Mini Kabibi Habibi

Current Path : C:/Windows/System32/en-US/
Upload File :
Current File : C:/Windows/System32/en-US/powrprof.dll.mui

MZ����@���	�!�L�!This program cannot be run in DOS mode.

$5�<�q�R�q�R�q�R�e���p�R�e�P�p�R�Richq�R�PEL�!�

�K@ l�8.rdata�@@.rsrc� �@@Y;/�
T88Y;/�$��8.rdata8x.rdata$zzzdbg �.rsrc$01�+��.rsrc$02 ��$�t�g}ƨA=7�1�E����>Y;/���0�H�(�@�X�:p�����������	�
�
0�H�`�x������������ �8�P� h�!��#��$��&��'��,��-�.(�/@�0X�1p�2��3��4��9��?��@�E�F0�GH�H`�Ix�J��K��L��M��N��O�P �R8�XP�^h�_��e��k��l������		 	0	@	P	`	p	�	�	�	�	�	�	�	�					 		0		@		P		`		p		�		�		�		�		�		�		�		�		
	
	 
	0
	@
	P
	`
	p
	�
	�
	�
	�
	�
	�
	�
	�
			 	0	@	P	`	p	�	�	�	�	�	��+���,���.H��/h�41���1��L8&�t:��;��(=���?���E���F(��H&�KZ�xLH��Q���Rf��Z�`���h��hm���o���p���s4��t���xP��z���{��P}@�����h���H�n��� �ؙ��t�X��������H������.�������X��j�P�F�����$��4�:�p��
�P��
�������r�H�v����������f���J��8������H����MUI����r��p;�=���Px�㝍�=���U~��6����MUIen-USDSaves energy by reducing your computer s performance where possible.Power saver,Favors performance, but may use more energy.High performanceOAutomatically balances performance with energy consumption on capable hardware.Balanced?Power plan used when there are no users logged into the system.System power plan0Provides ultimate performance on higher end PCs.Ultimate Performance
Do nothing
Do nothingSleepSleep	Hibernate	Hibernate	Shut down	Shut down
Do nothing
Do nothingTurn off the displayTurn off the displayTurn on the displayTurn on the displaySeconds%MillisecondsMicrosecondsMBMinutes
State TypeMHzTThe default Windows power plan types include Balanced, Power saver, and High performance. The three types are designed to balance power savings while providing performance on demand, maximize power savings, or maximize performance. Many system components use the power plan type to deciding whether to optimize power savings or performance.Power plan typeCRequire a password to unlock the computer when it wakes from sleep.Require a password on wakeupASpecify how long your computer is inactive before going to sleep.Sleep after>Specify how long your computer is inactive before hibernating.Hibernate afternAllow Windows to save your work and enter a low-power state so that you can resume working almost immediately.Allow hybrid sleepBEnables system to show a progress bar during transitions to sleep.Enable Sleep Progress BarOnOnOffOffNoSpecify sleep settings.SleepDAllow Windows to use the standby states when sleeping your computer.Allow Standby StatesYesJSpecify if timed events should be allowed to wake the computer from sleep.Allow wake timersDeep Sleep DisabledDeep Sleep EnabledPAZIdle timeout before the system returns to a low power sleep state after waking unattended.System unattended sleep timeoutPAKSpecifies the policy for devices powering down while the system is running.Device idle policy%Favor performance over power savings.Performance%Favor power savings over performance.
Power savingsPA;Configure notification and alarm settings for your battery.BatteryPSpecify the action to take when the battery capacity reaches the critical level.Critical battery actionXSpecify the action that your computer takes when battery capacity reaches the low level.Low battery actionThird Low Battery Alarm ActionThird Low Battery Alarm ActionPAFourth Low Battery Alarm ActionFourth Low Battery Alarm Action]Specify whether a notification is shown when the battery capacity reaches the critical level.Critical battery notificationXSpecify whether a notification is shown when the battery capacity reaches the low level.Low battery notification.Flags and settings for third low battery alarmThird low-battery alarm flags/Flags and settings for fourth low battery alarmFourth low-battery alarm flagsUPercentage of battery capacity remaining that initiates the critical battery action. Critical battery levelOPercentage of battery capacity remaining that initiates the low battery action.Low battery levelLPercent battery power remaining when third low-power action should be taken.Third power trip pointPAMPercent battery power remaining when fourth low-power action should be taken.Fourth power trip pointSSpecify what your computer does when you close the lid and press the power buttons.Power buttons and lid;Specify the action to take when you press the power button.Power button action;Specify the action to take when you press the sleep button.Sleep button actionUSpecify the action that your computer takes when you close the lid on your mobile PC.Lid close actionFSpecify the action to take when you press the Start menu power button.Start menu power button2Specify the action to take when the lid is opened.Lid open actionPA5Specify power management settings for your hard disk.	