powrprof.dll.mui DLL ya Sethusi sa Porofaele ya Motlakase 2207f67da0ee240a04137f66d80b9739

File info

File name: powrprof.dll.mui
Size: 58368 byte
MD5: 2207f67da0ee240a04137f66d80b9739
SHA1: 52d6ff056b483e9f8fc8d5021795b014d4c0d4b4
SHA256: 39464d0fde5af88fc5bf377788bf3dfad7cacd65717c45a36e047a33cf48e568
Operating systems: Windows 10
Extension: MUI

Translations messages and strings

If an error occurred or the following message in Tswana language and you cannot find a solution, than check answer in English. Table below helps to know how correctly this phrase sounds in English.

id Tswana English
10E boloka maatla ka go fokotsa tiragatso ya khomphiutha ya gago fa go kgonega. Saves energy by reducing your computer’s performance where possible.
11Seboloka maatla Power saver
12E rata tiragatso, fela se ka dirisa motlakase o montsi. Favors performance, but may use more energy.
13Tiragatso e e kwa godimo High performance
14Se lekalekanya tiragatso le tiriso ya motlakase ka go itirisa mo serwethateng se se kgonang. Automatically balances performance with energy consumption on capable hardware.
15Lekalekane Balanced
16Power plan used when there are no users logged into the system. Power plan used when there are no users logged into the system.
17System power plan System power plan
50Do nothing Do nothing
51Se dire sepe Do nothing
52Tima nakwana Sleep
54Boba Hibernate
56Tswala gotlhelele Shut down
60Tima pontsho Turn off the display
62Tshuba pontsho Turn on the display
80Metsotswana Seconds
81% %
82Metsotswananyana Milliseconds
83Metsotswanannye Microseconds
84MB MB
85Metsotso Minutes
86State Type State Type
87MHz MHz
100The 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. The 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.
101Power plan type Power plan type
102Tlhoka khunololamoraba go lotlolola khomphiutha fa e tsoga mo go timiweng nakwana. Require a password to unlock the computer when it wakes from sleep.
103Tlhoka khunololamoraba fa e thanya Require a password on wakeup
104Tlhalosa gore khomphiutha ya gago e nna sebaka se se kae e sa dire pele ga e tima nakwana. Specify how long your computer is inactive before going to sleep.
105Tima nakwana morago ga Sleep after
106Tlhalosa gore khomphiutha ya gago e nna sebaka se se kae e sa dire pele ga e boba. Specify how long your computer is inactive before hibernating.
107Boba morago ga Hibernate after
108Letla Windows go boloka tiro ya gago le go tsenya seemo sa motlakase o o kwa tlase gore o kgone go simolola gape go dira ka gangwe fela. Allow Windows to save your work and enter a low-power state so that you can resume working almost immediately.
109Letla go tima nakwana go go tlhakaneng Allow hybrid sleep
110Enables system to show a progress bar during transitions to sleep. Enables system to show a progress bar during transitions to sleep.
111Enable Sleep Progress Bar Enable Sleep Progress Bar
114Tshubilwe On
116Timile Off
118Nnyaa No
119Tlhalosa thulaganyo jwa timo nakwana. Specify sleep settings.
121Allow Windows to use the standby states when sleeping your computer. Allow Windows to use the standby states when sleeping your computer.
122Allow Standby States Allow Standby States
123Ee Yes
124Lemosa gore fa ditiragalo di beetswe nako di tshwanetse go tsosa khomphiutha mo borokong. Specify if timed events should be allowed to wake the computer from sleep.
125Letla go tsoga go tswa mo nakwaneng ya timo Allow wake timers
126Timo ya Nako e Telele e Koafaditswe Deep Sleep Disabled
127Timo ya Nako e Telele e Kgontshitswe go Dira Deep Sleep Enabled
128Idle timeout before the system returns to a low power sleep state after waking unattended. Idle timeout before the system returns to a low power sleep state after waking unattended.
129System unattended sleep timeout System unattended sleep timeout
150Specifies the policy for devices powering down while the system is running. Specifies the policy for devices powering down while the system is running.
151Device idle policy Device idle policy
152Favor performance over power savings. Favor performance over power savings.
153Performance Performance
154Favor power savings over performance. Favor power savings over performance.
155Power savings Power savings
200Rulaganyetsa beterii ya gago thulaganyo ya kitsiso le alamo. Configure notification and alarm settings for your battery.
201Beterii Battery
202Tlhalosa kgato e e tsewang fa bokgoni jwa beterii bo fitlha mo boemong jo bo masisi. Specify the action to take when the battery capacity reaches the critical level.
203Kgato ya beterii e e masisi Critical battery action
204Tlhalosa kgato e e tsewang ke khomphiutha ya gago fa bokgoni jwa beterii bo fitlhelela kwa tlase. Specify the action that your computer takes when battery capacity reaches the low level.
205Kgato ya beterii e e kwa tlase Low battery action
206Third Low Battery Alarm Action Third Low Battery Alarm Action
208Fourth Low Battery Alarm Action Fourth Low Battery Alarm Action
210Flags and settings for first low battery alarm Flags and settings for first low battery alarm
211First low-battery alarm flags First low-battery alarm flags
212Tlhalosa gore a go bontshiwa kitsiso fa bokgoni jwa beterii bo fitlha kwa tlase. Specify whether a notification is shown when the battery capacity reaches the low level.
213Kitsiso ya beterii e e kwa tlase Low battery notification
214Flags and settings for third low battery alarm Flags and settings for third low battery alarm
215Third low-battery alarm flags Third low-battery alarm flags
216Flags and settings for fourth low battery alarm Flags and settings for fourth low battery alarm
217Fourth low-battery alarm flags Fourth low-battery alarm flags
218Diperesente tsa bokgoni jwa beterii jo bo setseng di simolola kgato ya beterii e e masisi. Percentage of battery capacity remaining that initiates the critical battery action.
