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Checking Registration of Fibre Channel Devices in
Name Server
Entering the "nsshow" command on the console allows current fibre channel devices registered in
the name server for FC Switch Modules to be known.
Type "nsshow" on the console.
Sample screen displayed by "nsshow"
WH040000363:admin> nsshow
{
Type Pid COS PortName NodeName TTL(se
c)
N 010500; 2,3;10:00:00:00:c9:51:fe:97;20:00:00:00:c9:51:fe:97; na
FC4s: FCIP FCP
NodeSymb: [39] "Emulex LPe1105-NEC FV2.50A8 DV5-1.20A3 "
Fabric Port Name: 20:05:00:05:1e:02:04:09
Permanent Port Name: 10:00:00:00:c9:51:fe:97
N 011100; 3;20:05:00:30:13:84:04:6c;20:00:00:30:13:84:04:6c; na
FC4s: FCP [NEC iStorage 1000 1400]
Fabric Port Name: 20:11:00:05:1e:02:04:09
Permanent Port Name: 20:05:00:30:13:84:04:6c
The Local Name Server has 2 entries }
WH040000363:admin>
Check that the "nsshow" command can show various information on fibre channel
devices linked up to FC Switch Modules.
If the information on a connected device does not appear, the device, SFP module or
FC cable may be defected.
For details of the displayed information, refer to the User’s Guides of the connected
fibre channel devices.
Information displayed by "nsshow"
Item Display
Type
Indicates port status.
" N," "NL", and "U" mean N_Port, NL_Port and unknown status, respectively.
PID
Indicates the 24-bit ID of each fibre channel device.
Consists of a 6-digit value in the format of "xxyyzz" as follows:
xx: Domain ID of switch
yy: Port number (hexadecimal notation)
zz: Loop ID ("00" in fabric connection)
PortName
Indicates the world wide port name (WWPn) of each connected fibre channel device.
NodeName
Indicates the world wide node name (WWNn) of each connected fibre channel device.
"nsshow" allows you to know WWPn’s of fibre channel devices connected to FC Switch
Modules. WWPn’s can be used for various settings of peripherals.
Depending on the type of the OS you use, "PID" has some influence on the hardware
path of the logic with which the OS recognizes disk array units. Take sufficient note on
the PID if a job is done to change the PID after system operation is started.
Related jobs:
Change of domain ID and change of port topology of connected device
Summary of Contents for SIGMABLADE N8406-019
Page 2: ...2 N8406 019 N8406 020 FC N8406 019 N8406 020 FC SIGMABLADE SIGMABLADE...
Page 6: ...6...
Page 8: ...8 OFF NF9330 SF02 SFP 1 20cm SFP...
Page 9: ...9 SIGMABLADE...
Page 12: ...12 SIGMABLADE SIGMABLADE SIGMABLADE...
Page 14: ...14 N8406 019 N8406 020 FC Windows 3 6...
Page 16: ...16 SIGMABLADE...
Page 18: ...18...
Page 24: ...24 1 ID or ID 3 Status Status 3 ACT 1 1 Status...
Page 25: ...25 Status LED LED SFP SFP Fibre Channel 1 Disable 0 25 Speed LED LED 1Gbps 2Gbps 4Gbps 1Gbps...
Page 27: ...27 4 SIGMABLADE SFP FC SFP FC FC FC FC...
Page 29: ...29 SIGMABLADE SIGMABLADE SIGMABLADE SIGMABLADE SIGMABLADE SIGMABLADE SIGMABLADE...
Page 30: ...30 SIGMABLADE SIGMABLADE SIGMABLADE 10 Fibre Channel SIGMABLADE SIGMABLADE CPU Fibre Channel...
Page 31: ...31 SIGMABLADE FC FC FC FC FC FC SFP SFP 4 2 SFP SFP...
Page 32: ...32 SIGMABLADE SIGMABLADE SIGMABLADE SIGMABLADE SIGMABLADE FC 4...
Page 34: ...34 SFP SFP SFP SFP SFP N8406 FC NF9330 SF02 SFP N8406 FC...
Page 35: ...35 4 3 FC PASSWORD Domain ID Principal Selection Mode FC...
Page 65: ...65 1 Principal Principal Principal Selection Mode 2 1 1 Fabric I O 2 2 2 Fabric I O 1 2 1 2...
Page 66: ...66 3 1 Fabric I O 2 2 2 Fabric I O 2 3 2 3 1 1...
Page 67: ...67 3 3 1 Fabric I O 4 1 Fabric I O 2 3 1 2 3 4 1...
Page 68: ...68 2 2 2 Fabric I O 3 4 1 Fabric I O 2 3 4 1 2 3 4 1...