Hard diskGSpecify how long your hard drive is inactive before the disk turns off.Turn off hard disk afterPAcAllow the system to adapt the harddisk power down timeout based on system usage and recent history."Enable adaptive powerdown timeout.UThe harddisk may reduce its speed after the specified time of inactivity is detected.Harddisk lowspeed timeout.aAllow the system to adapt the harddisk lowspeed timeout based on system usage and recent history.Adaptive lowspeed timeout^Ignore a burst of disk activity up to the specified time when determining if the disk is idle.Hard disk burst ignore timeLSpecifies the the power consumption level storage devices should not exceed.Maximum Power LevelCEnable or Disable NVMe Non-Operational Power State Permissive Mode.NVMe NOPPME@Specify power management settings for your computer s processor.Processor power management�Processor performance settings which allow the system to lower processor performance (and power consumption) if the system is not doing any work.Processor throttle setting.$Disable any processor power savings.Disable�Lower the maximum frequency of the processor. Regardless of the workload demands, the processor will run at a reduced frequency, thus drawing less power.!Lower maximum processor frequency�Adaptively lower the maximum processor frequency, based on remaining battery life. Regardless of the workload demands, the processor will run at a reduced frequency, thus drawing less power.1Adaptively lower the maximum processor frequency.�Adaptively adjust the processor frequency based on workload demands. This setting will significantly reduce power consumption of the processor, while have very little effect on performance.&Adaptively adjust processor frequency.ISpecify the maximum performance state of your processor (in percentage). Maximum processor stateISpecify the minimum performance state of your processor (in percentage). Minimum processor statePA(Specify the cooling mode for your systemSystem cooling policy.Slow the processor before increasing fan speedPassive/Increase fan speed before slowing the processorActivevSpecify the upper busy threshold that must be met before increasing the processor's performance state (in percentage).(Processor performance increase thresholdvSpecify the lower busy threshold that must be met before decreasing the processor's performance state (in percentage).(Processor performance decrease thresholdJAllow processors to use throttle states in addition to performance states.Allow Throttle States-Select the ideal processor performance state.IdealhSelect the processor performance state one closer to ideal than the current processor performance state.Single;Select the highest speed/power processor performance state.Rocket:Select the lowest speed/power processor performance state.Rocket�Specify the algorithm used to select a new performance state when the ideal performance state is higher than the current performance state.%Processor performance increase policy�Specify the algorithm used to select a new performance state when the ideal performance state is lower than the current performance state.%Processor performance decrease policy�Specify the minimum number of perf check intervals since the last performance state change before the performance state may be increased.#Processor performance increase time�Specify the minimum number of perf check intervals since the last performance state change before the performance state may be decreased.#Processor performance decrease time~Specify the amount that must expire before processor performance states and parked cores may be reevaluated (in milliseconds).)Processor performance time check intervalPA3Specify power management settings for your display.DisplayISpecify how long your computer is inactive before your display turns off.Turn off display after}Extends the time that Windows waits to turn off the display if you repeatedly turn on the display with the keyboard or mouse.Adaptive displayDSpecify how long your computer is inactive before your display dims.Dim display afterdMonitors ambient light sensors to detect changes in ambient light and adjust the display brightness.Enable adaptive brightness*Specifies console lock display off timeout Console lock display off timeoutPAOSpecify the policy to decide visual quality of Advanced Color capable displays.Advanced Color quality biasAAdvanced Color display mode would be biased towards battery life. Advanced Color power saving biasCAdvanced Color display mode would be biased towards visual quality."Advanced Color