219Seelo sa beterii se se masisi Critical battery level
220Diperesente tsa bokgoni jwa beterii jo bo setseng tse di simololang kgato ya beterii e e kwa tlase. Percentage of battery capacity remaining that initiates the low battery action.
221Seelo se se kwa tlase sa beterii Low battery level
222Percent battery power remaining when third low-power action should be taken. Percent battery power remaining when third low-power action should be taken.
223Third power trip point Third power trip point
224Percent battery power remaining when fourth low-power action should be taken. Percent battery power remaining when fourth low-power action should be taken.
225Fourth power trip point Fourth power trip point
250Tlhalosa se khomphiutha ya gago e se dirang fa o tswala sekhurumelo mme o tobetsa dikonopo tsa motlakase. Specify what your computer does when you close the lid and press the power buttons.
251Dikonopo tsa motlakase le sekhurumelo Power buttons and lid
252Tlhalosa kgato e e tshwanetseng go tsewa fa o tobetsa konopo ya motlakase. Specify the action to take when you press the power button.
253Tiro ya konopo ya motlakase Power button action
254Tlhalosa kgato e e tshwanetseng go tsewa fa o tobetsa konopo ya timo nakwana. Specify the action to take when you press the sleep button.
255Kgato ya konopo ya timonakwana Sleep button action
256Tlhalosa kgato e khomphiutha ya gago e e tsayang fa o tswala sekhurumelo mo khomphiutareng ya gago e e tsamayang. Specify the action that your computer takes when you close the lid on your mobile PC.
257Kgato ya go tswala sekhurumelo Lid close action
258Specify the action to take when you press the Start menu power button. Specify the action to take when you press the Start menu power button.
259Konopo ya lenaneokhomphiutha la motlakase la Simolola Start menu power button
260Tlhalosa kgato e e tshwanetseng go tsewa fa sekhurumelo se butswe. Specify the action to take when the lid is opened.
261Kgato ya go bula sekhurumelo Lid open action
300Tlhalosetsa disekethata ya gago thulaganyo ya tsamaiso ya motlakase. Specify power management settings for your hard disk.
301Disekethata Hard disk
302Tlhalosa gore setsamaisadisekethata sa gago se nna sebaka se se kae se sa dire pele ga diseke e tima. Specify how long your hard drive is inactive before the disk turns off.
303Tima disekethata morago ga Turn off hard disk after
304Allow the system to adapt the harddisk power down timeout based on system usage and recent history. Allow the system to adapt the harddisk power down timeout based on system usage and recent history.
305Enable adaptive powerdown timeout. Enable adaptive powerdown timeout.
306The harddisk may reduce its speed after the specified time of inactivity is detected. The harddisk may reduce its speed after the specified time of inactivity is detected.
307Harddisk lowspeed timeout. Harddisk lowspeed timeout.
308Allow the system to adapt the harddisk lowspeed timeout based on system usage and recent history. Allow the system to adapt the harddisk lowspeed timeout based on system usage and recent history.
309Adaptive lowspeed timeout Adaptive lowspeed timeout
310Ignore a burst of disk activity up to the specified time when determining if the disk is idle. Ignore a burst of disk activity up to the specified time when determining if the disk is idle.
311Hard disk burst ignore time Hard disk burst ignore time
312E totobatsa seemo sa tiriso ya maatla se didiriswa tsa polokelo di sa tshwanelang go se feta. Specifies the the power consumption level storage devices should not exceed.
313Seemo sa Maatla a Botlalokgolo Maximum Power Level
350Lemosa taolo ya motlakase ya boalo jwa tsamaiso ya khomphiutha ya gago. Specify power management settings for your computer’s processor.
351Tsamaiso ya motlakase wa selaodi Processor power management
352Processor performance settings which allow the system to lower processor performance (and power consumption) if the system is not doing any work. Processor performance settings which allow the system to lower processor performance (and power consumption) if the system is not doing any work.
353Processor throttle setting. Processor throttle setting.
354Disable any processor power savings. Disable any processor power savings.
355Disable Disable
356Lower the maximum frequency of the processor. Regardless of the workload demands, the processor will run at a reduced frequency, thus drawing less power. Lower the maximum frequency of the processor. Regardless of the workload demands, the processor will run at a reduced frequency, thus drawing less power.
357Lower maximum processor frequency Lower maximum processor frequency
358Adaptively 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. 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.
359Adaptively lower the maximum processor frequency. Adaptively lower the maximum processor frequency.
360Adaptively 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 the processor frequency based on workload demands. This setting will significantly reduce power consumption of the processor, while have very little effect on performance.
361Adaptively adjust processor frequency. Adaptively adjust processor frequency.
362Totobatsa tekanyetsokgolo ya seelo sa tiragatso ya selaodi sa gago (ka diperesente). Specify the maximum performance state of your processor (in percentage).
363Seelo se se kwa godimo sa selaodi Maximum processor state
364Totobatsa tekanyetsotlase ya seelo sa tiragatso ya selaodi sa gago (ka diperesente). Specify the minimum performance state of your processor (in percentage).
365Kgaolo ya selaodi ya selekanyo tlase Minimum processor state
370Lemosa mofuta wa ikhutso ya thulaganyo ya gago Specify the cooling mode for your system
371Pholisi ya ikhutso ya thulaganyo System cooling policy
372Slow the processor before increasing fan speed Slow the processor before increasing fan speed
373Nna fela Passive
374Oketsa lobelo la sefetlhamowa pele ga go fokotsa selaodi Increase fan speed before slowing the processor
375E e dirisiwang Active
376Specify the upper busy threshold that must be met before increasing the processor's performance state (in percentage). Specify the upper busy threshold that must be met before increasing the processor's performance state (in percentage).
377Processor performance increase threshold Processor performance increase threshold
378Specify the lower busy threshold that must be met before decreasing the processor's performance state (in percentage). Specify the lower busy threshold that must be met before decreasing the processor's performance state (in percentage).
