IBM SC32-0129-00 manual Planning, Supported Operating Systems, Types of Environments

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Chapter 2. Planning

You can set up IBM Tivoli Storage Manager for Storage Area Networks in a number of environments. Planning the system configuration provides a smooth transition through system setup and into production. As part of your planning, you need to identify the following:

vWhich environment to implement.

vDevices to be used for LAN-free data movement.

vThe clients that will use LAN-free data movement.

vThe server that will manage particular clients’ data.

vThe library used for the LAN-free enabled device. If the library is a Tivoli Storage Manager shared library, you must identify the Tivoli Storage Manager server that is the library manager. If the library is an externally managed library using StorageTek ACSLS, you must identify the control point.

Supported Operating Systems

In addition to setting up the storage agent on AIX, you can set it up on the following operating systems:

v Linux® v HP-UX

v Sun Solaris

v Windows

The storage agents on the operating systems listed above can work in conjunction with a Tivoli Storage Manager server on any of the platforms listed. In addition to the platforms listed, the storage agent can also work in conjunction with a Tivoli Storage Manager server on z/OS. However, you must install and configure another server to function as the library manager or implement external library support through an external library manager (for example, Gresham’s EDT-DistribuTAPE). You can install this library-manager server on any of the platforms listed. Full details on using the storage agent with z/OS and OS/390 are given in the IBM Tivoli Storage Manager for z/OS Administrator’s Guide and the IBM Tivoli Storage Manager for z/OS Administrator’s Reference.

Types of Environments

 

There are different types of configurations that take advantage of what can be

 

accomplished using a storage agent in a LAN-free environment. Your environment

 

is dependent upon the type of storage device you will be using for LAN-free data

 

storage. The following sections cover descriptions and planning considerations for

 

several typical LAN-free environments. These environments are:

 

v A shared ACSLS, SCSI, and 349X Tape Library

v A shared file device using Tivoli SANergy, IBM TotalStorage SAN File System,

or other supported file-sharing software. For current information about

supported file-sharing software, see www.ibm.com/software/sysmgmt/

products/

support/IBMTivoliStorageManager.html.

 

v An External Library as defined in the Administrator’s Guide in the appendix,

 

External Media Management Interface Description.

© Copyright IBM Corp. 2000, 2007

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Contents Storage Agent User’s Guide Page Storage Agent User’s Guide Fifth Edition January Contents Page About This Book How to Use This BookIBM Tivoli Storage Manager Publications Where to Look for InformationRelated IBM Publications Support Information Tivoli Technical TrainingSearching knowledge bases Severity Conventions Used in This Guide Page October Changes for IBM Tivoli Storage Manager VersionChanges for IBM Tivoli Storage Manager Version 5 Release JanuaryLAN-free for z/OS Minimum I/O to Volumes Associated with File Device ClassChanges for IBM Tivoli Storage Manager Version 5 Page Storage Agent Overview SAN LAN-free Client Data Backup Scenario Multi-session No-Query Restore for LAN-free Path Types of Environments PlanningSupported Operating Systems ACSLS, Scsi and 349X Tape Library Sharing SAN SAN External Libraries File Device Sharing Using Tivoli SANergyPage Data Migration and Coexistence System Requirements ACSLS, 3494, or Scsi drive device names Configuration Information WorksheetsClient System Storage agent properties Device information External libraryDrive Shared disk Client System Drive Shared diskServer System Server properties ACSLS, 3494, or Scsi library informationServer System Obtain Device InformationClient Node Information Lanfreecommmethod Tcpip Lanfreetcpserveraddress File-Device Sharing Environments Installing and Configuring Tape-LibraryOverview of Installation and Configuration Tasks Verifying the Network Connection Configuring devices for the storage agent to accessTivoli Storage Manager Client Workstation Client System Installing SoftwareNext steps. For example Install and Configure the Storage Agent Locate the line Software to Install Devconfig devconfig.out Tape Device Disk Device On page 27 shows the results of completing this step Configuring Devices for the Storage Agent to AccessSAN Tape DevicesStart the Storage Agent OS only Formatting Volumes for LAN-free Data MovementDisk Devices Determining Whether the Data Movement was LAN-free Verify the LAN-free ConfigurationPage Tivoli Storage Manager Server Installing and Configuring External Library EnvironmentsVerifying the Network Connection Installing and Configuring External Library Environments Servername tsmsrver Install and Configure the Storage Agent Package Name Fileset Names Description Servername tsmsrver Define the storage pool. For example Define path storagnt libmgr1 srctype=server desttype=library Start the Storage Agent Determining Whether the Data Movement was LAN-free Page Manually Starting and Stopping the Storage Agent Appendix A. Administration and Configuration ReferenceStarting and Stopping the Storage Agent Automating the Storage Agent StartupParameters Adding Communication Information for the Storage AgentFormat HLAddress SERVERPAsswordExamples SERVERNameAdditional Options Storage Agent Options FileRequired Options Msgstacktrace onoff COMMTimeout secondsIDLETimeout minutes RESOURCETimeout minutesTHROUGHPUTDatathreshold kilobytespersecond Tcpadminport numberSTAMaxpooledsessions number Uselargebuffers yesno Device Configuration File for the Storage AgentTHROUGHPUTTimethreshold minutes Define Server Data Migration Appendix B. Legacy Acsls Data Migration and CoexistenceMigration New Storage Pool Old Storage Appendix C. Notices Hacmp TrademarksAppendix C. Notices Page Glossary Page Glossary Page Dsmsta Setstorageserver IndexOptions Page SC32-0129-00

SC32-0129-00 specifications

The IBM SC32-0129-00 is a sophisticated component that plays a vital role in the realm of enterprise computing. Primarily designed for IBM's mid-range systems, it is known for its robust performance and reliability, serving as a critical part of data processing and storage architectures.

One of the main features of the SC32-0129-00 is its advanced input/output capabilities. This component supports a variety of connectivity options, enabling seamless integration within existing IT infrastructures. Its compatibility with multiple IBM systems ensures that organizations can enhance their current setups without needing to overhaul their entire technology stack.

The SC32-0129-00 utilizes cutting-edge technology to optimize data flow and accessibility. With its high-throughput design, it allows for rapid data transfer, facilitating efficient processing and retrieval. This is especially crucial in environments where large amounts of data are generated and need to be analyzed in real-time.

In terms of characteristics, the SC32-0129-00 is built with durability in mind. Its construction adheres to stringent quality standards, which means it can withstand the demands of high-volume operations. This resilience makes it a favored choice among businesses looking to maintain uptime and minimize disruptions.

Additionally, the SC32-0129-00 is designed with scalability in mind. As organizations grow and their data needs expand, this component can easily adapt to accommodate increased workloads. This flexibility is essential for businesses that must evolve with changing market conditions and technological advancements.

Another noteworthy aspect of the SC32-0129-00 is its energy efficiency. In an era where sustainability is paramount, efficient power consumption helps organizations reduce their carbon footprint while lowering operational costs. This aligns with IBM's commitment to creating environmentally friendly solutions.

In summary, the IBM SC32-0129-00 is a critical asset for businesses seeking to enhance their data processing capabilities. With its robust input/output features, high throughput, durability, scalability, and energy efficiency, it is engineered to serve the complex demands of today’s digital landscape. Investing in this component could lead to significant improvements in productivity and performance, making it a valuable addition to any enterprise system.