visual quality bias7Enable or disable passive cooling policy on the system.Passive Cooling ModePA4Specify the normal brightness level of your display.Display brightness8Do not allow Windows to wake from sleep on timed events.Disable1Allow Windows to wake from sleep on timed events.Enable=Specify the brightness level for when your display is dimmed.Dimmed display brightness@Allow Windows to wake from sleep only on important timed events.Important Wake Timers Only/Allow away mode to be enabled for your computerAllow Away Mode Policy#Don't Allow away mode to be enabledNoAllow away mode to be enabledYesCAllow programs to prevent machine from going to sleep automaticallyAllow system required policyIDon't allow programs to prevent machine from going to sleep automaticallyCAllow programs to prevent machine from going to sleep automatically@Allow programs to prevent display from turning off automaticallyAllow display required policyFDon't allow programs to prevent display from turning off automatically@Allow programs to prevent display from turning off automatically%PCI Express Power Management SettingsPCI ExpressiSpecifies the Active State Power Management (ASPM) policy to use for capable links when the link is idle.Link State Power ManagementTurn off ASPM for all links.Off/Attempt to use the L0S state when link is idle.Moderate power savings2Attempt to use the L1 state when the link is idle.Maximum power savings	BatterieslSpecify if idle state promotion and demotion values should be scaled based on the current performance state. Processor idle threshold scaling*Specify if idle states should be disabled.Processor idle disable�Specify the time that elapsed since the last idle state promotion or demotion before idle states may be promoted or demoted again (in microseconds).Processor idle time checkxSpecify the upper busy threshold that must be met before demoting the processor to a lighter idle state (in percentage).Processor idle demote thresholdxSpecify the lower busy threshold that must be met before promoting the processor to a deeper idle state (in percentage). Processor idle promote thresholdbEnable scaling of idle state promotion and demotion values based on the current performance state.Enable scalingcDisable scaling of idle state promotion and demotion values based on the current performance state.Disable scalingEnable idle states.Enable idleDisable idle states.Disable idleTime check intervals�Specify how much processors may opportunistically increase frequency above maximum when allowed by current operating conditions."Processor performance boost policymSpecify the number of processor performance time check intervals to use when calculating the average utility.#Processor performance history countKSpecify the processor performance in response to latency sensitivity hints..Latency sensitivity hint processor performanceDisabledEnabled�Specify how processors select a target frequency when allowed to select above maximum frequency by current operating conditions. Processor performance boost mode8Don't select target frequencies above maximum frequency.Disabled2Select target frequencies above maximum frequency.EnabledLAlways select the highest possible target frequency above nominal frequency.
Aggressive3Specify the deepest idle state that should be used.Processor idle state maximum\Select target frequencies above maximum frequency if hardware supports doing so efficiently.Efficient EnabledvAlways select the highest possible target frequency above nominal frequency if hardware supports doing so efficiently.Efficient Aggressive@Automatically use throttle states when they are power efficient.	AutomaticOAlways select the highest possible target frequency above guaranteed frequency.Aggressive At GuaranteedyAlways select the highest possible target frequency above guaranteed frequency if hardware supports doing so efficiently."Efficient Aggressive At GuaranteedISelect the ideal processor performance state optimized for responsivenessIdealAggressiveIdeal number of coresIdeal number of coresSingle coreSingle coreOne eighth coresAll possible coresLSpecify the number of cores/packages to unpark when more cores are required.2Processor performance core parking increase policyKSpecify the number of cores/packages to park when fewer cores are required.2Processor performance core parking decrease policyNSpecify the maximum number of unparked cores/packages allowed (in percentage).,Processor performance core parking max coresNSpecify the minimum number of unparked cores/packages allowed (in percentage).,Processor performance core parking min coresPAoSpecify the minimum number of perf