379Processor performance decrease threshold Processor performance decrease threshold
380Allow processors to use throttle states in addition to performance states. Allow processors to use throttle states in addition to performance states.
381Allow Throttle States Allow Throttle States
382Select the ideal processor performance state. Select the ideal processor performance state.
383Ideal Ideal
384Select the processor performance state one closer to ideal than the current processor performance state. Select the processor performance state one closer to ideal than the current processor performance state.
385Single Single
386Select the highest speed/power processor performance state. Select the highest speed/power processor performance state.
387Rocket Rocket
388Select the lowest speed/power processor performance state. Select the lowest speed/power processor performance state.
390Specify the algorithm used to select a new performance state when the ideal performance state is higher than the current performance state. Specify the algorithm used to select a new performance state when the ideal performance state is higher than the current performance state.
391Processor performance increase policy Processor performance increase policy
392Specify the algorithm used to select a new performance state when the ideal performance state is lower than the current performance state. Specify the algorithm used to select a new performance state when the ideal performance state is lower than the current performance state.
393Processor performance decrease policy Processor performance decrease policy
394Specify the minimum number of perf check intervals since the last performance state change before the performance state may be increased. Specify the minimum number of perf check intervals since the last performance state change before the performance state may be increased.
395Processor performance increase time Processor performance increase time
396Specify the minimum number of perf check intervals since the last performance state change before the performance state may be decreased. Specify the minimum number of perf check intervals since the last performance state change before the performance state may be decreased.
397Processor performance decrease time Processor performance decrease time
398Specify the amount that must expire before processor performance states and parked cores may be reevaluated (in milliseconds). Specify the amount that must expire before processor performance states and parked cores may be reevaluated (in milliseconds).
399Processor performance time check interval Processor performance time check interval
400Tlhalosa thulaganyo ya tsamaiso ya motlakase jwa pontsho ya gago. Specify power management settings for your display.
401Bontsha Display
402Tlhalosa gore khomphiutha ya gago ga e dire sebaka se se kae pele ga pontsho ya gago e tima. Specify how long your computer is inactive before your display turns off.
403Tima pontsho morago ga Turn off display after
404Extends the time that Windows waits to turn off the display if you repeatedly turn on the display with the keyboard or mouse. Extends the time that Windows waits to turn off the display if you repeatedly turn on the display with the keyboard or mouse.
405Adaptive display Adaptive display
406Tlhalosa gore khomphiutha ya gago ga e dire sebaka se se kae pele ga tlhagiso ya gago e fifala. Specify how long your computer is inactive before your display dims.
407Fifatsa tlhagiso morago Dim display after
412Baya leitlho disensara tsa phatsimo e e gaufi go lemoga diphetogo mo phatsimong e e gaufi le go baakanya phatsimo ya pontsho. Monitors ambient light sensors to detect changes in ambient light and adjust the display brightness.
413Kgontsha phatsimo e e tlwaelegang Enable adaptive brightness
414Specifies console lock display off timeout Specifies console lock display off timeout
415Console lock display off timeout Console lock display off timeout
510Enable or disable passive cooling policy on the system. Enable or disable passive cooling policy on the system.
511Passive Cooling Mode Passive Cooling Mode
515Tlhalosa kelo ya phatsimo ya pontsho ya gago. Specify the normal brightness level of your display.
516Bontsha phatshimo Display brightness
517Do not allow Windows to wake from sleep on timed events. Do not allow Windows to wake from sleep on timed events.
518Koafatsa Disable
519Letla Windows tsoga fa e timilwe nakwana mo ditiragalong tse di beetsweng nako. Allow Windows to wake from sleep on timed events.
520Kgontsha Enable
521Totobatsa seemo sa phatsimo fa pontsho ya gago e fifaditswe. Specify the brightness level for when your display is dimmed.
522Phatsimo ya pontsho e e fifaditsweng Dimmed display brightness
523Letla Windows go tsoga mo timonakwaneng ka ditiragalo tsa botlhokwa tse di beetsweng nako. Allow Windows to wake from sleep only on important timed events.
524Dinako tsa Botlhokwa tsa go Tsoga Fela Important Wake Timers Only
550Allow away mode to be enabled for your computer Allow away mode to be enabled for your computer
551Allow Away Mode Policy Allow Away Mode Policy
552Don't Allow away mode to be enabled Don't Allow away mode to be enabled
553No No
554Allow away mode to be enabled Allow away mode to be enabled
555Yes Yes
560Allow programs to prevent machine from going to sleep automatically Allow programs to prevent machine from going to sleep automatically
561Allow system required policy Allow system required policy
562Don't allow programs to prevent machine from going to sleep automatically Don't allow programs to prevent machine from going to sleep automatically
566Allow programs to prevent display from turning off automatically Allow programs to prevent display from turning off automatically
567Allow display required policy Allow display required policy
568Don't allow programs to prevent display from turning off automatically Don't allow programs to prevent display from turning off automatically
600Thulaganyo ya Tsamaiso ya Motlakase ya PCI Express PCI Express Power Management Settings
601Tlhagisa PCI PCI Express
602E tlhalosa pholisi ya Tsamaiso ya Seemo se se Dirang sa Motlakase (ASPM) e e dirisediwang dikgokagano tse di kgonang fa kgokagano e sa dire. Specifies the Active State Power Management (ASPM) policy to use for capable links when the link is idle.
603Gokaganya Tsamaiso ya Bontsha Motlakase Link State Power Management
604Tima ASPM mo dikgokaganong tsotlhe. Turn off ASPM for all links.
606Leka go dirisa boemo jwa LOS fa kgokagano e sa dire. Attempt to use the L0S state when link is idle.
607Poloko e e magareng ya motlakase Moderate power savings
608Leka go dirisa boemo jwa L1 fa kgokagano e sa dire. Attempt to use the L1 state when the link is idle.
609Poloko e e tletseng ya motlakase Maximum power savings
611Dibeterii Batteries
700Specify if idle state promotion and demotion values should be scaled based on the current performance state. Specify if idle state promotion and demotion values should be scaled based on the current performance state.
