User Guide
Table Of Contents
- AMD -RAIDXpert2 User Guide
- Contents
- List of Tables
- Revision History
- Preface
- Chapter 1 Safety Precautions
- Chapter 2 Getting Started
- Chapter 3 Arrays, Disks and RAID Levels
- 3.1 Understanding Arrays
- 3.2 RAID Levels
- 3.3 Array States
- 3.4 Creating Arrays: Future Expansion
- 3.5 Expanding Disk Capacity Online: Using OCE (Supported by RAIDXpert2 Plus)
- 3.6 Migrating RAID Levels Online: Using ORLM (Supported by RAIDXpert2 Plus)
- 3.7 Array Tasks: Starting and Stopping Tasks
- 3.8 Understanding Disks
- 3.9 Rescanning Disks for Changes in State
- 3.10 Sparing Options: Disks and Arrays
- 3.11 Dedicated Sparing
- 3.12 Global Sparing
- 3.13 RAID Performance Considerations
- 3.14 RAID Reliability Considerations
- 3.15 Flexibility and Expansion Considerations
- 3.16 Multiple RAID Levels
- 3.17 RAIDABLE Arrays
- Chapter 4 BIOS Configuration Utility
- 4.1 When to Use the AMD-RAID Controller BIOS Configuration Utility
- 4.2 Access the AMD-RAID Controller BIOS Configuration Utility
- 4.3 Understanding the Color Code in the BIOS Configuration Utility
- 4.4 Initialize Disks
- 4.5 Create Arrays
- 4.6 Delete Arrays
- 4.7 Swap Arrays
- 4.8 Manage Spares
- 4.9 View Disk Details
- 4.10 View Array Details
- 4.11 Rescan All Channels
- 4.12 Change the Controller Options
- 4.13 Continue Booting from the BIOS Configuration Utility
- Chapter 5 Software Installation
- 5.1 System Setup Process Overview
- 5.2 Before You Begin
- 5.3 Copying AMD-RAID Drivers to Removable Storage
- 5.4 Pre-installation steps
- 5.5 Installing AMD-RAID drivers
- 5.5.1 Installing AMD-RAID Drivers while Installing Microsoft® Windows®
- 5.5.2 Installing AMD-RAID Drivers While Installing Linux® Operating System
- 5.5.2.1 Installing the AMD-RAID BIOS Drivers During a Red Hat Enterprise Linux® 7.2 64 bit (RHEL) Installation
- 5.5.2.2 Installing the AMD-RAID BIOS Drivers during a Supported Ubuntu Desktop Installation
- 5.5.2.3 Install the AMD-RAID UEFI Drivers during a RHEL 7.2 64 bit Linux® Installation
- 5.5.2.4 Installing the AMD-RAID UEFI Drivers during a Supported Ubuntu Desktop Installation
- 5.6 Installing the AMD RAIDXpert2 Management Suite for Microsoft® Windows®
- 5.7 Installing the AMD RAIDXpert2 Management Suite for Linux®
- 5.8 Installing the AMD RAIDXpert2 Graphical User Interface (GUI)
- Chapter 6 AMD RAIDXpert2 Graphical User Interface (GUI)
- 6.1 Start RAIDXpert2
- 6.2 Password Protection
- 6.3 Help and About Windows®
- 6.4 Reviewing the RAIDXpert2 GUI
- 6.5 Working with Disks
- 6.6 Working with Arrays
- 6.6.1 Create and Format Arrays
- 6.6.2 Name Arrays
- 6.6.3 Transform Arrays (Supported by RAIDXpert2 Plus)
- 6.6.4 Restore (Rebuild) Arrays
- 6.6.5 Prepare to Physically Remove an Array
- 6.6.6 Delete Arrays
- 6.6.7 Change Cache Settings for Arrays
- 6.6.8 Change the Priority Level of a Task
- 6.6.9 Interrupt, Cancel, or Resume a Task
- 6.6.10 Check for Consistency
- 6.6.11 Schedule a Consistency Check
- 6.6.12 Scan an Array in the Background
- 6.6.13 Add or Remove Dedicated Spares
- 6.6.14 Add or Remove Global Spares
- 6.6.15 Hide an Array
- 6.6.16 Secure Erase
- 6.7 Working with Views
- 6.8 Working with Options
- 6.9 Add Space Using a RAIDABLE Array
- Chapter 7 Troubleshooting
- Chapter 8 Software License: EULA
- Chapter 9 rcadm Command Line Interface Tool
- Appendix A rcadm.efi Information

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AMD RAIDXpert2 Graphical User Interface (GUI)
Chapter 6
6.6.3.3 Access Additional Space
After an array has been transformed to a larger size, use the operating system tools to access the
additional space.
There are several possible methods for expanding the existing file system on an array that has been
transformed to a larger size:
Microsoft
®
provides a command prompt utility called Diskpart.exe that can expand any NTFS
file system without requiring a reboot. The Diskpart.exe utility version to use depends on the
version of Windows being run. The Diskpart.exe utility can be found on the CD that comes
with some versions of Windows, or at the Microsoft website (http://www.microsoft.com) for
others. Use the correct version for the operating system.
For arrays formatted with FAT32, use a third-party application, such as PartitionMagic from
PowerQuest Corporation.
6.6.4 Restore (Rebuild) Arrays
With the Restore task, a redundant-type array whose state has changed to Critical can be restored
(rebuilt) in one of two ways:
By assigning a dedicated spare to the array.
By creating a global spare or by using an existing global spare. (An existing global spare
automatically starts restoring a redundant-type array after the array’s state changes to Critical.)
An array in an Offline state cannot be restored. This means that non-redundant arrays (Volume,
RAID0) cannot be restored: when a single disk in a non-redundant array fails, the array state
changes to Offline.
Note: If a Critical redundant array that is being restored loses a second disk (RAID1 or RAID5),
or loses a second disk in the same mirror set (RAID10), the Restore task fails. The array
must be re-created from backup storage data.
6.6.4.1 Before You Begin
Make sure that the disk chosen as the dedicated spare or global spare has sufficient available
capacity to restore the array. The capacity of the spare disk must be equal to or larger than the
capacity of the smallest disk in the critical array.
Know how to create a global or dedicated spare. See Section 6.6.13, Add or Remove
Dedicated Spares, on page 82 or Section 6.6.14, Add or Remove Global Spares, on page 83.
6.6.4.2 Restore a Critical Array
1. In the Array View section, select the critical array.
2. At the Disk List section, select a disk.
3. At the Disk menu, select Spare/Identify. Options for Disk Device displays in the Disk List
panel. Perform one of the following actions: