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NetBackup IT Analytics Certified Configuration Guide
Last Published:
2024-02-22
Product(s):
NetBackup IT Analytics (11.2)
- Introduction
- Portal and database servers
- Data Collector server configurations
- Capacity Manager configurations
- Supported systems and access requirements
- IBM Arrays: Modify profile
- Creating a NetApp user with API privileges
- Creating a NetApp cluster-mode user with API privileges
- Array/LUN performance Data Collection
- EMC Isilon array performance metrics
- NetApp Cluster-Mode performance metrics
- NetApp Cluster-Mode Aggregate Performance
- NetApp Cluster-Mode CIFS Performance
- NetApp Cluster-Mode Disk Performance
- NetApp Cluster-Mode Fiber Channel Protocol Logical Interface Performance
- NetApp Cluster-Mode LUN Performance
- NetApp Cluster-Mode NFS Performance
- NetApp Cluster-Mode Processor Node Performance
- NetApp Cluster-Mode Processor Performance
- NetApp Cluster-Mode RAID Performance
- NetApp Cluster-Mode SMB (Server Message Block) Performance
- NetApp Cluster-Mode System Performance
- NetApp Cluster-Mode Target Port Performance
- NetApp Cluster-Mode Volume Performance
- EMC Symmetrix enhanced performance metrics
- Create enhanced EMC Symmetrix Performance report templates
- EMC Symmetrix Array Performance
- EMC Symmetrix Backend Director Performance
- EMC Symmetrix Frontend Director Performance
- EMC Symmetrix Front-end Port Performance
- EMC Symmetrix Storage Group Performance
- EMC Symmetrix Database Performance
- EMC Symmetrix Disk Group Performance
- EMC Symmetrix Disk Performance
- EMC Symmetrix Device Groups Performance
- EMC Symmetrix Disk by Technology Performance
- EMC Symmetrix Storage Tier Performance
- EMC Symmetrix Thin Tier Performance
- EMC Symmetrix Thin Pool Performance
- EMC Symmetrix Enhanced Performance metrics
- Hitachi Vantara array performance metrics
- Host resources prerequisites and configurations
- Host access privileges, sudo commands, ports, and WMI proxy requirements
- WMI proxy requirements for Windows host Data Collection
- Host resources supported configurations
- Pure Storage Flash Array performance metrics
- Supported host bus adapters (HBAs)
- Compute Resources supported configurations
- Cloud configurations
- Virtualization Manager configurations
- File Analytics configurations
- Fabric Manager configurations
- Backup Manager configurations
- ServiceNow configurations
- Internal TCP port requirements
Customize the Linux file handle setting for large collections
In Linux, a portion of memory is designated for file handles, which is the mechanism used to determine the number of files that can be open at one time. The default value is 1024. For large data collection policy environments, this number may need to be increased to 8192. A large environment is characterized as any collector that is collecting from 20 or more subsystems, such as 20+ TSM instances or 20+ unique arrays.
To change the number of file handles, take the following steps.
On the Linux Data Collector server, edit:
/etc/security/limits.conf
At the end of the file, add the following lines:
root soft nofile 8192 root hard nofile 8192
Log out and log back in as root to execute the following commands to validate all values have been set to 8192.
ulimit -n ulimit -Hn ulimit -Sn
Restart the Data Collector.