701Processor idle threshold scaling Processor idle threshold scaling
702Specify if idle states should be disabled. Specify if idle states should be disabled.
703Processor idle disable Processor idle disable
704Specify the time that elapsed since the last idle state promotion or demotion before idle states may be promoted or demoted again (in microseconds). Specify the time that elapsed since the last idle state promotion or demotion before idle states may be promoted or demoted again (in microseconds).
705Processor idle time check Processor idle time check
706Specify the upper busy threshold that must be met before demoting the processor to a lighter idle state (in percentage). Specify the upper busy threshold that must be met before demoting the processor to a lighter idle state (in percentage).
707Processor idle demote threshold Processor idle demote threshold
708Specify the lower busy threshold that must be met before promoting the processor to a deeper idle state (in percentage). Specify the lower busy threshold that must be met before promoting the processor to a deeper idle state (in percentage).
709Processor idle promote threshold Processor idle promote threshold
710Enable scaling of idle state promotion and demotion values based on the current performance state. Enable scaling of idle state promotion and demotion values based on the current performance state.
711Enable scaling Enable scaling
712Disable scaling of idle state promotion and demotion values based on the current performance state. Disable scaling of idle state promotion and demotion values based on the current performance state.
713Disable scaling Disable scaling
714Enable idle states. Enable idle states.
715Enable idle Enable idle
716Disable idle states. Disable idle states.
717Disable idle Disable idle
718Tekolo ya nako Time check intervals
719Specify how much processors may opportunistically increase frequency above maximum when allowed by current operating conditions. Specify how much processors may opportunistically increase frequency above maximum when allowed by current operating conditions.
720Processor performance boost policy Processor performance boost policy
721Specify the number of processor performance time check intervals to use when calculating the average utility. Specify the number of processor performance time check intervals to use when calculating the average utility.
722Processor performance history count Processor performance history count
723Specify the processor performance in response to latency sensitivity hints. Specify the processor performance in response to latency sensitivity hints.
724Latency sensitivity hint processor performance Latency sensitivity hint processor performance
725Koafaditswe Disabled
726Kgontshitswe Enabled
727Specify how processors select a target frequency when allowed to select above maximum frequency by current operating conditions. Specify how processors select a target frequency when allowed to select above maximum frequency by current operating conditions.
728Processor performance boost mode Processor performance boost mode
729Don't select target frequencies above maximum frequency. Don't select target frequencies above maximum frequency.
730Disabled Disabled
731Select target frequencies above maximum frequency. Select target frequencies above maximum frequency.
732Enabled Enabled
733Always select the highest possible target frequency above nominal frequency. Always select the highest possible target frequency above nominal frequency.
734Aggressive Aggressive
735Specify the deepest idle state that should be used by Hyper-V. Specify the deepest idle state that should be used by Hyper-V.
736Processor idle state maximum Processor idle state maximum
737Select target frequencies above maximum frequency if hardware supports doing so efficiently. Select target frequencies above maximum frequency if hardware supports doing so efficiently.
738Efficient Enabled Efficient Enabled
739Always select the highest possible target frequency above nominal frequency if hardware supports doing so efficiently. Always select the highest possible target frequency above nominal frequency if hardware supports doing so efficiently.
740Efficient Aggressive Efficient Aggressive
741Ka itiriso dirisa maemo a kgamo fa a dira sentle ka maatla. Automatically use throttle states when they are power efficient.
742Itiriso Automatic
743Ka metlha tlhopha lekhubu le le kwa godimodimo le le kobilweng godimo ga lekhubu le le tlhomamisitsweng. Always select the highest possible target frequency above guaranteed frequency.
744Gakala mo Tlhomamong Aggressive At Guaranteed
745Ka metlha tlhopha lekhubu le le kwa godimodimo le le kobilweng godimo ga lekhubu le le tlhomamisitsweng fa serwethata se tshegetsa go dira jalo ka katlego. Always select the highest possible target frequency above guaranteed frequency if hardware supports doing so efficiently.
746Atlega go Gakala mo Tlhomamong Efficient Aggressive At Guaranteed
747Tlhopha seemo se se maleba sa tirosentle ya sediragatsi se se siamiseditsweng tsibogo Select the ideal processor performance state optimized for responsiveness
748IdealAggressive IdealAggressive
750Ideal number of cores Ideal number of cores
752Single core Single core
754One eighth cores One eighth cores
755All possible cores All possible cores
760Specify the number of cores/packages to unpark when more cores are required. Specify the number of cores/packages to unpark when more cores are required.
761Processor performance core parking increase policy Processor performance core parking increase policy
762Specify the number of cores/packages to park when fewer cores are required. Specify the number of cores/packages to park when fewer cores are required.
763Processor performance core parking decrease policy Processor performance core parking decrease policy
764Specify the maximum number of unparked cores/packages allowed (in percentage). Specify the maximum number of unparked cores/packages allowed (in percentage).
765Processor performance core parking max cores Processor performance core parking max cores
766Specify the minimum number of unparked cores/packages allowed (in percentage). Specify the minimum number of unparked cores/packages allowed (in percentage).
767Processor performance core parking min cores Processor performance core parking min cores
768Specify the minimum number of perf check intervals that must elapse before more cores/packages can be unparked. Specify the minimum number of perf check intervals that must elapse before more cores/packages can be unparked.
769Processor performance core parking increase time Processor performance core parking increase time
770Specify the minimum number of perf check intervals that must elapse before more cores/packages can be parked. Specify the minimum number of perf check intervals that must elapse before more cores/packages can be parked.
771Processor performance core parking decrease time Processor performance core parking decrease time
772Specify whether the core parking engine should distribute utility across processors. Specify whether the core parking engine should distribute utility across processors.
773Processor performance core parking utility distribution Processor performance core parking utility distribution
792Specify the busy threshold that must be met before a parked core is considered overutilized (in percentage). Specify the busy threshold that must be met before a parked core is considered overutilized (in percentage).
793Processor performance core parking overutilization threshold Processor performance core parking overutilization threshold
794Totobatsa palotlase ya dintlhakgolo/diphuthelo tse di sa bulwang gape fa sesupa tshwarelelo se dira (ka diperesente). Specify the minimum number of unparked cores/packages when a latency hint is active (in percentage).
795Motsotso wa sesupa tshwarelelo se se masisi sa dintlhakgolo/diphuthelo tse di butsweng Latency sensitivity hint min unparked cores/packages
796Specify the busy threshold that must be met when calculating the concurrency of a node. Specify the busy threshold that must be met when calculating the concurrency of a node.
797Processor performance core parking concurrency threshold Processor performance core parking concurrency threshold
798Specify the busy threshold that must be met by all cores in a concurrency set to unpark an extra core. Specify the busy threshold that must be met by all cores in a concurrency set to unpark an extra core.
799Processor performance core parking concurrency headroom threshold Processor performance core parking concurrency headroom threshold
800Specify the percentage utilization used to calculate the distribution concurrency (in percentage). Specify the percentage utilization used to calculate the distribution concurrency (in percentage).
801Processor performance core parking distribution threshold Processor performance core parking distribution threshold
802No Preference No Preference
803Deepest Performance State Deepest Performance State
804Lightest Performance State Lightest Performance State
805Specify what performance state a processor enters when parked. Specify what performance state a processor enters when parked.
806Processor performance core parking parked performance state Processor performance core parking parked performance state
807Totobatsa gore a dilaodi di tshwanetse go atlhola ka bonosi seemo sa kafa sekwaiswa se dirang ka teng. Specify whether processors should autonomously determine their target performance state.
808Seemo sa itaolo ya tiro ya selaodi Processor performance autonomous mode
809Atlhola seemo sa tiro ya sekwaiswa o dirisa alegoretime ya tsamaisotiriso. Determine target performance state using operating system algorithms.
810Atlhola seemo sa tiro ya sekwaiswa o dirisa tlhopho ya itaolo. Determine target performance state using autonomous selection.
811Totobatsa gore dilaodi di tshwanetse go bona go boloka maatla go le botoka go le kana kang go na le tiragatso fa di dira ka seemo sa go itaola. Specify how much processors should favor energy savings over performance when operating in autonomous mode.
812Pholisi ya tiriso ya maatla e e ratwang ke selaodi Processor energy performance preference policy
813Totobatsa sebaka sa nako sa go elatlhoko tiriso ya selaodi fa se dira ka seemo sa go itaola. Specify the time period over which to observe processor utilization when operating in autonomous mode.
814Fensetere ya tiro ya selaodi se ikemetse ka nosi Processor autonomous activity window
815Totobatsa gore a selaodi se ka dirisa modikologo wa tiro. Specify whether the processor may use duty cycling.
816Modikologo wa tiro wa selaodi Processor duty cycling
817Se letle modikologo wa tiro wa selaodi. Disallow processor duty cycling.
818Letla modikologo wa tiro wa selaodi. Allow processor duty cycling.
819Specify the approximate maximum frequency of your processor (in MHz). Specify the approximate maximum frequency of your processor (in MHz).
820Maximum processor frequency Maximum processor frequency
900Enable forced shutdown for button and lid actions Enable forced shutdown for button and lid actions
901Enable forced button/lid shutdown Enable forced button/lid shutdown
1000Idle resiliency settings. Idle resiliency settings.
1001Go se Dire ka Lobakanyana Idle Resiliency
1002Specifies Processor Idle Resiliency Timer Resolution Specifies Processor Idle Resiliency Timer Resolution
1003Processor Idle Resiliency Timer Resolution Processor Idle Resiliency Timer Resolution
1004Specifies IO coalescing timeout Specifies IO coalescing timeout
1005IO coalescing timeout IO coalescing timeout
1006Specifies Execution Required power request timeout Specifies Execution Required power request timeout
1007Execution Required power request timeout Execution Required power request timeout
1008Totobatsa gore a Timo ya Nako e Telele e Kgontshitswe go dira Specifies if Deep Sleep is Enabled
1009Timo ya Nako e Telele e Kgontshitswe go Dira/Koafaditswe Deep Sleep Enabled/Disabled
1100Presence Aware Power Behavior Settings Presence Aware Power Behavior Settings
1101Boteng jwa Tlhagiso ya Mokgwa wa Motlakase Presence Aware Power Behavior
1102Specifies Sensor Input Presence Timeout Specifies Sensor Input Presence Timeout
1103Sensor Input Presence Timeout Sensor Input Presence Timeout
1104Specifies Non-sensor Input Presence Timeout Specifies Non-sensor Input Presence Timeout
1105Non-sensor Input Presence Timeout Non-sensor Input Presence Timeout
1106Specifies Sensor Presence Display Power Down Timeout Specifies Sensor Presence Display Power Down Timeout
1107Sensor Presence Display Power Down Timeout Sensor Presence Display Power Down Timeout
1108Allow to enable/disable Sensor Presence Aware Power Behavior Allow to enable/disable Sensor Presence Aware Power Behavior
1109Allow Sensor Presence Aware Power Behavior Allow Sensor Presence Aware Power Behavior
1110Interrupt Steering Settings Interrupt Steering Settings
1112Interrupt Steering Mode Interrupt Steering Mode
1114Default Default
1116Route interrupts to Processor 0 Route interrupts to Processor 0
1117Processor 0 Processor 0
1118Route interrupts to any processor Route interrupts to any processor
1119Any processor Any processor
1120Route interrupts to any unparked processor with time delay Route interrupts to any unparked processor with time delay
1121Any unparked processor with time delay Any unparked processor with time delay
1122Route interrupts to any unparked processor Route interrupts to any unparked processor
1123Any unparked processor Any unparked processor
1124Target Load for each Processor Target Load for each Processor
1125Target Load Target Load
1126Tenths of a percent Tenths of a percent
1127Time a processor must remain unparked before interrupts are moved onto it Time a processor must remain unparked before interrupts are moved onto it
1128Unparked time trigger Unparked time trigger
1129Milliseconds Milliseconds
1130Lock Interrupt Routing Lock Interrupt Routing
1132Route interrupts to Processor 1 Route interrupts to Processor 1
1133Processor 1 Processor 1
1140E bontsha seemo sa netweke ka nako ya Ikhutso. Specifies network connection state in Standby.
