HP StorageWorks EVA4000 SAN Starter Kit Quick Installation (5697-6163, September 2006)
Step 6. Entering
the WWN and
Checksum
The EV A4000 WWN and checksum must be entered using the Operator
Control Panel (OCP) on the front of one of the controllers. Labels
attached to the front of the rack beside the controllers identify the WWN
and checksum.
For more information on using the OCP, refer to the HP StorageWorks
4000/6000/8000 Enterprise Virtual Array user guide.
1. Press
or unti
lthefirst character of the WWN is displayed.
Press
to accept this character and select the next.
2. Repeat step 1 to enter the remaining characters.
3. Press Enter to accept the WWN and select the checksum entry
mode.
4. Verify that the initial WWN checksum displays 0 in both positions.
5. Press
or until the first checksum character is displayed.
Press
to accept this character and select the second character.
6. Press
or until the second character is displayed. Press Enter
to accept the checksum and exit.
Prerequisites for installing EZPilot
Before installing the EZPilot software, make sure the following conditions
are met:
• You must have the switch IP address, gateway, and subnet mask to
config
ure it during installation.
• The st
oragesystemmustbeuninitialized. Ifithasbeeninitialized,it
must be uninitialized before installing EZPilot.
• Make sure the switch configuration has not been changed from the
fact
ory default. This includes the default switch password.
• If t
here is any Emulex or Brocade software installed on the server, it
mus
t be removed. If MPIO is installed, it must also be removed.
Step 7. Installing Emulex EZPilot on the
Windows management server
There must be one Windows management server connected to the
EVA4000. The following procedure installs Emulex EZPilot Manager
and HP Command View EVA on the Windows management ser ver.
During installation, the SAN components will be configured and the
EVA4000 will be initialized. For more information on EZPilot, see the
Emulex EZPilot User Manual.SeeFinding more information.
NOTE:
EZPilot Manager can only be installed on a Windows server.
1. Insert the EZPilot Windows Installation CD into the CD-ROM drive
on the Windows server you will use as the management server.
The server must be running Windows Server 2003 R2. Make sure
the Storage Management for SANs component included in the R2
Windows feature pack is enabled.
2. After the file is verified, the EZPilot dialog box appears. Click Next.
3. The Installation Options dialog box opens. Check the HP EVA
Management Server box and click Install.
4. Follow the on screen instructions to install the EZPilot management
software.
Step 8. Installing EZPilot on a Windows
non-management ser ver
You must install the EZPilot drivers and soft ware on all Windows
non-management ser vers connected to the EVA 4000.
1. Insert the EZPilot Windows Installation CD into the CD-ROM drive
on the Windows non-management server. The server must be
running Windows Server 2003 R2.
2. The EZPilot dialog box appears. Click Next.
3. The Installation Options dialog box opens. Click Install.
Make sure you do not check the HP EVA Management Server check
box.
4. Follow the on screen instructions to install the non-management
software.
Repeat the above steps to install EZPilot on all Windows
non-management servers in connected to th e EVA4000.
Step 9. Creating logical drives using
EZPilot Manager
To make the EVA4000 storage available to your servers, you must create
logical drives a nd assign them to the appropriate host. This is done using
EZPilot Manager. For complete information on creating logical drives,
see the Emulex EZPilot User M anual.SeeFinding more information.
NOTE
:
If there are Linux servers connected to the EVA4000, you
must install the Emulex driver and utilities on them to make
them visible to EZPilot Manager. Before continuing, install
thesecomponentsoneachLinuxserverasdescribedinStep
11. Installing the Emulex driver and utilities on a Linux
non-management server. This will enable y ou to assign logical
drives to your Linux servers.
1. On your Windows management server, click Start.
2. Select All Programs > Emulex > EZPilot Manager Utility
EZPilot Manager launches displaying the Discovery Information
screen.
3. If there are no logical drives on the EVA4000, you will be prompted
to create them. Click OK .
4. Choose the Logical Drive Type you wish to create and assign a size
to the new logical drive. Click Next to create the the logical drive.
5. The EZPilot Logical Drive wizard- Local Drive Host Assignment dialog
box appears. Select the host (and its adapters) to which you want
to assign the logical drive. If "Assign to this host only" is checked,
only the local host and its adapters are displayed in the tree.
Normally a logical drive is assigned to only one host. Click Next.
6. To create additional logical drives, check Create anoth er logical
drive.ClickNext and repeat steps 4 and 5.
When y ou are finished creating logical drives, uncheck Create
another logical drive and click Finish.
Step 10. Cr ea
ting and managing
Windows disks
After creating logical drives using EZPilot Ma nager, it will be necessary
to use the Windows disk management tools to perform disk-related
tasks, such as creating partitions and volumes, formatting them, an d
assigning driv e letters.
The following provides an overview of the tasks involved in managing
disks. For more information, refer to Windows online help.
1. On each Windows host to which a logical drive has been assigned,
right-click on My Computer and click on Manage.
2. Select Disk Management intheleftpaneoftheComputer
Management window.
3. Using the Windows disk m anagement utility, initialize the n ew disks.
4. Create the desired partitions and volumes on the disk. This includes
assigning a drive letter and formatting to use the NTFS file system.
5. Repeat step 5 for each new disk.
Step 11. Installing the Emulex d river
and utilities on a Linux non-management
server
Perform this step only if you are connecting Linux servers to the
EVA4000. A Linux non-management server must be running one of
the following Linux versions:
• Red Hat Enterprise Linux 4 (latest update)
• SUSE Linux Enterprise Server 9 (latest service pack)
For complete instructions on in stalling the Emulex drivers and utilities for
Linux, refer to the documentation on the Emulex Linux Installation CD
included in the HP EVA4000 SAN Starter Media kit
ThefollowingisanoverviewofthestepsrequiredtocreateaLinux
non-management server.
1. Ensure a supported version of the Linux operating system is installed
on the server.
2. Update with the Proliant Support Pack (for HP servers).
3. Install the Emulex driver for Linux.
4. Install the Emulex HBAnyware utility to configure the HBAs with the
correct firmware/BIOS.
5. Install the Emulex MultiPulse utility on your system to allow for
multipathing in a High Availability (HA) environment.
Step 12. Recordi
ng system information
Enter the specifi
ed information in Table 2 to assist you in managing,
upgrading, a n d
troubleshooting your HP EVA4000 SAN Starter Kit.
Table 2 System information
HP FC2142SR HBAs
• WWN address: ___________________
• Serial number: __________________
• Firmware version: ___________________
• Driver version: ____________________
• WWN address: ___________________
• Serial number: __________________
• Firmware version: ___________________
• Driver version: ____________________
• WWN address: ___________________
• Serial number: __________________
• Firmware version: ___________________
• Driver version: ____________________
• WWN address: ___________________
• Serial number: __________________
• Firmware version: ___________________
• Driver version: ____________________
HP 4/8 Base SAN
Switch
• WWN: _________________________
• IP address: ____________________
• Firmware version: ___________________
HP EVA4000 storage
system
• WWN: _____________________
• XCS firmware version: _______________
Disk drives
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______
• Slot __ Capacity _____ Firmware _______