Autore	Demer Daniel
Edizione	[1st ed.]
Pubbl/distr/stampa	[S.l.], : IBM, International Technical Support Organization, c2003
Descrizione fisica	1 online resource (378 p.)
Disciplina	004.6
Altri autori (Persone)	McFarlaneDavid
Collana	IBM redbooks
Soggetto topico	Storage area networks (Computer networks) Computer storage devices
Formato	Materiale a stampa
Livello bibliografico	Monografia
Lingua di pubblicazione	eng
Nota di contenuto	Front cover -- Contents -- Tables -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Chapter 1. IBM TotalStorage Expert reporting overview -- 1.1 The scope and structure of this book -- 1.2 What is IBM TotalStorage Expert? -- 1.3 Ordering information -- Chapter 2. TotalStorage Expert data gathering and storage -- 2.1 Product co-requisite components -- 2.2 Report mechanics and graphical presentation -- 2.3 DB2 Universal Database (UDB) overview -- 2.3.1 Introduction and a brief history of DB2 -- 2.3.2 DB2 database servers today -- 2.3.3 DB2 and data management -- 2.3.4 RDBMS overview -- 2.3.5 Entities between a user and the data -- 2.3.6 DB2 UDB user roles -- 2.3.7 DB2 UDB components -- 2.4 TotalStorage Expert DB2 UDB tables overview -- 2.5 TotalStorage database table organization -- 2.6 TotalStorage Expert database tables -- Chapter 3. SQL overview -- 3.1 Getting familiar with SQL -- 3.2 Understanding a relational database table -- 3.2.1 Data types -- 3.2.2 Keys -- 3.2.3 Connecting to a database -- 3.3 Writing Structured Query Language (SQL) -- 3.4 Summary -- Chapter 4. Data extraction tools and tips -- 4.1 General recommendations -- 4.2 Ways to run SQL -- 4.3 IBM DB2 Utilities Command Center features -- 4.3.1 Command line processor -- 4.3.2 Command Center -- 4.4 IBM DB2 DataJoiner -- 4.5 QMF for Windows -- 4.6 Requirements for reports -- Chapter 5. TotalStorage Expert management built-in reports -- 5.1 Tree structure of TotalStorage built-in reports -- 5.1.1 TotalStorage Expert Built-in reports for ESS by type -- 5.1.2 TotalStorage Expert built-in reports for ETL (VTS) by type -- 5.2 Extracting data from built in reports for customization -- 5.2.1 Performance report example -- 5.2.2 Performance report example #2 -- 5.3 Viewing hardware asset management reports. 5.3.1 Viewing an ESS hardware asset summary report -- 5.3.2 Viewing a detail report for an ESS -- 5.3.3 Viewing an LIC summary report -- 5.4 Viewing the ESS capacity management reports -- 5.4.1 Viewing an ESS summary report -- 5.4.2 Viewing a SCSI/FC host summary report -- 5.4.3 Viewing a historical capacity report -- 5.4.4 Capacity management report considerations -- 5.5 Viewing performance management reports -- 5.5.1 Viewing ranked performance reports -- 5.5.2 Viewing performance and threshold summary reports -- 5.5.3 Viewing Logical Volume reports -- 5.5.4 Viewing Disk Utilization Summary report -- 5.5.5 Viewing disk information and Cache Summary report -- 5.5.6 Viewing Cache Summary report -- 5.5.7 Considerations on performance summary reports -- 5.5.8 Viewing performance detail reports -- 5.6 Viewing host volume and mapping reports -- 5.6.1 Interface for viewing host volume data: Host data collected -- 5.6.2 Interface for viewing host volume data: No host data collected -- 5.6.3 View data for a single volume by the LUN serial number -- 5.6.4 View data for a single volume by the device name on a host -- 5.6.5 Neither asset/capacity or host data collected -- Chapter 6. Customized reports -- 6.1 Data exporting methods for TotalStorage Expert -- 6.1.1 Basic TotalStorage table extractions to a file -- 6.2 Global table extractions to worksheet files -- 6.3 Samples of customized reports -- 6.3.1 Sample ESS hourly cache transfer report by nickname -- 6.3.2 Simple script output to a file or screen -- 6.3.3 Sample ESS disk level performance report -- 6.3.4 Asset/performance volume statistics data collection script -- 6.3.5 Sample ESS hourly performance report -- 6.3.6 Sample ESS threshold events report script -- 6.3.7 Sample ESS performance (highest utilized arrays) report -- 6.3.8 Sample of assigned storage by ESS report. 6.3.9 ESS Host volume assignment by attach type -- 6.3.10 Sample ESS volume level performance data -- 6.3.11 Example of summary-hierarchical query statements -- 6.3.12 Example of ranked IO request query statement -- 6.3.13 Sample report using SAS script -- Appendix A. Data extraction scripts -- Scripts for extracting all database tables -- Windows 2000 platform -- Sample script for extracting volume level performance data -- Asset and performance volume statistics data collection script -- AIX platform -- SAS custom script -- Appendix B. TotalStorage Expert database table layouts -- Appendix C. Additional material -- Locating the Web material -- Using the Web material -- System requirements for downloading the Web material -- How to use the Web material -- Glossary -- Related publications -- IBM Redbooks -- Other publications -- Online resources -- fHow to get IBM Redbooks -- Help from IBM -- Index -- Back cover.