1141Kgokaganyo ya neteweke e Letile Networking connectivity in Standby
1142Kgontsha tiriso ya neteweke ka nako ya Ikhutso. Enable networking in Standby.
1144Koafatsa tiriso ya netekwe ka nako ya Ikhutso. Disable networking in Standby.
1146Disable networking in Standby if the lid is closed. Disable networking in Standby if the lid is closed.
1147Disable on lid close Disable on lid close
1150Specifies the disconnected standby mode. Specifies the disconnected standby mode.
1151Disconnected Standby Mode Disconnected Standby Mode
1152Normal Normal
1160Dithulaganyo tsa Tshomarelo ya Motlakase. Energy Saver settings.
1161Dithulaganyo tsa Tshomarelo ya Motlakase Energy Saver settings
1162E totobatsa seemo sa go tšhaja ga beteri se go tobediwang Tshomarelo Motlakase mo go sone. Specifies battery charge level at which Energy Saver is turned on.
1163Seemo sa go tšhaja Charge level
1164Peresente ya go tšhaja beteri Percent battery charge
1165E totobatsa palo ya peresente go lekanya phatshimo fa Sesomarela Maatla se tshubilwe. Specifies the percentage value to scale brightness when Energy Saver is on.
1166E bontsha bogolo jwa phatshimo Display brightness weight
1170Supa seemo sa Ponelopele ya go Nna Teng ga Modirisi mo khomphiutheng ya gago Specify User Presence Prediction mode for your computer
1171Seemo sa Ponelopele ya go Nna Teng ga Modirisi User Presence Prediction mode
1172Dira gore mokgwa wa Ponelopele ya go Nna Teng ga Modirisi o se kgone go dira. Disable User Presence Prediction mode.
1174Kgontsha seemo sa Ponelopele ya go Nna Teng ga Modirisi. Enable User Presence Prediction mode.
1180E kaya lobaka lo o lo filweng pele ga go tsewa kgato ya tlwaelego fa thulaganyo e fetile bajete ya yone ya go leta Specifies the grace period before taking an adaptive action when the system has exceeded its standby budget
1181Lobaka lo o lo Filweng lwa Bajete ya go Leta Standby Budget Grace Period
1182E kaya selekanyo sa diperesente tsa beteri mo selekanyong sa nako se se letlwang go dirisiwa ke thulaganyo fa e ntse e letile Specifies percentage of battery per unit of time allowed to be consumed by the system while it is in standby
1183Peresente ya Bajete ya go Leta Standby Budget Percent
1184E kaya lobaka lo o lo filweng pele ga go tsewa kgato ya tlwaelego fa thulaganyo e le kwa tlase ga selekanyo sa beteri sa polokelo Specifies the grace period before taking an adaptive action when the system is below the reserve battery charge level
1185Lobaka lo o lo Filweng lwa Polokelo ya go Leta Standby Reserve Grace Period
1186E kaya selekanyo se se kwa tlase thata sa nako ya tiriso e selekanyo se se tletseng sa beteri se tshwanetseng go e letla pele ga go tsewa kgato ya tlwaelego Specifies the minimun active usage time that the battery charge level should allow before taking an adaptive action
1187Nako ya Polokelo ya go Leta Standby Reserve Time
1188E totobatsa peresente ya tšhajara ya beteri e e rulaganyang sešwa bajete e e itepanyang le maemo Specifies percentage of battery charge which resets the adaptive budget
1189Peresente ya go Rulaganya Sešwa ya Nakwana Standby Reset Percentage
1200Totobatsa makgetlho a dinakokhutso tsa go tlhola nako ya tiragatso ya selaodi go di dirisa fa o balela palogare ya tiriso ya Bokgoni jwa Maatla a Selaodi a Maemo 1. Specify the number of processor performance time check intervals to use when calculating the average utility for Processor Power Efficiency Class 1.
1201Palelo ya hisitori ya tiragatso ya selaodi ya Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance history count for Processor Power Efficiency Class 1
1202Totobatsa palotlase ya seemo sa tiragatso sa Bokgoni jwa Maatla a Selaodi a Maemo 1 (ka diperesente). Specify the minimum performance state of your Processor Power Efficiency Class 1 processor (in percentage).
1203Palotlase ya seemo sa selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 Minimum processor state for Processor Power Efficiency Class 1
1204Totobatsa palokgolo ya seemo sa tiragatso sa Bokgoni jwa Maatla a Selaodi a Maemo 1 (ka diperesente). Specify the maximum performance state of your Processor Power Efficiency Class 1 processor (in percentage).
1205Palokgolo ya seemo sa selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 Maximum processor state for Processor Power Efficiency Class 1
1206Totobatsa palotlase ya dinakokhutso tsa go tlhola pherefe fa e sa le phetogo ya bofelo ya seemo sa tiragatso pele ga seemo sa tiragatso se ka fokelediwa Bokgoni jwa Maatla a Selaodi a Maemo 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.
1207Tiragatso ya selaodi e fokotsa nako ya Bokgoni jwa Maatla a Selaodi a Seemo 1 Processor performance decrease time for Processor Power Efficiency Class 1
1208Totobatsa palotlase ya dinakokhutso tsa go tlhola pherefe fa e sa le phetogo ya bofelo ya seemo sa tiragatso pele ga seemo sa tiragatso se ka okelediwa Bokgoni jwa Maatla a Selaodi a Seemo 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.
