HSG80 ACS Solution Software V8.6 for IBM AIM Installation and Configuration Guide
Table Of Contents
- HSG80 ACS Solution Software Version 8.6 for IBM AIX
- Contents
- Figures
- Tables
- About this Guide
- Chapter 1
- Planning a Subsystem
- Chapter 2
- Planning Storage
- Where to Start
- Configuration Rules
- Device PTL Addressing Convention
- Determining Storage Requirements
- Choosing a Container Type
- Creating a Storageset Profile
- Storageset Planning Considerations
- Storageset Expansion Considerations
- Partition Planning Considerations
- Changing Characteristics through Switches
- Storageset and Partition Switches
- Initialization Switches
- Unit Switches
- Storage Maps
- Chapter 3
- Preparing the Host System
- Chapter 4
- Installing and Configuring the HS-Series Agent
- Why Use StorageWorks Command Console (SWCC)?
- Installation and Configuration Overview
- About the Network Connection for the Agent
- Before Installing the Agent
- Installing and Configuring the Agent
- Running the Agent
- Reconfiguring the Agent
- Uninstall Agent, Storageworks Software, and Cambex Driver.
- High Availability Cluster Multi-Processor (HACMP)
- Enabler Software
- General Note on Software Installation
- SWCC Clients
- Running the Agent
- HACMP Implementation for the Agent
- Prerequisites
- Implementation
- Installing the Agent on an HACMP Cluster
- Installing and Configuring the Client on an HACMP cluster
- Operation of the Agent on an HACMP Cluster
- Normal Operation of the Agent on an HACMP Cluster
- Starting, Stopping and Checking for the Agent
- Password and Notification
- Client Functions and Storage Subsystem Options
- Failover with Agent as Part of a Resource Group
- Client IP Address
- Event Scripts
- Notification within HACMP
- Node Isolation Recovery
- Failure of the Agent
- Polling all nodes in cluster for presence of a running Agent
- Restarting the Agent on surviving node
- Notification
- Supporting Tools
- HACMP for AIX Primary Event Scripts
- HACMP for AIX Secondary Event Scripts
- Chapter 5
- Configuration Procedures
- Establishing a Local Connection
- Setting Up a Single Controller
- Setting Up a Controller Pair
- Configuring Devices
- Configuring a Stripeset
- Configuring a Mirrorset
- Configuring a RAIDset
- Configuring a Striped Mirrorset
- Configuring a Single-Disk Unit (JBOD)
- Configuring a Partition
- Assigning Unit Numbers and Unit Qualifiers
- Configuration Options
- Chapter 6
- Verifying Storage Configuration from the Host
- Chapter 7
- Configuration Example Using CLI
- Chapter 8
- Backing Up the Subsystem, Cloning Data for Backup, and Moving Storagesets
- Appendix A
- Subsystem Profile Templates
- Storageset Profile
- Storage Map Template 1 for the BA370 Enclosure
- Storage Map Template 2 for the second BA370 Enclosure
- Storage Map Template 3 for the third BA370 Enclosure
- Storage Map Template 4 for the Model 4214R Disk Enclosure
- Storage Map Template 5 for the Model 4254 Disk Enclosure
- Storage Map Template 6 for the Model 4310R Disk Enclosure
- Storage Map Template 7 for the Model 4350R Disk Enclosure
- Storage Map Template 8 for the Model 4314R Disk Enclosure
- Storage Map Template 9 for the Model 4354R Disk Enclosure
- Appendix B
- Installing, Configuring, and Removing the Client
- Appendix C
- Exploitation of the CLONE and SNAPSHOT Functions of the HSG80 in an AIX Environment
- Glossary
- Index
Glossary–14 HSG80 ACS Solution Software Version 8.6 for IBM AIX Installation and Configuration Guide
primary cabinet The primary cabinet is the subsystem enclosure that contains the controllers,
cache modules, external cache batteries, and the PVA module.
private NL_Port An NL_Port which does not attempt login with the fabric and only
communicates with NL_Ports on the same loop.
program card The PCMCIA card containing the controller operating software.
protocol The conventions or rules for the format and timing of messages sent and
received.
PTL Port-Target-LUN. The controller method of locating a device on the controller
device bus.
PVA module Power Verification and Addressing module.
quiesce The act of rendering bus activity inactive or dormant. For example, “quiesce
the SCSI bus operations during a device warm-swap.”
RAID Redundant Array of Independent Disks. Represents multiple levels of storage
access developed to improve performance or availability or both.
RAID level 0 A RAID storageset that stripes data across an array of disk drives. A single
logical disk spans multiple physical disks, enabling parallel data processing
for increased I/O performance. While the performance characteristics of
RAID level 0 is excellent, this RAID level is the only one that does not
provide redundancy. Raid level 0 storagesets are sometimes referred to as
stripesets.
RAID level 0+1 A RAID storageset that stripes data across an array of disks (RAID level 0)
and mirrors the striped data (RAID level 1) to provide high I/O performance
and high availability. This RAID level is alternatively called a striped
mirrorset.
RAID level 1 A RAID storageset of two or more physical disks that maintains a complete
and independent copy of the entire virtual disk's data. This type of storageset
has the advantage of being highly reliable and extremely tolerant of device
failure. Raid level 1 storagesets are sometimes referred to as mirrorsets.
RAID level 3 A RAID storageset that transfers data parallel across the array disk drives a
byte at a time, causing individual blocks of data to be spread over several disks
serving as one enormous virtual disk. A separate redundant check disk for the
entire array stores parity on a dedicated disk drive within the storageset. See
also RAID level 5.