Record Nr.	UNINA-9910809996103321

Autore	Tretau Roland
Edizione	[1st ed.]
Pubbl/distr/stampa	San Jose, CA, : IBM, International Technical Support Organization, 2003
Descrizione fisica	xxiv, 329 p. : ill
Disciplina	004.6
Altri autori (Persone)	ReboljRok SeidelVolker
Collana	IBM redbooks
Soggetto topico	Storage area networks (Computer networks) Computer storage devices
Soggetto genere / forma	Electronic books.
Formato	Materiale a stampa
Livello bibliografico	Monografia
Lingua di pubblicazione	eng
Record Nr.	UNINA-9910450160003321

Edizione	[1st ed.]
Pubbl/distr/stampa	[S.l.], : IBM, International Technical Support Organization, c2004
Descrizione fisica	xxii, 298 p. : ill
Disciplina	004.6
Altri autori (Persone)	DufrasneBertrand
Collana	IBM redbooks
Soggetto topico	Storage area networks (Computer networks) Computer storage devices Fibre Channel (Standard)
Formato	Materiale a stampa
Livello bibliografico	Monografia
Lingua di pubblicazione	eng
Nota di contenuto	Front cover -- Contents -- Figures -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Summary of changes -- July 2004, First Edition -- Part 1 FAStT introduction, planning, configuration, and maintenance -- Chapter 1. Introduction to FAStT and SAN -- 1.1 FAStT features and models -- 1.2 FAStT Storage Manager -- 1.2.1 FAStT Storage Manager components -- 1.2.2 New features introduced in Storage Manager Version 8.4 -- 1.3 Introduction to SAN -- 1.3.1 SAN components -- Chapter 2. FAStT planning tasks -- 2.1 Planning your SAN -- 2.2 SAN zoning -- 2.2.1 Zone types -- 2.2.2 Zoning configuration -- 2.3 Physical components and characteristics -- 2.3.1 Rack considerations -- 2.3.2 Cables and connectors -- 2.3.3 Cable management and labeling -- 2.3.4 Fibre Channel adapters -- 2.3.5 Planning your storage structure and performance -- 2.3.6 Logical drives and controller ownership -- 2.3.7 Segment size -- 2.3.8 Storage partitioning -- 2.3.9 Cache parameters -- 2.3.10 Hot-spare drive -- 2.3.11 Remote Volume Mirroring -- 2.4 Additional planning considerations -- 2.4.1 Planning for systems with LVM: AIX example -- 2.4.2 Planning for systems without LVM: Windows example -- 2.4.3 The function of ADT and a multipath driver -- 2.4.4 ADT alert notification -- 2.4.5 Failover alert delay -- Chapter 3. FAStT configuration tasks -- 3.1 Preparing the FAStT Storage Server -- 3.1.1 Network setup of the controllers -- 3.1.2 Installing and starting the FAStT Storage Manager Client -- 3.1.3 Updating the controller microcode -- 3.2 FAStT cabling -- 3.2.1 FAStT600 cabling configuration -- 3.2.2 FAStT700/FastT900 cabling configuration -- 3.2.3 Expansion unit numbering -- 3.3 Configuring the FAStT Storage Server -- 3.3.1 Defining hot-spare drives -- 3.3.2 Creating arrays and logical drives. 3.3.3 Configuring storage partitioning -- Chapter 4. FAStT maintenance tasks -- 4.1 Performance monitoring and tuning -- 4.1.1 The performance monitor -- 4.1.2 Tuning cache parameters -- 4.2 Controlling the performance impact of maintenance tasks -- 4.2.1 Modification operations -- 4.2.2 Remote Volume Mirroring operations -- 4.2.3 VolumeCopy priority rates -- 4.2.4 FlashCopy operations -- 4.3 Event monitoring and alerts -- 4.3.1 FAStT Service Alert -- 4.4 Saving the subsystem profile -- 4.5 Upgrades and maintenance -- 4.5.1 Being up-to-date with your drivers and firmware using My support -- 4.5.2 Prerequisites for upgrades -- 4.5.3 Updating FAStT host software -- 4.5.4 