•Symantec Backup Exec - The Data Collector uses database commands to obtain information from each Backup Exec server.

Note: Veritas NetBackup is the only backup product that does not require a Data Collector because an agent is used to obtain information from NetBackup.

Data Collection by Storage Array

•Capacity Manager - The Data Collector communicates with the storage array’s system service processor (SSP) and hosts to gather storage capacity data.

Data Collector Server - This is the physical server on which the Data Collector is installed. It can be any server within your network that is Java 1.5 compatible.

For Backup Manager, where you install the Data Collector depends on your backup solution. NetBackup is the only backup solution that requires that the Data Collector reside on each Master Server. For all other backup solutions, the Data Collector can run on a standalone server, the Portal Server, or any Backup Server.

In the case of Capacity Manager, the Data Collector can run on a stand-alone server or the Portal server. In some cases—such as EMC Symmetrix arrays—the Data Collector must reside on the system that is running the SAN management software.

A single installation of the Data Collector supports any number of servers. The only real limitation is the memory and CPU processing power of the server on which the Data Collector resides.

Planning Data Collector Deployment

In most cases, a single instance of the Data Collector can support any number of backup servers or storage arrays. However, each environment has its own unique deployment configuration requirements, so it is important to understand where the Data Collector software must be installed so that you can determine how many Data Collectors must be installed and which servers are best suited for the deployment.

Use the following guidelines to plan the installation of Data Collectors.

Backup Manager:

•One Data Collector for each backup product—EMC Legato NetWorker, Tivoli Storage Manager, VERITAS Backup Exec, and HP Data Protector.

Capacity Manager:

•One Data Collector for each storage array type—EMC or Hitachi

•Host Resources do not require a dedicated Data Collector for each resource. If you have a Storage Array Data Collector, the Host Resources collector is inherently part of that Data Collector. However, if for some reason you do not have a Storage Array Data Collector, you can install a Host Resources Data Collector.

Refer to the Pre-Installation Setup chapter for specific requirements and a worksheet for assembling the details needed for Data Collector installation.

4APTARE StorageConsole Data Collector Installation Guide for IBM Tivoli Storage Manager

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IBM 6.5 manual Planning Data Collector Deployment, Data Collection by Storage Array, Backup Manager, Capacity Manager
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6.5 specifications

IBM 6.5, also known as IBM i 7.1, represents a significant milestone in the evolution of IBM's integrated operating environment. Launched as part of the IBM i platform, this version focuses on performance, security, and expandability, making it a powerful tool for businesses seeking reliability and efficiency in their operations.

One of the key features of IBM 6.5 is its enhanced database capabilities powered by Db2 for IBM i. This relational database management system offers advanced data storage and retrieval functionalities, making it easier for organizations to manage large volumes of data seamlessly. With features such as improved query performance, data compression, and enhanced data integrity checks, businesses can ensure that their data is not only well-organized but also secure.

The introduction of Integrated Language Environment (ILE) enhances development productivity, allowing programming in languages like RPG, COBOL, and CL. This flexibility enables developers to optimize their applications for better performance and to integrate modern programming practices. The support for web technologies, including PHP and Java, further broadens the scope for application development, catering to diverse business needs.

Security is another cornerstone of IBM 6.5, featuring improved security protocols to protect sensitive information. With options for encryption and enhanced user access controls, organizations can safeguard their data against unauthorized access. Additionally, the platform's resilience to cyber threats is bolstered by regular updates and patches, ensuring that systems are protected against the latest vulnerabilities.

The operating system also emphasizes high availability and disaster recovery, making it a reliable choice for mission-critical applications. Features such as the PowerHA SystemMirror solution allow seamless failover in case of hardware failure, ensuring minimal downtime and uninterrupted service.

Scalability is a hallmark of IBM 6.5, designed to grow with an organization's needs. Businesses can easily add resources such as processors and memory without significant system disruptions, allowing for smooth transitions as demands increase.

Finally, IBM 6.5 incorporates advanced analytics capabilities, enabling organizations to leverage data insights for better decision-making. With built-in tools for data visualization and reporting, businesses can derive actionable intelligence from their data, driving innovation and growth.

In summary, IBM 6.5 is a comprehensive solution that combines powerful database management, flexible development options, robust security, and scalability, making it an ideal platform for enterprises aiming for efficiency and innovation in today's competitive landscape.
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