1209Tiragatso ya selaodi e oketsa nako ya Bokgoni jwa Maatla a Selaodi a Seemo 1 Processor performance increase time for Processor Power Efficiency Class 1
1210Totobatsa bothatatharabololo jo bo dirisitsweng go tlhopha seemo se sentšhwa sa tiragatso fa seemo se se maleba sa tiragatso se le kwa tlase ga seemo sa ga jaana sa tiragatso sa Bokgoni jwa Maatla a Selaodi a Maemo 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.
1211Tiragatso ya selaodi e ngotla pholisi ya Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance decrease policy for Processor Power Efficiency Class 1
1212Totobatsa bothatatharabololo jo bo dirisitsweng go tlhopha seemo se sentšhwa sa tiragatso fa seemo se se maleba sa tiragatso se le kwa godimo ga seemo sa ga jaana sa tiragatso sa Bokgoni jwa Maatla a Selaodi a Maemo 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.
1213Tiragatso ya selaodi e oketsa pholisi ya Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance increase policy for Processor Power Efficiency Class 1
1214Totobatsa tshimololo e e sa tshwaregang thata e e tshwanetseng ya direga pele o fokotsa seemo sa tiragatso ya selaodi (ka diperesente) sa Bokgoni jwa Maatla a Selaodi a Maemo 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.
1215Tiragatso ya selaodi e fokotsa tiragatso ya tshimololo ya Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance decrease threshold for Processor Power Efficiency Class 1
1216Totobatsa tshimololo e e tshwaregileng thata e e tshwanetseng ya direga pele o fokotsa seemo sa tiragatso ya selaodi (ka diperesente) sa Bokgoni jwa Maatla a Selaodi a Maemo 1. Specify the upper busy threshold that must be met before increasing the processor's performance state (in percentage) for Processor Power Efficiency Class 1.
1217Tiragatso ya selaodi se fokotsa tiragatso ya tshimololo ya Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance increase threshold for Processor Power Efficiency Class 1
1218Totobatsa tiragatso ya selaodi malebana le ditlhabobotlhale tse di bosisi tsa tiego ya Bokgoni jwa Maatla a Selaodi a Maemo 1. Specify the processor performance in response to latency sensitivity hints for Processor Power Efficiency Class 1.
1219Tlhabobotlhale e e bosisi ya tiego ya tiragatso ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 Latency sensitivity hint processor performance for Processor Power Efficiency Class 1
1220Totobatsa palotlase ya dipinagare/diphuthelo tse di sa phakiwang fa tlhabobotlhale ya tiego e dira mo go Bokgoni jwa Maatla a Selaodi a Maemo 1 (ka diperesente). Specify the minimum number of unparked cores/packages when a latency hint is active for Processor Power Efficiency Class 1 (in percentage).
1221Tlhabobotlhale e e bosisi ya tiego ya palotlase ya dipinagare/diphuthelo tse di sa phakiwang tsa Bokgoni jwa Maatla a Selaodi a Maemo 1 Latency sensitivity hint min unparked cores/packages for Processor Power Efficiency Class 1
1222Totobatsa gore ke seemo sefe sa tiragatso se selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 se tsenang ka seno fa se phakilwe. Specify what performance state a Processor Power Efficiency Class 1 processor enters when parked.
1223Seemo sa tiragatso sa pinagare e e phakilweng ya tiragatso ya selaodi ya Bokgoni jwa Maatla a Selaodi a Maemo1 Processor performance core parking parked performance state for Processor Power Efficiency Class 1
1224Totobatsa palotlase ya dipinagare/diphuthelo tse di sa phakiwang tse di letleletsweng mo go Bokgoni jwa Maatla a Selaodi a Maemo 1(ka diperesente). Specify the minimum number of unparked cores/packages allowed for Processor Power Efficiency Class 1 (in percentage).
1225Pinagare ya tiragatso ya selaodi ya palotlase ya dipinagare tse di phakilweng tsa Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance core parking min cores for Processor Power Efficiency Class 1
1226Totobatsa palokgolo ya dipinagare/diphuthelo tse di sa phakiwang tse di letleletsweng mo go Bokgoni jwa Maatla a Selaodi a Maemo 1 (ka diperesente). Specify the maximum number of unparked cores/packages allowed for Processor Power Efficiency Class 1 (in percentage).
1227Tiragatso ya selaodi ya go phaka palokgolo ya dipinagare tsa Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance core parking max cores for Processor Power Efficiency Class 1
1232E totobatsa tshimololo e e kwa tlase ya selekanyo sa tiragatso mo palelo ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 e fokodiwang (ka diyuniti tsa tiragatso ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 0). 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).
1233Tshimololo e e kwa tlase ya selekanyo sa tiragatso ya palelotlase ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance level decrease threshold for Processor Power Efficiency Class 1 processor count decrease
1234E totobatsa tshimololo e e kwa godimo ya selekanyo sa tiragatso mo palelo ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 e okediwang (ka diyuniti tsa tiragatso ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 0). 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).
1235Tshimololo e e kwa godimo ya selekanyo sa tiragatso ya palelogodimo ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance level increase threshold for Processor Power Efficiency Class 1 processor count increase
1236Phethogo ya seemo sa tshimololo sa palelo ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 go amana le seemo sa tiragatso sa Bokgoni jwa Maatla a Selaodi a Maemo 0. Processor performance level threshold change for Processor Power Efficiency Class 1 processor count change relative to Processor Power Efficiency Class 0 performance level.
1237Phethogo ya seemo sa tshimololo sa palelo ya selaodi sa Bokgoni jwa Maatla a Selaodi a Maemo 1 Processor performance level threshold change for Processor Power Efficiency Class 1 processor count change
1238Boalo jwa seemo sa tiragatso sa Bokgoni jwa Maatla a Selaodi a Maemo 0 fa Bokgoni jwa Maatla a Selaodi a Maemo 1 bo tsosiwa mo seemong sa go phakiwa. Performance state floor for Processor Power Efficiency Class 0 when Processor Power Efficiency Class 1 is woken from a parked state.