Updating microcode -- 4.6 Capacity upgrades, system upgrades -- 4.6.1 Capacity upgrades and increased bandwidth -- 4.6.2 System upgrade and disk migration procedures -- 4.6.3 Other considerations when adding expansion enclosures and drives -- Part 2 Advanced topics -- Chapter 5. Migrating 7133 to FAStT in AIX -- 5.1 Performance sizing considerations -- 5.1.1 SSA adapters and FAStT adapters performance comparison -- 5.2 Sizing a solution based upon the SSA configuration -- 5.3 Sizing a solution based upon the application IO rates -- 5.4 Sizing a solution for more performance -- 5.5 Setting up the FAStT prior to migration -- 5.5.1 Install FAStT software on the AIX host server -- 5.6 Performing the migration -- 5.6.1 Logical Volume Manager -- 5.6.2 Migration procedure -- 5.6.3 Mirroring the VG (method 1) illustration -- 5.6.4 Migrating PVs (method 2) illustration -- 5.6.5 Other considerations -- 5.6.6 HACMP considerations -- Chapter 6. IBM migration services -- 6.1 Data migration -- 6.2 Piper: IBM hardware-assisted data migration -- 6.3 What is Piper Lite? -- 6.3.1 Piper hardware appliance -- 6.3.2 Piper Migration Director -- 6.3.3 Piper Migration Surveyor -- 6.3.4 Data migration process. Chapter 7. FAStT and HACMP for AIX -- 7.1 HACMP introduction -- 7.2 Supported environment -- 7.2.1 General rules -- 7.2.2 Configuration limitations -- Chapter 8. FAStT and GPFS for AIX -- 8.1 GPFS introduction -- 8.2 Supported configurations -- Part 3 VMware and FAStT -- Chapter 9. Introduction to VMware -- 9.1 VMware, Inc. -- 9.2 The IBM and VMware relationship -- 9.3 VMware ESX Server v2.1 architecture -- 9.4 VMware ESX Server storage structure: disk virtualization -- 9.4.1 Local disk usage -- 9.4.2 SAN disk usage -- 9.4.3 Disk virtualization with VMFS volumes and .dsk files -- 9.4.4 The Buslogic and LSI SCSI controllers -- 9.4.5 The complete picture of ESX and FAStT storage -- 9.5 FAStT and ESX Server solution considerations -- 9.5.1 General performance and sizing considerations -- 9.5.2 Which model of FAStT should be used in a VMware implementation? -- 9.5.3 FAStT tuning considerations -- 9.6 IBM eServer BladeCenter and ESX Server -- 9.6.1 Introduction to the IBM eServer BladeCenter -- 9.6.2 BladeCenter disk storage -- Chapter 10. VMware ESX Server terminology, features, limitations, and tips -- 10.1 Storage Management: naming conventions and features -- 10.1.1 Disks and LUNs -- 10.1.2 Failover paths and failover policies -- 10.1.3 Adapter bindings -- 10.1.4 VMFS or raw disks? -- 10.1.5 Booting from SAN and use of NAS devices -- 10.1.6 Direct attached storage -- 10.1.7 FAStT premium features: RVM, FlashCopy, VolumeCopy -- 10.1.8 Network considerations -- Chapter 11. VMware ESX Server storage configurations -- 11.1 Introduction -- 11.2 Using redundant paths from the switches to the FAStT -- 11.2.1 Recommended configuration -- 11.2.2 Workaround for LUN discovery -- 11.3 Configurations by implementation -- 11.3.1 Single HBA with single switch -- 11.3.2 Multiple HBAs with multiple switches -- 11.4 Configurations by function. 