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To start the ServeRAID Configuration Utility program:
Each time the system starts, the ServeRAID 3H Adapter performs a power-on self-test (POST). The POST checks the configuration information for the ServeRAID 3H adapter and for the configured hard disk drives.
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| IBM PC ServeRAID Adapter Disk Array Configuration Utility Ver. X.XX |
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| +--------------------------------------+ |
| | Select Adapter | |
| +--------------------------------------+ |
| |1. Help | |
| |2. ServeRAID Adapter 1 | |
| |3. ServeRAID Adapter 2 | |
| |4. Exit | |
| +--------------------------------------+ |
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|Multiple IBM ServeRAID Adapter found in the system. Select a choice using the Up|
|Arrow ( ) and Down Arrow ( ) keys and press Enter. |
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Note: In the upper-right corner of the screen, you see Ver. x.xx. On your screen, the x.xx is replaced with the version number of the configuration program.
Use the Up Arrow ( ) or Down Arrow ( ) key to highlight your choice, then, press Enter. The Main Menu appears.
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| IBM PC ServeRAID Adapter Disk Array Configuration Ver. X.XX |
| Adapter Number: 1 Bus Number: 0 Host ID = Null Config |
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| +--------------------------------------+ |
| | Main Menu | |
| +--------------------------------------+ |
| |1. Help | |
| |2. View Configuration | |
| |3. EZ-RAID Configuration | |
| |4. Create/Delete/Copy Log Drive | |
| |5. Initialize/Synchronize Log Drive | |
| |6. Rebuild/Device Management | |
| |7. Advanced Functions | |
| |8. Exit | |
| +--------------------------------------+ |
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|Multiple IBM ServeRAID Adapter found in the system. Select a choice using the Up|
|Arrow ( ) and Down Arrow ( ) keys and press Enter. |
+--------------------------------------------------------------------------------+
To restore or convert disk array information when you upgrade from an IBM ServeRAID adapter or an IBM Streaming adapter to an IBM Netfinity ServeRAID 3H Ultra2 Adapter/Controller:
Note:
You cannot convert all ServeRAID configurations created for an IBM
ServeRAID or an IBM Streaming RAID adapter for use with the IBM
ServeRAID 3H Adapter/Controller.
Since the IBM ServeRAID
adapter/controller only supports data arrangement using the right
asymmetric method, a configuration using the left symmetric arrangement
is not supported.
Restore/Convert Saved Configuration displays a message
in the status area whenever it detects a left symmetric data arrangement
configuration. If this message appears, follow the instructions on the
screen to continue.
Be sure that all cable connections from the drives
to the IBM ServeRAID 3H Adapter/Controller are the same as they were
when using the IBM ServeRAID adapter or IBM Streaming RAID adapter.
To change write policies of logical drives:
This option lets you enable the NVRAM (Battery-Backup Cache) write cache feature if the Non-Volatile Write Cache Feature Card is installed on the ServeRAID 3H Adapter.
The Change Write Policy command configures a local drive in an array to work in either write-through mode or write-back mode. In write-through mode, completion status is sent after the data is written to the drives. In write-back mode, completion status is sent before the data is actually written to the drives. The write-back mode usually provides higher performance, but with increased risk of data loss in the event of a power failure.
When you enable write-back mode, you enable the NVRAM (Battery-Backup Cache) write cache feature for a logical drive, which provides a backup of the data being written to a logical drive in the NVRAM (Battery-Backup Cache) cache on the Non-Volatile Write Cache Feature card.
To 'fine tune' the ServeRAID 3H subsystem for optimal performance:
You can control the following parameters:
To set a basic configuration:
When you choose Initialize Configuration:.
The ServeRAID 3H Adapter/Controller stores its ServeRAID configuration in its NVRAM (Battery-Backup Cache), FLASH (EEPROM), and on all physical hard disk drives that are part of a logical drive. An option is provided to view the configuration from all of these sources.
You may also choose a source (hard disk drive, FLASH, NVRAM (Battery-Backup Cache)) from which to synchronize the ServeRAID configuration. For example, you may do this when a new ServeRAID adapter/controller is used to replace a defective one. We recommend using the hard drive, since it refreshes information in the buffers about the drive firmware levels.
The ServeRAID 3H Adapter/Controller also maintains a list of all changes to its ServeRAID configuration. A power-on change list, wrong SCSI ID list, and an unidentified drive list are updated when devices are added or moved.
Changes to the states of the devices also change this list. An option is provided to view all of this information.
To display the ServeRAID 3H Adapter/Controller status or to write a new adapter configuration Host ID:
You can also change the ServeRAID 3H Adapter/Controller SCSI channel ID and speed.
To define or delete a merge group ID for a shared or non-shared logical drive:
Merge group IDs are valid only in a High Availability environment. A High Availability environment is a setup in which two servers have access to the same physical disk drives via a shared SCSI bus. The ServeRAID configuration is set up in such a way as to allow the operational server to assume the logical drives of the failing server. This minimizes the downtime to clients of the failed server.
Create Shared Logical Drive ID enables you to define a merge group ID for a logical drive. The logical drive's physical disk(s) are assumed to be shared by another server via the SCSI bus. The merge group ID must be in the range of 1-8. Merge group IDs 1-4 are allocated for use on one of the servers in the cluster and IDs 5-8 are to be allocated for the other partner server.
Create Non-Shared Logical Drive ID enables you to create a merge group ID for non-shared logical drives. The merge group ID must be in the range of 200-215.
Delete Logical Drive Merge ID enables you to delete shared and non-shared merge group IDs.
Merge/Unmerge Logical Drive enables you to merge/unmerge partner logical drives. It also lets you merge/unmerge a host system's own shared logical drives. You may also merge/unmerge a host system's own non-shared logical drives.
Note: The High Availability feature is supported only for the IBM ServeRAID II and IBM ServeRAID 3H Adapters.
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