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Chapter 3: Management
31
The system returns:
Link Status:
==================================================================
Phy
Port
Type
Rate
Init
Dev
Link
PRdy
==================================================================
0
DSK01
SAS
3.0G
OK
End
----
Rdy
1
DSK02
SAS
3.0G
OK
End
----
Rdy
2
DSK03
SAS
3.0G
OK
End
----
Rdy
3
DSK04
SAS
3.0G
OK
End
----
Rdy
4
DSK05
SAS
3.0G
OK
End
----
Rdy
5
DSK06
SAS
3.0G
OK
End
----
Rdy
6
DSK07
SAS
3.0G
OK
End
----
Rdy
7
DSK08
SAS
3.0G
OK
End
----
Rdy
8
DSK09
SAS
3.0G
OK
End
----
Rdy
9
DSK10
SAS
3.0G
OK
End
----
Rdy
10
DSK11
SAS
3.0G
OK
End
----
Rdy
11
DSK12
SAS
3.0G
OK
End
----
Rdy
12
DSK13
SAS
3.0G
OK
End
----
Rdy
13
DSK14
SAS
3.0G
OK
End
----
Rdy
14
DSK15
SAS
3.0G
OK
End
----
Rdy
15
DSK16
SAS
3.0G
OK
End
----
Rdy
16
CN#1
----
----
----
----
----
----
17
CN#1
----
----
----
----
----
----
18
CN#1
----
----
----
----
----
----
19
CN#1
----
----
----
----
----
----
20
CN#2
SAS
3.0G
OK
End
----
Rdy
21
CN#2
SAS
3.0G
OK
End
----
Rdy
22
CN#2
SAS
3.0G
OK
End
----
Rdy
23
CN#2
SAS
3.0G
OK
End
----
Rdy
Phy : PHY ID Port: Port Id
Type: SAS or SATA
Rate: Rate 3G/6G Init: Init Passed Dev : Device Type
Link: Link Connected PRdy: Phy Ready
------------------------------------------------------------------
The following items are reported in the table above:
•
Phy
– Each link is a PHY, numbered 0 through 23
•
Port
– DSK01 through DSK16 represent drive slots. Each slot has one PHY.
CN#1 refers to the SAS IN port and CN#2 refers to the SAS OUT port on the
I/O module. Each port has four PHYs. See page 25, Figure 4.
•
Type
– Physical drive type, SAS or SATA