Step 1 | Server#
scope
chassis
|
Enters chassis
command mode.
|
Step 2 | Server /chassis
#
scope
power-cap-config
|
Enters power cap
command mode.
|
Step 3 | Server /chassis
/power-cap-config#
set
pow-cap-enable {yes |
no}
|
Enables or
disables the power capping capability of the server.
|
Step 4 | Server
/chassis /power-cap-config#
commit
|
Commits the
transaction to the system.
|
Step 5 | Server /chassis
/power-cap-config#
scope
power-profile
advance
|
Enters the
advance command mode of a power profile.
|
Step 6 | Server /chassis
/power-cap-config#
set
allow-throttle {yes |
no}
|
Enables or
disables the system to maintain the power limit by forcing the processor to use
the throttling state (T-state) and memory throttle.
|
Step 7 | Server /chassis
/power-cap-config#
set
corr-time
value
|
Sets the maximum
time to take corrective actions in order to bring the platform back to the
specified power limit before taking the actions specified in the
Action mode.
The range is
from 3 and 600 seconds. The default is 3 seconds.
|
Step 8 | Server /chassis
/power-cap-config#
set
cpu-power-limit
value
|
Specifies the
power limit for the CPU.
Enter power in
watts within the range specified.
|
Step 9 | Server /chassis
/power-cap-config#
set
cpu-safe-throttle
value
|
Specifies the
throttling level for the CPU.
The range is
from 0 and 100 percentage.
|
Step 10 | Server /chassis
/power-cap-config#
set
except-action {alert |
shutdown}
|
Specifies the
action to be performed if the specified power limit is not maintained within
the correction time. This can be one of the following:
-
Alert—Reports the event to the Cisco IMC SEL.
-
Shutdown—Gracefully shuts down the host.
-
None—No actions are taken.
|
Step 11 | Server
/chassis /power-cap-config#
set
hard-cap {yes |
no}
|
Enables or
disables the system to maintain the power consumption below the specified power
limit.
|
Step 12 | Server
/chassis /power-cap-config#
set
mem-pow-limit
value
|
Specifies the
power limit for the memory.
Enter power in
watts within the range specified.
|
Step 13 | Server
/chassis /power-cap-config#
set
mem-safe-Tlvl
value
|
Specifies the
throttling level for the memory.
The range is
from 0 and 100 percentage.
|
Step 14 | Server
/chassis /power-cap-config#
set
fail-safe-timeout
value
|
Specifies a
safe throttle policy when the power capping functionality is impacted internal
faults such as missing power readings for platforms or CPUs.
The range is
from 1 and 10 seconds.
|
Step 15 | Server
/chassis /power-cap-config#
set
plat-safe-Tlvl
value
|
Specifies the
throttling level for the platform in percentage.
The range is
from 0 and 100.
|
Step 16 | Server
/chassis /power-cap-config#
set
plat-temp
value
|
Specifies the
inlet temperature sensor.
Enter value in
Celsius.
|
Step 17 | Server
/chassis /power-cap-config#
set
pow-limit
value
|
Specifies the
power limit.
Enter power in
watts within the range specified.
|
Step 18 | Server
/chassis /power-cap-config#
set
susp-pd {h:m-h:m
|
|ll,Mo,Tu,We,Th,Fr,Sa,Su.}
|
Specifies the
time period that the power capping profile will not be active.
|
Step 19 | Server
/chassis /power-cap-config#
set
thermal-power-limit
value
|
Specifies the
power limit to be maintained.
Enter power in
watts within the range specified.
|
Step 20 | Server
/power-cap #
commit
|
Commits the
transaction to the system configuration.
|