Fibre Channel Host Id Address Setting - HP Surestore Disk Array 12h - And FC60 Service Manual

a low range of IDs (0, 1, 2, 3, and 4) and a high range of IDs (8, 9, 10, 11, and 12). (BCCs are
also provided addresses as shown in
the physical slot number.
The assignment of the SCSI IDs differs depending on whether the enclosure is operating in
full-bus or split-bus mode. When full-bus mode is selected, the low ID range (0 - 4) is
assigned to the even disk slots, and the high range (8 - 12) is assigned to the odd slots. See
Table 19. When the disk enclosure is in split-bus mode, the low ID range is assigned to both
the even slots and the odd slots. This is possible because the two busses are isolated within
the enclosure. See "How are disk modules in the array identified?" on page 190
additional disk module addressing information.
Table 19
Disk Slot, Full-Bus/Split-Bus Mode, SCSI IDs
BCC A (or B)
BCC-A (Even Slots)
BCC-B (Odd Slots)

Fibre Channel Host ID Address Setting

The controller enclosure has two Fibre Channel connections, one for each controller
module. Each controller module communicates with the host through its Fibre Channel
loop connection. Internally the two controllers are connected to a common Fibre Channel
loop. Because they are connected to a common loop, each controller module must have a
unique Fibre Channel Host ID.
The Fibre Channel Host IDs are selected by two separate DIP switches located on the back
of the controller enclosure. See
Table 19). Note that the SCSI IDs do not correspond to
Physical Disk Slot #s
0 1 2 3 4
Full-Bus Mode SCSI IDs
0 8 1 9 2
Split-Bus Mode SCSI IDs
0 - 1 - 2
- 0 - 1 -
Figure 56. Switch Host ID BD1 SW1 selects the address for
5 6 7 8
10 3 11 4 12
- 3 - 4
2 - 3 -
Configuration Switches
for
BCC
9 A B
14 15
- 15 -
4 - 15
145