11.4.1 Independent VMFS volumes -- 11.4.2 Public VMFS volumes -- 11.4.3 Clustering -- 11.5 Zoning options -- 11.6 BladeCenter specifics -- 11.6.1 The configuration tested in this redbook -- Chapter 12. Installing VMware ESX Server -- 12.1 Assumptions and requirements -- 12.2 HBA configuration -- 12.3 Fibre switch configuration -- 12.3.1 Single path -- 12.3.2 Dual path: crossover -- 12.3.3 Zoning the Qlogic FCSM of a BladeCenter -- 12.3.4 Considerations for attaching multiple hosts -- 12.4 FAStT NVSRAM settings -- 12.5 LUN configuration and storage partitioning -- 12.5.1 Configurations without LUN sharing -- 12.5.2 Configurations with LUN sharing -- 12.6 Verifying the storage setup -- 12.7 ESX Server installation -- 12.7.1 Text mode installation of ESX Server (BladeCenter without USB mouse) -- 12.7.2 Installation of ESX using the Graphical Installer -- 12.8 Configuring the ESX Server swap file -- 12.8.1 Swap file: required steps for blade servers with IDE drives -- 12.8.2 Creating and activating the swap file -- 12.9 Configuring the virtual network -- 12.9.1 Configuring the network for all systems except HS20 blade servers -- 12.9.2 Configuring the virtual network on HS20 blade servers -- 12.10 ESX Server advanced settings and Qlogic parameters -- 12.10.1 ESX Server advanced settings -- 12.10.2 Adjust Qlogic driver parameters -- 12.11 Planning disk resources and creating VMFS partitions -- 12.11.1 Considerations and guidelines -- 12.11.2 Creating VMFS partitions -- 12.12 Creating virtual machines -- 12.12.1 Creating the virtual disk resources -- 12.12.2 Modifying the disk resources as shared drives for clustering -- 12.13 Guest OS specific settings and remarks -- 12.13.1 Clustered Windows guest OS settings -- 12.13.2 Installing MSCS 2003 on a hybrid cluster -- Chapter 13. Redundancy by configuration -- 13.1 Single path configuration. 13.2 Dual path redundant configuration -- Related publications -- IBM Redbooks -- Other publications -- Online resources -- How to get IBM Redbooks -- Help from IBM -- Index -- Back cover.
Record Nr.	UNINA-9910816208603321

Edizione	[1st ed.]
Pubbl/distr/stampa	[S.l.], : IBM, International Technical Support Organization, c2005
Descrizione fisica	x, 288 p. : ill
Disciplina	004.6
Altri autori (Persone)	LovelaceDave
Collana	IBM redbooks
Soggetto topico	Storage area networks (Computer networks) Computer storage devices
Formato	Materiale a stampa
Livello bibliografico	Monografia
Lingua di pubblicazione	eng
Nota di contenuto	Front cover -- Contents -- Notices -- Trademarks -- Preface -- The team that wrote this Redbook -- Become a published author -- Comments welcome -- Chapter 1. Overview and project summary -- 1.1 Objective of this book -- 1.2 SAP migration environment 1 -- 1.2.1 Software used for environment 1 SAP migration -- 1.2.2 Hardware used in the environment 1 SAP migration -- 1.3 SAP migration environment 2 -- 1.3.1 Software used in environment 2 SAP migration -- 1.3.2 Hardware used in the environment 2 SAP migration -- 1.4 IBM TotalStorage ESS 800 overview -- 1.4.1 IBM TotalStorage Resiliency Family -- 1.4.2 ESS 800 heterogeneous support -- 1.4.3 ESS 800 highlights -- 1.4.4 Benefits of the ESS 800 -- 1.4.5 ESS Copy Services -- 1.4.6 FlashCopy -- 1.4.7 ESS Specialist -- 1.5 IBM TotalStorage SAN Volume Controller overview -- 1.5.1 Storage virtualization and the SVC -- 1.5.2 SVC physical components -- 1.5.3 SVC compatibility -- 1.5.4 The SAN -- 1.5.5 SVC multi-pathing -- 1.5.6 SVC logical components -- 1.5.7 SVC configuration -- 1.5.8 Explanation of terms -- Chapter 2. Environment 1 SAP migration experiences using FDRPAS -- 2.1 FDRPAS overview -- 2.1.1 Supported hardware -- 2.1.2 Supported software -- 2.1.3 How does it work? -- 2.1.4 Single system versus multiple system operation -- 2.1.5 FDRPAS Tasks -- 2.2 Install FDRPAS -- 2.2.1 Basic installation steps -- 2.2.2 The FDRPAS INSTALL ISPF dialog -- 2.2.3 Additional installation tasks -- 2.3 FDRPAS concepts -- 2.4 FDRPAS SWAP via batch job -- 2.4.1 Job control requirements -- 2.4.2 SWAP/SWAPDUMP/SIMSWAP statement -- 2.4.3 EXCLUDE statement -- 2.4.4 HISTORY statement -- 2.4.5 LICENSE statement -- 2.4.6 MONITOR statements -- 2.4.7 MOUNT statements -- 2.4.8 SWAPBUILDIX statement -- 2.4.9 SIMSWAP scenario -- 2.4.10 FDRPAS SWAP: one volume, single system. 