check intervals that must elapse before more cores/packages can be unparked.0Processor performance core parking increase timemSpecify the minimum number of perf check intervals that must elapse before more cores/packages can be parked.0Processor performance core parking decrease timeTSpecify whether the core parking engine should distribute utility across processors.7Processor performance core parking utility distributionAll possible coresOne eighth corescSpecify the anticipated execution latency at which a soft parked core can be used by the scheduler.4Processor performance core parking soft park latencylSpecify the busy threshold that must be met before a parked core is considered overutilized (in percentage).<Processor performance core parking overutilization thresholddSpecify the minimum number of unparked cores/packages when a latency hint is active (in percentage).4Latency sensitivity hint min unparked cores/packagesWSpecify the busy threshold that must be met when calculating the concurrency of a node.8Processor performance core parking concurrency thresholdfSpecify the busy threshold that must be met by all cores in a concurrency set to unpark an extra core.AProcessor performance core parking concurrency headroom thresholdbSpecify the percentage utilization used to calculate the distribution concurrency (in percentage).9Processor performance core parking distribution threshold
No PreferenceDeepest Performance StateLightest Performance State>Specify what performance state a processor enters when parked.;Processor performance core parking parked performance stateXSpecify whether processors should autonomously determine their target performance state.%Processor performance autonomous modeEDetermine target performance state using operating system algorithms.>Determine target performance state using autonomous selection.kSpecify how much processors should favor energy savings over performance when operating in autonomous mode..Processor energy performance preference policyfSpecify the time period over which to observe processor utilization when operating in autonomous mode.$Processor autonomous activity window3Specify whether the processor may use duty cycling.Processor duty cycling Disallow processor duty cycling.Allow processor duty cycling.ESpecify the approximate maximum frequency of your processor (in MHz).Maximum processor frequencyPA1Enable forced shutdown for button and lid actions!Enable forced button/lid shutdownIdle resiliency settings.Idle Resiliency4Specifies Processor Idle Resiliency Timer Resolution*Processor Idle Resiliency Timer ResolutionSpecifies IO coalescing timeoutIO coalescing timeout2Specifies Execution Required power request timeout(Execution Required power request timeout"Specifies if Deep Sleep is EnabledDeep Sleep Enabled/DisabledPA&Presence Aware Power Behavior SettingsPresence Aware Power Behavior'Specifies Sensor Input Presence TimeoutSensor Input Presence TimeoutPA+Specifies Non-sensor Input Presence Timeout!Non-sensor Input Presence Timeout4Specifies Sensor Presence Display Power Down Timeout*Sensor Presence Display Power Down Timeout<Allow to enable/disable Sensor Presence Aware Power Behavior*Allow Sensor Presence Aware Power BehaviorInterrupt Steering SettingsInterrupt Steering SettingsInterrupt Steering ModeInterrupt Steering ModeDefaultDefaultRoute interrupts to Processor 0Processor 0!Route interrupts to any processor
Any processor:Route interrupts to any unparked processor with time delay&Any unparked processor with time delay*Route interrupts to any unparked processorAny unparked processorTarget Load for each ProcessorTarget LoadTenths of a percentITime a processor must remain unparked before interrupts are moved onto itUnparked time triggerMillisecondsLock Interrupt RoutingLock Interrupt RoutingRoute interrupts to Processor 1Processor 1.Specifies network connection state in Standby."Networking connectivity in StandbyEnable networking in Standby.EnableDisable networking in Standby.Disable:Network connection state in Standby is managed by Windows.Managed by Windows(Specifies the disconnected standby mode.Disconnected Standby ModePANormalNormal
Aggressive