1239Tiragatso ya boalo ya Bokgoni jwa Maatla a Selaodi a Maemo 0 fa go na le dilaodi tse di phakilweng tsa Bokgoni jwa Maatla a Selaodi a Maemo 1 A floor performance for Processor Power Efficiency Class 0 when there are Processor Power Efficiency Class 1 processors unparked
1240Seemo sa ntlha sa tiragatso sa Bokgoni jwa Maatla Selaodi a Maemo 1 fa se tsosiwa mo seemong sa go phakiwa. Initial performance state for Processor Power Efficiency Class 1 when woken from a parked state.
1241Seemo sa ntlha sa tiragatso sa Bokgoni jwa Maatla a Selaodi a Maemo 1 fa se butswe gape Initial performance for Processor Power Efficiency Class 1 when unparked
1242Specify the approximate maximum frequency of your Processor Power Efficiency Class 1 processor (in MHz). Specify the approximate maximum frequency of your Processor Power Efficiency Class 1 processor (in MHz).
1243Maximum processor frequency for Processor Power Efficiency Class 1 Maximum processor frequency for Processor Power Efficiency Class 1
1250Totobatsa gore ke pholisi efe e e tshwanetseng go dirisiwa mo ditsamaisong ka bobotlana Maemo a mabedi a Bokgoni jwa Maatla a Selaodi. Specify what policy to be used on systems with at least two different Processor Power Efficiency Classes.
1251Pholisi ya ditirisodintsi e a dira Heterogeneous policy in effect
1252Pholisi 0 ya ditirisodintsi. Heterogeneous policy 0.
1253Dirisa pholisi 0 ya ditirisodintsi Use heterogeneous policy 0
1254Pholisi 1 ya ditiragatsodintsi. Heterogeneous policy 1.
1255Dirisa pholisi 1 ya ditiragatsodintsi Use heterogeneous policy 1
1256Pholisi 2 ya ditirisodintsi. Heterogeneous policy 2.
1257Dirisa pholisi 2 ya ditirisodintsi Use heterogeneous policy 2
1258Pholisi 3 ya ditirisodintsi. Heterogeneous policy 3.
1259Dirisa pholisi 3 ya ditirisodintsi Use heterogeneous policy 3
1260Pholisi 4 ya ditirisodintsi. Heterogeneous policy 4.
1261Dirisa pholisi 4 ya ditirisodintsi Use heterogeneous policy 4
1300E kaya pholisi ya go laola Sesomarela Maatla. Specifies the policy to control Energy Saver.
1301Pholisi ya Sesomarela Maatla Energy Saver Policy
1302E dirisa Sesomarela Maatla go ya ka diseting tsa modirisi. Engage Energy Saver based on user settings.
1303Modirisi User
1304Letla Windows go dirisa Sesomarela Maatla ka selekanyo se se tseneletseng. Allow Windows to engage Energy Saver aggressively.
1305Bogale Aggressive
1400Favor performance instead of energy savings. Favor performance instead of energy savings.
1401High Performance Overlay High Performance Overlay
1402Maximize bias towards performance instead of energy savings. Maximize bias towards performance instead of energy savings.
1403Max Performance Overlay Max Performance Overlay
0x30000000Info Info
0x50000004Information Information
0xD0000001Temperature Temperature
0xD0000002Current Current
0xD0000003Voltage Voltage
0xD0000004Power Power
0xD0000005Unspecified Unspecified
0xD0000006Shutdown Shutdown
0xD0000007Hibernate Hibernate
0xD0000008Passive Passive
0xD0000009Active Active

EXIF

File Name:powrprof.dll.mui
Directory:%WINDIR%\WinSxS\amd64_microsoft-windows-u..anagement.resources_31bf3856ad364e35_10.0.15063.0_tn-za_9d20d8319edd6340\
File Size:57 kB
File Permissions:rw-rw-rw-
File Type:Win32 DLL
File Type Extension:dll
MIME Type:application/octet-stream
Machine Type:Intel 386 or later, and compatibles
Time Stamp:0000:00:00 00:00:00
PE Type:PE32
Linker Version:14.10
Code Size:0
Initialized Data Size:57856
Uninitialized Data Size:0
Entry Point:0x0000
OS Version:10.0
Image Version:10.0
Subsystem Version:6.0
Subsystem:Windows GUI
File Version Number:10.0.15063.0
Product Version Number:10.0.15063.0
File Flags Mask:0x003f
File Flags:(none)
File OS:Windows NT 32-bit
Object File Type:Dynamic link library
File Subtype:0
Language Code:Tswana
Character Set:Unicode
Company Name:Microsoft Corporation
File Description:DLL ya Sethusi sa Porofaele ya Motlakase
File Version:10.0.15063.0 (WinBuild.160101.0800)
Internal Name:POWRPROF
Legal Copyright:© Microsoft Corporation. Ditshwanelo tsotlhe di sireleditswe.
Original File Name:POWRPROF.DLL.MUI
Product Name:Microsoft® Windows® Operating System
Product Version:10.0.15063.0
Directory:%WINDIR%\WinSxS\wow64_microsoft-windows-u..anagement.resources_31bf3856ad364e35_10.0.15063.0_tn-za_a7758283d33e253b\

What is powrprof.dll.mui?

powrprof.dll.mui is Multilingual User Interface resource file that contain Tswana language for file powrprof.dll (DLL ya Sethusi sa Porofaele ya Motlakase).

File version info

File Description:DLL ya Sethusi sa Porofaele ya Motlakase
File Version:10.0.15063.0 (WinBuild.160101.0800)
Company Name:Microsoft Corporation
Internal Name:POWRPROF
Legal Copyright:© Microsoft Corporation. Ditshwanelo tsotlhe di sireleditswe.
Original Filename:POWRPROF.DLL.MUI
Product Name:Microsoft® Windows® Operating System
Product Version:10.0.15063.0
Translation:0x432, 1200