Using array-based licenses for MSA2012fc array
Each controller of the MSA2012fc array presents different LUNs to the MPX200 ports and hence
appears as two separate arrays.
Using array-based licenses to migrate LUNs owned by both controllers requires two array licenses.
If, however, all LUNs requiring migration are owned by a single controller, one array license should
suffice.
The MSA2012fc allows a maximum of 128 volumes (LUNs) to be accessed through one controller
from any host. If you need to migrate data to and from more than 128 LUNs, you must present LUNs
in batches with a maximum of 128 LUNs at a time.
To unpresent old LUNs and present new LUNs to the MPX200 ports, follow the steps in “
Reconfiguring
LUNs on a storage array
” on page 245.
Workaround for the use of a single array license for the MSA2012fc
To use a single license for an MSA2012fc array where data needs to be migrated to and from LUNs
owned by both ControllerA and ControllerB, use the following workaround:
1.
Add array-based licenses (a Single Array or Three Array License) as required.
2.
Present LUNs that need to be used by data migration jobs from the storage array to the MPX200
ports.
3.
Make sure that the LUNs are presented with the same LUN ID for both MPX200 ports.
4.
Zone in only ControllerA ports with the MPX200. The MPX200 will create one array entity for
the zoned in ports, because they belong to the same controller.
5.
Apply array-based licenses to the array entity using the
set array
CLI command, or in the
License Array dialog box.
6.
Configure data migration jobs as described in “
Scheduling an individual data migration job in
the CLI
” on page 158 or “
Scheduling data migration jobs in batch mode
” on page 161“Scheduling
Data Migration Jobs in Batch Mode”.
7.
After the data migration jobs for all the LUNs belonging to ControllerA are completed and
acknowledged, perform a reconfiguration.
8.
Zone out the MSA2012fc ports and the MPX200 ports.
9.
Unpresent the LUNs presented in
Step 2
.
10.
Change the ownership of LUNs from ControllerB to ControllerA for all the LUNs that belong to
Controller B and need to be used in data migration jobs.
11.
Present LUNs from
Step 10
from the storage array to the MPX200 ports.
12.
Make sure that the LUNs are presented with the same LUN ID for both MPX200 ports.
13.
Rezone the MSA2012fc ports and the MPX200 ports that were zoned out in
Step 8
.
14.
Reboot the MPX200.
The MPX200 can now see the new set of LUNs under the array entity that was licensed in
Step
5
.
15.
Configure data migration jobs as described in “
Scheduling an individual data migration job in
the CLI
” on page 158 or
Scheduling data migration jobs in batch mode
.
Offline Data Migration
244
Содержание Storageworks 8100 - enterprise virtual array
Страница 20: ...20 ...
Страница 30: ...MPX200 Multifunction Router overview 30 ...
Страница 47: ...Figure 27 iSCSI controller options Remove controller MPX200 Multifunction Router 47 ...
Страница 48: ...Managing the MPX200 using HP Command View EVA 48 ...
Страница 59: ...Figure 32 Virtual disk properties Figure 33 Host details MPX200 Multifunction Router 59 ...
Страница 112: ...MPX200 iSCSI configuration rules and guidelines 112 ...
Страница 219: ...Load Balancing Enabled Array License Not Applied MPX200 Multifunction Router 219 ...
Страница 222: ...Controller Id WWPN PortId Path Status 0 20 78 00 c0 ff d5 92 e5 02 04 00 Current Optimized Offline Data Migration 222 ...
Страница 248: ...Offline Data Migration 248 ...
Страница 258: ...Diagnostics and troubleshooting 258 ...
Страница 306: ...Command referencecommand reference 306 ...
Страница 330: ... Blade number 1 or 2 Simple Network Management Protocol setup 330 ...
Страница 368: ...Saving and restoring the MPX200 configuration 368 ...
Страница 402: ...Data migration best practices 402 ...
Страница 408: ...408 ...