Sun System Handbook - ISO 3.4 June 2011 Internal/Partner Edition | |||
|
|
Solution Type Technical Instruction Sure Solution 1004355.1 : How do I create a logical drive on a Sun StorageTek[TM] 3310,3320,3510 or 3511 array? [Video]
PreviouslyPublishedAs 206020
Applies to:Sun Storage 3310 SCSI ArraySun Storage 3320 SCSI Array Sun Storage 3510 FC Array Sun Storage 3511 SATA Array All Platforms GoalThe Solaris[TM] operating system requires drive geometry for various operations, including newfs . For the appropriate drive geometry to be presented to the Solaris operating system for logical drives use the default settings shown below . The controller automatically adjusts the sector count so the operating system can read the correct drive capacity.Cylinder and Head Mapping for the Solaris Operating System
Video - Creating a Logical Drive (06:00) Sunsolve users must download the attachment to view the video.
SolutionThe Solaris[TM] operating system requires drive geometry for various operations, including newfs . For the appropriate drive geometry to be presented to the Solaris operating system for logical drives use the default settings shown below . The controller automatically adjusts the sector count so the operating system can read the correct drive capacity.Cylinder and Head Mapping for the Solaris Operating System
Steps to Follow How do I create a logical drive on a Sun StorageTek[TM] 3310,3320,3510 or 3511 array? Create a logical drive with sccli: # sccli create logical-drive
Example: # sccli sccli > create logical-drive raid1 3.10-11 sccli: created logical drive 355DD7D5 Create a logical drive with telnet or serial connection (tip session): 1. Telnet or tip to the array. For example, type: # telnet 10.1.229.120 10.1.229.120 is the address of your Sun StorEdge disk. Or # tip -38400 /dev/ttyb 2. Choose view and edit Logical drives . 3. Select an unassigned logical drive. Unassigned drives show a RAID level of NONE. 4. Some arrays may ask to select between Fibre and Sata drives. Select desired drive type. 5. Choose Yes to Create Logical Drive 6. Select RAID level for the logical drive. 7. Select the physical drives you want to include in the logical drive. You must select at least the minimum number of drives required for the selected RAID level.
Use the up and down arrow keys and press Return to select the drives you want to include in the logical drive. An asterisk mark (*) is displayed in the Ch1 (Channel) column of each selected physical drive. To deselect a drive, press Return again on the selected drive. The asterisk marking that drive disappears. 8. After all physical drives have been selected for the logical drive, press Escape to display a menu of logical drive options. Several optional menu options are displayed. You can choose these menu options to define aspects of the logical drive you are creating. The Maximum Drive Capacity menu option enables you to specify the size of the logical drive. The Assign Spare Drives menu option enables you to specify a local spare drive to be used if an existing physical drive in the logical drive you are creating becomes defective. The Disk Reserved Space menu option displays the size of the reserved space used to store logical drive metadata. While it is possible to delete or change reserved space size, do not do so. The Logical Drive Assignments menu option enables you to assign the logical drive you are creating to either the primary or secondary controller. The Write Policy: menu option enables you to set the cache write policy for the logical drive you are creating. The Initialize Mode: menu option enables you specify whether the logical drive you are creating is initialized on-line or off-line. The Stripe Size: menu option enables you to specify the stripe size for the logical drive you are creating. 9. Once all logical drive options have been assigned, press Escape to display the settings you have chosen. 10. Verify that all the information is correct, and then choose Yes to create the logical drive. A progress bar displays the progress of initialization as it occurs. You can press Escape to remove the initialization progress bar and continue working with menu options to create additional logical drives.
Also see the following Documents for additional troubleshooting
assistance: <Document: 1006040.1>Sun StorEdge 3x10 Array: newfs fails with Error on "minimum cylinders per group" <Document: 1005313.1> Troubleshooting Sun StorEdge 33x0/ 351x Configurations Product Sun StorageTek 3511 SATA Array Sun StorageTek 3510 FC Array Sun StorageTek 3320 SCSI Array Sun StorageTek 3310 SCSI Array 3310, 3320, 3510, 3511, logical drive Previously Published As 90507 Change History Date: 2009-12-23 User Name: sue.copeland@sun.com Action: Currency & Update Date: 2007-09-29 User Name: 71396 Action: Approved Comment: Publishing Version: 5 Date: 2007-09-29 User Name: 71396 Action: Update Started Comment: Adding VT Version: 0 Date: 2007-09-25 User Name: 71396 Action: Approved Comment: Performed final review of article. Updated trademarking. Publishing. Version: 4 Date: 2007-09-18 User Name: 7058 Action: Reassign Comment: Sorry about the delay on this. Thought it ws part of normalization docs and was hanging on to a bunch until certain docs arrived. Then I realized it was a video doc, not normalization! My mistake! I'm forwarding to Chris. He needs to look over the video part before publication. Version: 0 Product_uuid 9fdbb196-73a6-11d8-9e3a-080020a9ed93|Sun StorageTek 3511 SATA Array 58553d0e-11f4-11d7-9b05-ad24fcfd42fa|Sun StorageTek 3510 FC Array 95288bce-56d3-11d8-9e3a-080020a9ed93|Sun StorageTek 3320 SCSI Array 3db30178-43d7-4d85-8bbe-551c33040f0d|Sun StorageTek 3310 SCSI Array Attachments This solution has no attachment |
||||||||||||||||||||||||||
|