AggressiveEnergy Saver settings.Energy Saver settingsBSpecifies battery charge level at which Energy Saver is turned on.Charge levelPercent battery chargeKSpecifies the percentage value to scale brightness when Energy Saver is on.Display brightness weightPA7Specify User Presence Prediction mode for your computerUser Presence Prediction mode&Disable User Presence Prediction mode.Disabled%Enable User Presence Prediction mode.EnabledkSpecifies the grace period before taking an adaptive action when the system has exceeded its standby budgetStandby Budget Grace PeriodlSpecifies percentage of battery per unit of time allowed to be consumed by the system while it is in standbyStandby Budget PercentuSpecifies the grace period before taking an adaptive action when the system is below the reserve battery charge levelStandby Reserve Grace PeriodsSpecifies the minimun active usage time that the battery charge level should allow before taking an adaptive actionStandby Reserve TimeGSpecifies percentage of battery charge which resets the adaptive budgetStandby Reset PercentagePA�Specify the number of processor performance time check intervals to use when calculating the average utility for Processor Power Efficiency Class 1.JProcessor performance history count for Processor Power Efficiency Class 1lSpecify the minimum performance state of your Processor Power Efficiency Class 1 processor (in percentage). >Minimum processor state for Processor Power Efficiency Class 1lSpecify the maximum performance state of your Processor Power Efficiency Class 1 processor (in percentage). >Maximum processor state for Processor Power Efficiency Class 1�Specify the minimum number of perf check intervals since the last performance state change before the performance state may be decreased for Processor Power Efficiency Class 1.JProcessor performance decrease time for Processor Power Efficiency Class 1�Specify the minimum number of perf check intervals since the last performance state change before the performance state may be increased for Processor Power Efficiency Class 1.JProcessor performance increase time for Processor Power Efficiency Class 1�Specify the algorithm used to select a new performance state when the ideal performance state is lower than the current performance state for Processor Power Efficiency Class 1.LProcessor performance decrease policy for Processor Power Efficiency Class 1�Specify the algorithm used to select a new performance state when the ideal performance state is higher than the current performance state for Processor Power Efficiency Class 1.LProcessor performance increase policy for Processor Power Efficiency Class 1�Specify the lower busy threshold that must be met before decreasing the processor's performance state (in percentage) for Processor Power Efficiency Class 1.OProcessor performance decrease threshold for Processor Power Efficiency Class 1PA�Specify the upper busy threshold that must be met before increasing the processor's performance state (in percentage) for Processor Power Efficiency Class 1.OProcessor performance increase threshold for Processor Power Efficiency Class 1rSpecify the processor performance in response to latency sensitivity hints for Processor Power Efficiency Class 1.ULatency sensitivity hint processor performance for Processor Power Efficiency Class 1�Specify the minimum number of unparked cores/packages when a latency hint is active for Processor Power Efficiency Class 1 (in percentage).[Latency sensitivity hint min unparked cores/packages for Processor Power Efficiency Class 1aSpecify what performance state a Processor Power Efficiency Class 1 processor enters when parked.bProcessor performance core parking parked performance state for Processor Power Efficiency Class 1uSpecify the minimum number of unparked cores/packages allowed for Processor Power Efficiency Class 1 (in percentage).SProcessor performance core parking min cores for Processor Power Efficiency Class 1uSpecify the maximum number of unparked cores/packages allowed for Processor Power Efficiency Class 1 (in percentage).SProcessor performance core parking max cores for Processor Power Efficiency Class 1�Specify the minimum number of perf check intervals since the last performance state change before the performance state may be decreased for Processor Power Efficiency Class 1.JProcessor performance decrease time for Processor Power Efficiency Class 1�Specify the minimum number of perf check intervals since the last performance state change before the performance state may be increased for Processor Power Efficiency Class 1.JProcessor performance increase time for Processor Power Efficiency Class 1�Specifies the performance level decrease threshold at which the Processor Power Efficiency Class 1 processor count is decreased (in units of Processor Power Efficiency Class 0 processor performance).nProcessor performance level decrease threshold for Processor Power Efficiency Class 1 processor count decrease�Specifies the performance level increase threshold at which the Processor Power Efficiency Class 1 processor count is increased (in units of Processor Power Efficiency Class 0 processor performance).nProcessor performance level increase threshold for Processor Power Efficiency Class 1 processor count increase�Processor performance level threshold change for Processor Power Efficiency Class 1 processor count change relative to Processor Power Efficiency Class 0 performance level.jProcessor performance level threshold change for Processor Power Efficiency Class 1 processor count change�Performance state floor for Processor Power Efficiency Class 0 when Processor Power Efficiency Class 1 is woken from a parked state.