Veritas NetBackup™ 5330 Appliance Hardware Installation Guide

Last Published:
Product(s): Appliances (Version Not Specified)
Platform: 5330
  1. Hardware overview
    1.  
      NetBackup 5330 compute node overview
    2.  
      NetBackup 5330 compute node PCIe card configurations
    3.  
      NetBackup 5330 compute node Ethernet port configurations
    4.  
      NetBackup 5330 storage shelves and disk drives
    5.  
      NetBackup 5330 cables and connectors
    6.  
      Serial number locations
    7.  
      Required reading
    8.  
      Understanding hardware scenarios
    9.  
      Understanding the NetBackup 5330 hardware installation sequence
    10.  
      About IPMI configuration
    11.  
      Other NetBackup 5330 product documentation
  2. Pre-installation requirements
    1.  
      Package contents for NetBackup 5330 hardware
    2.  
      Customer-provided items for a NetBackup 5330 hardware installation
    3.  
      Unpacking a primary shelf or an expansion shelf
    4.  
      Unpacking a compute node
    5.  
      Determining rack locations
    6.  
      Determining SAS2 cable length
    7.  
      Prerequisites for IPMI configuration on a 52xx and 5330
  3. Hardware installation procedures
    1.  
      Hardware installation scenarios
    2.  
      Installing a primary shelf or an expansion shelf
    3.  
      Installing disk drives into a primary shelf or an expansion shelf
    4.  
      Installing the compute node
    5.  
      Installing the SFPs into the Fibre Channel (FC) ports
    6.  
      Connecting a NetBackup 5330 compute node to a primary shelf
    7.  
      Connecting one expansion shelf to a primary shelf
    8.  
      Performing a soft shutdown before adding a new expansion shelf
    9.  
      Connecting new expansion shelves to existing expansion shelves and an existing primary shelf
    10.  
      Connecting the power cords to the hardware
    11.  
      Turning on the hardware and verifying operation
    12.  
      Configuring the IPMI port from the NetBackup Appliance Shell Menu
    13.  
      Accessing and using the Veritas Remote Management interface
  4. Hardware installation procedures for a NetBackup 5330 high availability configuration
    1. Hardware installation scenarios for a NetBackup 5330 high availability configuration
      1.  
        Installation procedures for a new deployment of a high availability configuration
      2.  
        Installation procedures for converting existing systems to a high availability configuration
    2.  
      Connecting the partner node to the Primary Storage Shelf
    3.  
      Connecting two nodes for HA communication
    4.  
      Verifying the hardware installation of a high availability configuration
  5. Appendix A. Adding the disk space of a new Expansion Storage Shelf
    1.  
      Prerequisites for adding the disk space of new expansion shelves
    2.  
      Adding the disk space of an Expansion Storage Shelf from the NetBackup Appliance Web Console
    3.  
      Adding the disk space of an Expansion Storage Shelf from the NetBackup Appliance Shell Menu

Installation procedures for converting existing systems to a high availability configuration

The installation procedures for converting existing systems to a NetBackup 5330 high availability (HA) configuration are as follows:

  1. Install the new NetBackup 5330 node (the partner node) in the rack with the existing NetBackup 5330 appliance.

    See Determining rack locations .

    See Installing the compute node.

  2. Connect the new node to the Primary Storage Shelf.

    See Connecting the partner node to the Primary Storage Shelf.

  3. Connect the new node to the existing node for HA communication.

    See Connecting two nodes for HA communication.

  4. Verify the hardware installation of an HA configuration.

    See Verifying the hardware installation of a high availability configuration.

  5. Connect the power cords to the hardware.

    See Connecting the power cords to the hardware.

  6. Turn on the power to the new node.

    See Turning on the hardware and verifying operation.