4.53a7, this value is set automatically by the Fibre Channel Software Setup included in this release of Solution Software.
For HBA driver Version x-4.53a7, this parameter must be set manually. For all Windows configurations using this driver version, verify that the ResetTPRLO HBA driver parameter is set to 1 by using the LPUTILNT utility. Use the following procedure:
1. Choose Start and then Run.
2. Type
LPUTILNT and select the first HBA.
3. Select Driver Parameters in the Category pane.
4. Click Parameters.
5. Scroll down and double-click ResetTPRLO.
6. Set the value to 1.
7. Select Permanent and Global.
8. Click Change.
You need to follow this procedure for each HBA that uses Version x-4.53a7 drivers in the system. If you use this method, you do not have to restart Windows after the registry is modified. The ResetTPRLO parameter is dynamic.
See Customer Advisory OI020510_CW0x for additional information.

Registry Growth in Windows

The Windows plug-and-play architecture has a limitation on the number of plug-and-play device entries that can be added to the registry. Whenever devices are added or removed, or SNAPSHOT is created or deleted, entries are added to the registry by the Plug-and-Play manager, potentially causing the registry to grow beyond the allowed capacity.
If more than 700 entries are in the registry, the next time the system reboots for any reason, the following error message occurs before the operating system boots up:
“Failed to load Windows 2000 due to a file missing or corrupt in the \WINNT\SYSTEM32\CONFIG\SYSTEM directory.”
Please see the Microsoft Knowledge Base article (Q269075), which provides more information about the registry growth problem.
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Host Operating System Notes

Large LUNs for Windows NT and Windows 2000

Enabling Large LUNs allows a Windows NT or Windows 2000 server to have access to LUNs beyond the 0-7 range, and to access more than 8 LUNs per target. The host can access unit D10 by leaving the connection offset at 0.
The maximum number of LUNs supported is 256 per storage system. If using Secure Path Version 3.1A SP1, the maximum number of LUNs is 64 per storage system. If using Secure Path Version 4.0x, the maximum number of LUNs is 256 per storage system. The LUNs can be contiguous or non contiguous.
NOTE: Large LUNs are supported on Windows NT, Windows 2000 Server, and Windows 2000 Advanced Server.

Large LUN Utility for Windows

The Large LUN utility is available for download at the StorageWorks website:
http://h18006.www1.hp.com/storage/index.html
NOTE: The Large LUN utility is unnecessary if ACS Version 8.6 or higher is running alone or in conjunction with Secure Path software, which has built-in support.

Controller Configuration

It is recommended that you set the SCSI_VERSION to SCSI-3 for maximum availability.
Multi-bus failover mode (with Secure Path Version 3.1A SP1)—Support for 64
LUNs per storage system (SCSI-2 mode) or 63 LUNs + 1 CCL (SCSI-3). These LUN numbers must be between 0 and 63.
Multi-bus failover mode (with Secure Path Version 4.0x)—Support for 128 LUNs
per storage system (SCSI-2 mode) or 127 LUNs + 1 CCL (SCSI-3). These LUN numbers must be between 0 and 199.
Transparent failover mode—Support for 128 LUNs per storage system (SCSI-2
mode) or 127 LUNs + 1 CCL (SCSI-3). These LUN numbers must be between 0 and 199.
Software Version 8.7A for Windows
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Documentation Anomalies

The chart below indicates which cases Large LUNs are enabled.
SCSI-2 LUN 0 present Y Y Y Y
SCSI-2 LUN 0 not present N N N Y
ACS Version 8.5 ACS Version 8.6/8.7
W2000
WNT W2000 WNT
*WS2003
SCSI-3 LUN 0 always
present
NOTE: Windows Server 2003 is compatible with ACS V8.7-1 or higher.
Y = functional N = not functional

Known Limitations

In Windows 2000, if any LUN greater than 7 is removed and a subsequent disk rescan is performed, the Found New Hardware wizard may ask you to finish the installation of the device that was removed. The Device Manager may show the device with a yellow warning icon on it. A reboot of the system completely removes the device.
Documentation Anomalies
The following are known additions and corrections to the HSG80 ACS Solution Software Version 8.7 Installation and Configuration Guide.
In order to successfully perform a rolling upgrade on controllers connected to Windows 2000 hosts, the change to “Solution Software Upgrade Procedures,” found on page 3-24, must be observed. See sections "Disk Partitioning", page 41, and "Rolling Upgrades", page 27, of these Release Notes for further details.
YYYY
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