oracular (8) intel_lpmd.8.gz

Provided by: intel-lpmd_0.0.7-0ubuntu1_amd64 bug

NAME

       intel_lpmd - Intel Energy Optimizer (LPMD) Daemon

SYNOPSIS

       intel_lpmd  [ OPTIONS ]

DESCRIPTION

       intel_lpmd  is  a  Linux daemon used for energy optimization on Intel hybrid systems.  This daemon uses a
       configuration file "intel_lpmd_config.xml".  Based on the configuration, it will choose right set of CPUs
       to  enable. For example, this daemon can monitor system utilization and choose a set of low power CPUs to
       enable and disable the rest.  This enable disable of CPUs are done using Linux cpuset  feature  of  intel
       power clamp driver.

       There  is  a  control  utility  distributed  along  with  this  daemon.   This  control utility is called
       "intel_lpmd_control". This utility can be used to set different modes  for  this  daemon.   For  example:
       intel_lpmd_control  ON      To turn on low power mode operation.  intel_lpmd_control OFF      To turn off
       low power mode operation.  intel_lpmd_control AUTO      To turn on low power mode operation in auto mode,
       which      allows low power mode based on system utilization.

OPTIONS

       -h --help
              Print the help message

       --version
              Print intel_lpmd version and exit

       --no-daemon
              Don't run as a daemon: Default is daemon mode

       --systemd
              Assume daemon is started by systemd

       --loglevel=
              log severity: can be info or debug

       --dbus-enable
              Enable Dbus server to receive requests via Dbus

       --ignore-platform-check
              Ignore platform check

EXAMPLES

       intel_lpmd --loglevel=info --no-daemon --dbus-enable
              Run intel_lpmd with log directed to stdout

       intel_lpmd --systemd --dbus-enable
              Run intel_lpmd as a service with logs directed to system journal

SEE ALSO

       intel_lpmd_config.xml(5)

AUTHOR

       Written by Zhang Rui <rui.zhang@intel.com>

                                                   1 Jun 2023                                      intel_lpmd(8)