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4-4. Connecting Peripherals
Connect a fibre channel peripheral to the FC Switch Module through a fibre channel cable according to
procedure below:
1.
Check the number of the port on the FC Switch Module on which the fibre channel device will be
installed.
2.
Clean the optical connector on the SFP module and the mating connector of the fibre channel cable
used for connection with compressed air spray or exclusive cleaner.
3.
Insert the connector to the SFP module on the FC Switch Module securely to connect it.
4.
Clean the connector on the fibre channel device and the other connector of the fibre channel cable
with compressed air spray or exclusive cleaner.
5.
Connect the connector of the cable to the fibre channel device.
The part numbers of available optical cables and their lengths are as follows:
NF9320-SJ01 (5 m), NF9320-SJ11 (5 m, reinforced shield type),
NF9320-SJ02 (10 m), NF9320-SJ12 (10 m, reinforced shield type),
NF9320-SJ03 (20 m), NF9320-SJ13 (20 m, reinforced shield type),
NF9320-SJ04 (50 m), and NF9320-SJ14 (50 m, reinforced shield type)
The following expert knowledge is required for optical cables. Note the following on connections of
optical cables:
If dust and/or fingerprints adhere to contacts on a fibre channel cable, then the optical power and/or
sensitivity of the cable may decrease to make the cable unavailable. Accordingly, before a fibre
channel cable can be connected to an SFP module or fibre channel device, it should be cleaned by
compressed air spray or exclusive cleaner to remove adhesions on the contacts.
Route a fibre channel cable with bending radius of 50 mm or larger.
Do not put labels near the ends of a fibre channel cable if required. The tips of the optical
connectors are opened to cause poor connections.
The cores of fibre channel cables are made of quartz glass. Thus, the tips of a connector are highly
sensitive to be damaged easily by mechanical shock or collision with a hard object.
Do not use any interface cables not authorized by NEC. Always use
interface cables authorized by NEC. Using interface cables other than those
authorized by NEC may cause fire to occur due to short circuit. Note the
following on handing interface cables:
– Do not use damaged cables and connectors.
– Do not step on cables.
– Do not put objects on cables.
– Do not use cables with loose connections.
– Do not apply sudden strain, bending, twisting to portions near the
connectors of cables.
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...