Table 14-3. show hardware Commands
Command
show hardware stack-unit {0-11} unit {0-1}
ipmc-replication
show hardware stack-unit {0-11} unit {0-1}
port-stats [detail]
show hardware stack-unit {0-11} unit {0-1}
register
show hardware stack-unit {0-11} unit {0-1}
table-dump {table name}
Environmental monitoring
The S4810 components use environmental monitoring hardware to detect transmit power readings, receive
power readings, and temperature updates. To receive periodic power updates, the
command must be enabled. The output in
interval
Figure 14-6. show interfaces transceiver Command Example
FTOS#show interfaces
--
RPM Environment Status
Slot
Status
--------------------------------------
0
active
1
not present
Recognize an over-temperature condition
An over-temperature condition occurs, for one of two reasons:
•
The card genuinely is too hot.
•
A sensor has malfunctioned.
Inspect cards adjacent to the one reporting the condition to discover the cause.
•
If directly adjacent cards are not normal temperature, suspect a genuine overheating condition.
•
If directly adjacent cards are normal temperature, suspect a faulty sensor.
When the system detects a genuine over-temperature condition, it powers off the card. To recognize this
condition, look for the system messages in
Message 3 Over Temperature Condition System Messages
CHMGR-2-MAJOR_TEMP: Major alarm: chassis temperature high (temperature reaches or exceeds threshold of
[value]C)
CHMGR-2-TEMP_SHUTDOWN_WARN: WARNING! temperature is [value]C; approaching shutdown threshold of [value]C
360
|
S-Series Debugging and Diagnostics
Description
View the Multicast IPMC replication table from the bShell.
View the internal statistics for each port-pipe (unit) on per port basis.
View the stack-unit internal registers for each port-pipe.
View the tables from the bShell through the CLI without going into the
bShell.
--
Temp
Voltage
33C
ok
Message
Figure 14-6
displays the environment status of the RPM.
3.
enable optic-info-update