2.4.11 FDRPAS sequential swap of five volumes on four systems -- 2.4.12 FDRPAS concurrent swap of five volumes on four systems -- 2.4.13 FDRPAS concurrent swap -- 2.5 FDRPAS through ISPF Interface -- 2.6 FDRERASE -- 2.6.1 Considerations for erasing data from modern disks -- 2.6.2 Types of erase -- 2.6.3 FDRERASE JCL requirements -- 2.6.4 FDRERASE control statements -- 2.6.5 Usage of FDRERASE via ISPF panels -- Chapter 3. Environment 2 SAP migration experiences -- 3.1 Environment 2 SAP migration using SVC -- 3.1.1 ESS 800 Open Systems configuration for AIX -- 3.2 FlashCopy process -- 3.3 Using IBM TotalStorage SAN Volume Controller to migrate -- 3.4 General SVC planning guidelines -- 3.4.1 Sizing the SVC -- 3.4.2 Physical planning -- 3.4.3 Network and IP addresses -- 3.4.4 Naming convention -- 3.5 Client host preparation -- 3.5.1 Device drivers -- 3.5.2 Hardware support -- 3.5.3 SDD installation -- 3.6 General SAN planning -- 3.6.1 SAN zones -- 3.6.2 SVC Master Console zone -- 3.7 SVC planning -- 3.8 Back-end disk support -- 3.8.1 ESS -- 3.8.2 DS4000(FAStT) -- 3.9 Sample configuration planning -- 3.9.1 Sample vdisk mapping -- 3.10 Configuring the ESS 800 and SVC for migration -- 3.10.1 Modify hosts systems -- 3.10.2 Modify Volume Assignments -- 3.10.3 Configuring the SAN Volume Controller -- 3.10.4 Start the SVC application -- 3.10.5 Creating a host -- 3.10.6 Creating managed disks -- 3.10.7 Creating managed disk groups -- 3.11 SVC migration -- 3.11.1 Migrating a vDisk -- 3.11.2 Migrating a vDisk between managed disk groups -- 3.12 Install and configure the TSM Client -- 3.13 Installation of the TSM Server -- 3.13.1 Basic configuration -- 3.13.2 Installation -- 3.13.3 Configuration of the server -- 3.13.4 Starting and Stopping the Server -- 3.13.5 Starting and stopping an administrative client or the Web interface. 3.13.6 Increasing disk storage pool sizes -- 3.13.7 Back up data for migration -- 3.13.8 Restore to migrate data to the IBM ESS Storage Subsystem -- 3.14 Environment 2 migration experiences: FDR/UPSTREAM -- 3.14.1 Supported client environments -- 3.14.2 Supported databases -- 3.14.3 Client-server application -- 3.14.4 FDR/UPSTREAM Reservoir server components -- 3.14.5 FDR/UPSTREAM client-based components -- 3.14.6 Installation -- 3.15 Configuring FDR/UPSTREAM Reservoir -- 3.15.1 Removable Storage Manager -- 3.15.2 FDR/UPSTREAM Reservoir overall parameter configuration -- 3.15.3 Starting FDR/UPSTREAM Reservoir service -- 3.16 Start the client service -- 3.17 Backup -- 3.18 Restore the data to IBM ESS -- 3.18.1 Use FDR/UPSTREAM Reservoir for restoring -- 3.18.2 Monitor your tasks -- 3.18.3 Summary of the backup process -- Chapter 4. SAP operational activities after migration to ESS -- 4.1 Tools to manage and monitor your database tasks -- 4.1.1 SAP R/3 DBA Planning Calendar -- 4.1.2 IBM DB2 UDB Control Center -- 4.2 Online backup of the database -- 4.2.1 Use SAP R/3 DBA Planning Calendar -- 4.2.2 Use the IBM DB2 UDB Control Center -- 4.2.3 Use the IBM DB2 command line -- 4.3 Offline backup of the database -- 4.3.1 Use SAP R/3 DBA Planning Calendar -- 4.3.2 Use IBM DB2 UDB Control Center -- 4.3.3 Use the IBM DB2 UDB command line -- 4.4 Archive inactive logs -- 4.4.1 Use SAP R/3 DBA calendar -- 4.5 Back up tablespaces -- 4.5.1 Use the IBM DB2 UDB Control Center -- 4.5.2 Use the IBM DB2 UDB Command Line -- 4.6 Restore databases -- 4.6.1 Use the IBM DB2 Control Center -- 4.6.2 Use the IBM DB2 command line -- 4.7 Restore tablespaces -- 4.7.1 Use the IBM DB2 UDB Control Center -- 4.7.2 Use the IBM DB2 UDB command line -- 4.8 Other daily activities -- 4.8.1 Maintain statistics -- 4.8.2 Update table statistics -- 4.8.3 Reorganize tables. 4.8.4 Status of activities and tasks -- 4.8.5 Database performance: Tables and indexes -- 4.8.6 Overview of backup status -- 4.8.7 Database Alert Monitor -- 4.8.8 Database check -- 4.8.9 Database Alert Monitor/System Check -- 4.8.10 Database performance monitor -- 4.8.11 Database snapshot analysis -- 4.8.12 Deadlocks analysis -- 4.8.13 Exclusive Lock Waits analysis -- 4.8.14 Monitor scheduled jobs -- 4.8.15 DB2 UDB diag log -- 4.8.16 Transactions in an SAP R/3 environment with IBM DB2 UDB on zOS -- 4.8.17 Summary of regular database activities and tasks -- Appendix A. INNOVATION Data Processing Corporation product information -- FDRPAS -- FDR/UPSTREAM Overview -- FDRERASE -- Syntax For FDR Products -- How to read the syntax diagrams -- Related publications -- IBM Redbooks -- Other publications -- Online resources -- How to get IBM Redbooks -- Help from IBM -- Index -- Back cover.
Record Nr.	UNINA-9910824225103321

Autore	Tretau Roland
Edizione	[1st ed.]
Pubbl/distr/stampa	San Jose, CA, : IBM, International Technical Support Organization, 2003
Descrizione fisica	xxiv, 329 p. : ill
Disciplina	004.6
Altri autori (Persone)	ReboljRok SeidelVolker
Collana	IBM redbooks
Soggetto topico	Storage area networks (Computer networks) Computer storage devices
Formato	Materiale a stampa
Livello bibliografico	Monografia
Lingua di pubblicazione	eng
Nota di contenuto	Front cover -- Contents -- Figures -- Tables -- Examples -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Chapter 1. The main concept behind Network Attached Storage -- 1.1 How this book is organized -- 1.2 Local Area Networks -- 1.3 Open Systems Interconnection (OSI) model -- 1.3.1 Device driver and hardware layer -- 1.3.2 Internet Protocol layer -- 1.3.3 TCP layer -- 1.3.4 Application layer -- 1.3.5 Protocol suites -- 1.4 File systems and I/O -- 1.4.1 Network file system protocols -- 1.4.2 Understanding I/O -- 1.5 Network Attached Storage (NAS) -- 1.5.1 File servers -- 1.5.2 Network appliances -- 1.5.3 NAS uses File I/O -- 1.5.4 NAS benefits -- 1.5.5 Other NAS considerations -- 1.5.6 Total cost of ownership -- 1.6 Industry standards -- 1.6.1 Storage Networking Industry Association -- 1.6.2 Internet Engineering Task Force -- Chapter 2. The IBM TotalStorage NAS 100 product -- 2.1 IBM TotalStorage NAS features and benefits -- 2.1.1 Included software -- 2.1.2 Preloaded and optional software -- 2.1.3 Limitations of the Windows Powered OS -- 2.1.4 IBM Advanced Appliance Configuration Utility Tool -- 2.2 IBM TotalStorage Network Attached Storage 100 -- 2.3 NAS 100 disk organization -- 2.4 The IBM TotalStorage NAS Version 2.5 at a glance -- Chapter 3. Implementing the IBM TotalStorage NAS 100 -- 3.1 Initial configuration -- 3.1.1 Methods for setting up the NAS 100 device -- 3.2 Configuration and administration tools -- 3.2.1 Universal Manageability Services -- 3.2.2 Terminal Services -- 3.2.3 Web GUI interface -- 3.3 NAS Setup Navigator overview -- 3.4 Using the Navigator to set up the NAS 100 -- 3.4.1 Basic configuration -- 3.4.2 Storage configuration and management -- 3.4.3 Microsoft Services for UNIX -- 3.4.4 User and security management -- 3.4.5 Sharing pooled storage. 