�A floor performance for Processor Power Efficiency Class 0 when there are Processor Power Efficiency Class 1 processors unparked`Initial performance state for Processor Power Efficiency Class 1 when woken from a parked state.HInitial performance for Processor Power Efficiency Class 1 when unparkedhSpecify the approximate maximum frequency of your Processor Power Efficiency Class 1 processor (in MHz).BMaximum processor frequency for Processor Power Efficiency Class 1�Specify how much Processor Power Efficiency Class 1 processors should favor energy savings over performance when operating in autonomous mode.UProcessor energy performance preference policy for Processor Power Efficiency Class 1PAiSpecify what policy to be used on systems with at least two different Processor Power Efficiency Classes.Heterogeneous policy in effectHeterogeneous policy 0.Use heterogeneous policy 0Heterogeneous policy 1.Use heterogeneous policy 1Heterogeneous policy 2.Use heterogeneous policy 2Heterogeneous policy 3.Use heterogeneous policy 3Heterogeneous policy 4.Use heterogeneous policy 4FSpecify what thread scheduling policy to use on heterogeneous systems.&Heterogeneous thread scheduling policy`Specify what thread scheduling policy to use for short running threads on heterogeneous systems.4Heterogeneous short running thread scheduling policy$Schedule to any available processor.All processors3Schedule exclusively to more performant processors.Performant processors5Schedule to more performant processors when possible.Prefer performant processors2Schedule exclusively to more efficient processors.Efficient processors4Schedule to more efficient processors when possible.Prefer efficient processors,Let the system choose an appropriate policy.	AutomaticPA-Specifies the policy to control Energy Saver.Energy Saver Policy+Engage Energy Saver based on user settings.User2Allow Windows to engage Energy Saver aggressively.
AggressivePA,Favor performance instead of energy savings.High Performance Overlay<Maximize bias towards performance instead of energy savings.Max Performance Overlay&Favor energy savings over performance.Better Battery-life OverlayyAvoid waking from hiberate via the legacy RTC wake alarm. Also defer hibernate in the presence of an immanent wake alarm.Legacy RTC mitigationsDisable legacy RTC mitigationsDisableEnable legacy RTC mitigationsEnablePAGraphics configuration settingsGraphics settings"Policy to determine GPU preferenceGPU preference policy
No preferenceNonePrefer low-power GPU	Low PowerPARCount of events below which processor responsiveness overrides should be disabled.3Processor responsiveness override disable thresholdeventsQCount of events above which processor responsiveness overrides should be enabled.2Processor responsiveness override enable threshold~Count of consecutive perf checks which must meet the disable threshold before processor responsiveness overrides are disabled..Processor responsiveness override disable time|Count of consecutive perf checks which must meet the enable threshold before processor responsiveness overrides are enabled.-Processor responsiveness override enable timezSpecifies the limit on the energy performance preference policy value when processor responsiveness overrides are enabled.GProcessor responsiveness override energy performance preference ceilinghSpecifies the minimum allowed processor performance when processor responsiveness overrides are enabled.3Processor responsiveness override performance floorPA00(PP<�	�\Info

 Information

 Temperature

Current

Voltage

Power

 Unspecified

Shutdown

Hibernate

Passive

Active

�4VS_VERSION_INFO��
aJ
aJ?�StringFileInfo�040904B0LCompanyNameMicrosoft CorporationZFileDescriptionPower Profile Helper DLLh$FileVersion10.0.19041.1 (WinBuild.160101.0800)2	InternalNamePOWRPROF�.LegalCopyright� Microsoft Corporation. All rights reserved.JOriginalFilenamePOWRPROF.DLL.MUIj%ProductNameMicrosoft� Windows� Operating System>
ProductVersion10.0.19041.1DVarFileInfo$Translation	�PADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADD