HP Virtual Connect 1.10Gb-F Ethernet Module for c-Class BladeSystem - Manual (Page 28)

Command line 28
Item Description
Properties
Name (optional) The new name of the fabric
Speed (optional) The port speed for the uplink ports in the fabric Valid values include “Auto”, “1Gb”,
“2Gb”, "4Gb", and “8Gb”. The default port speed is “Auto”.
Speed restrictions:
• For HP 4Gb VC-FC Module and HP Virtual Connect 4Gb FC Module, valid
speed values include "Auto","1Gb","2Gb", and "4Gb".
• For HP VC 8Gb 24-Port FC Module, valid speed values include
"Auto","2Gb","4Gb", and "8Gb".
Login (optional) Specifies the login distribution scheme to use for load balancing. Valid values
include "Static" and "Dynamic". The default login distribution is "Dynamic".
Ports (optional) A list of one or more logical FC ports associated with the fabric. Each port is
specified in the format ",,...", where port is the interconnect module
port to be modified in the fabric (affects all modules within a bay group). A blank
string removes all the ports that are assigned to the fabric.
Examples
->set fabric MyFabric1 Name=MyNewName1
Changes the name of an existing fabric
->set fabric MyFabric2 Speed=2Gb Login=Dynamic
Modifies the port speed and login distribution
->set fabric MyFabric3 Ports=1,2,3,4
Modifies the fabric ports contained in the fabric
->set fabric MyFabric4 ports=””
Removes the fabric ports assigned to the fabric
->set fabric MyFabric5 -loadBalance
Performs load balancing on a fabric with dynamic login distribution
Item Description
show fabric Display all FC SAN fabrics.
Syntax show fabric [ | *]
Parameter
FabricName
(optional)
Name of an existing FC SAN fabric. “*” displays a detailed output of all the fabrics
in the VC domain. If not specified, a summary output of all fabrics is displayed.
Examples
->show fabric
Displays a summary listing of all FC SAN fabrics
->show fabric *
Displays detailed information for all FC SAN fabrics
The WWN in the display output refers to the port WWN, not the node WWN.
->show fabric SAN_5
Displays detailed information for a specific FC SAN fabric