3.4.6 Completing setup -- Chapter 4. Advanced NAS configuration -- 4.1 Quota management -- 4.1.1 Disk quotas -- 4.2 Persistent Storage Manager (PSM) -- 4.2.1 How PSM works -- 4.2.2 Creating images with PSM -- 4.2.3 Configuring PSM -- 4.2.4 Creating a PSM image -- 4.2.5 Restoring a Persistent Image -- 4.2.6 Disaster Recovery with PSM -- 4.3 Ethernet adapter teaming -- 4.3.1 Overview of adapter teaming -- 4.3.2 Load balancing for the configuration -- 4.4 Uninterrupted Power Supply support -- Chapter 5. Systems management for the NAS 100 -- 5.1 IBM Director description -- 5.2 IBM Director Agent preload on NAS 100 appliance -- 5.3 Managing the NAS 100 appliance with IBM Director -- 5.3.1 Discovering the NAS systems -- 5.3.2 Executing tasks -- 5.3.3 Grouping systems -- 5.3.4 Event and action management -- 5.3.5 Rack Manager -- 5.3.6 System Availability -- 5.3.7 Capacity Manager -- 5.3.8 Usage tips -- 5.4 How to install IBM NAS Extensions to IBM Director -- 5.5 Microsoft Multiple Device Manager (MDM) -- 5.5.1 NAS 100 and MDM -- 5.5.2 Controller installation on NAS 100 appliance -- 5.5.3 MDM functions -- Chapter 6. Cross platform storage -- 6.1 File sharing for Windows clients -- 6.2 Accessing the shares from our Windows clients -- 6.3 File sharing for UNIX clients -- 6.4 How to configure Services For UNIX (SFU) -- 6.4.1 Configuring a cross platform share in a Windows 2000 Domain -- 6.4.2 Configuring a cross platform share without a Domain Controller -- 6.4.3 Configuring the shared storage -- 6.4.4 Mapping the Gateway for NFS share from a Windows client -- 6.4.5 Accessing the shares from our UNIX clients -- 6.5 Accessing the shares with the Samba client -- 6.5.1 Setting up the Samba client on a RedHat Linux 8.0 -- 6.5.2 Mounting a NAS Share into the Linux file system -- 6.5.3 Using the smbclient program -- 6.5.4 Samba client configuration on AIX. 6.5.5 Sources and additional information -- Chapter 7. Backup, restore, troubleshooting -- 7.1 The NAS 100 and its native backup solution -- 7.1.1 NAS 100 backup -- 7.2 Using PSM with backup software solutions -- 7.2.1 IBMSNAP utility -- 7.2.2 Using IBMSNAP with NTBackup -- 7.2.3 Creating a scheduled NT backup with IBMSNAP -- 7.2.4 Using IBMSNAP with TSM -- 7.2.5 Creating a scheduled TSM backup using IBMSNAP -- 7.3 Troubleshooting -- 7.3.1 Error messages -- 7.3.2 Temperature checkout -- 7.3.3 Identifying problems using LEDs -- 7.4 Accessing the BIOS -- 7.4.1 Clearing CMOS data -- 7.4.2 Preparing to use the remote BIOS setting function -- 7.4.3 Making changes to the BIOS -- 7.4.4 Upgrading the BIOS -- 7.5 Hard drive failure and recovery scenarios -- 7.5.1 NAS 100 boot behavior in case of a HDD failure -- 7.5.2 Recovery scenarios -- Glossary -- Abbreviations and acronyms -- Related publications -- IBM Redbooks -- Other resources -- Referenced Web sites -- How to get IBM Redbooks -- IBM Redbooks collections -- Index -- Back cover.
Record Nr.	UNINA-9910811828003321