Indlela yokunciphisa isimo esiphezulu seprosesa ekushiseni okuphansi kuma-laptops

Uma i-laptop ishisa kakhulu, akugcini nje ngokuba yinto engakhululekile: Isikhathi sokuphila kwezingxenye siyafinyezwa, ukusebenza kwehla, futhi abalandeli bagijima ngesivinini esiphezulu.Uma udlala imidlalo, uhlela ividiyo, noma usebenzisa ikhompyutha yakho amahora amaningi ngosuku, lokho kushisa okwengeziwe kuzogcina kubangele umonakalo.

Enye yezindlela eziphumelela kakhulu zokuyilawula ingaphakathi Windows es Lungisa "isimo esiphezulu seprosesa" kanye nezinye izinketho zamandla ukuze ulawule i-turbo/boostukuyihlanganisa namasu anjengokungasebenzisi amandla amaningi, ukukhawulela imvamisa, noma izinguquko ezincane ku- hardwareAke sibone, isinyathelo ngesinyathelo nangemininingwane eminingi, ukuthi singakusebenzisa kanjani konke lokhu ukunciphisa amazinga okushisa ngaphandle kokonakalisa ukusebenza.

Kungani i-laptop yakho ishisa kangaka: i-turbo, isikhala, kanye ne-physics emsulwa

I-Los amalaptop Ezanamuhla ziya ngokuya ziba zincane futhi zinamandla, kodwa kukhona okubambekayo kuleyo nhlanganisela: Isikhala esincane sokushabalalisa ukushisa kanye nokusetshenziswa kwamandla okuphezulu ku-chassis encane kakhuluEmpeleni, i-CPU isebenza njengenjini encane edingeka cishe njalo ukuze isebenze ngomkhawulo wayo.

Kumaprosesa Intel Futhi i-AMD, uhlelo luhlala ludlala ngamanani amabili: imvamisa yesisekelo kanye nemvamisa ye-turbo (noma i-boost)Imvamisa eyisisekelo yisivinini esiqinisekiswa umenzi ngokuqhubekayo ngokupholisa okufanelekile, kuyilapho i-turbo iyimodi "ye-sprint" lapho i-CPU ikhulisa khona isivinini sayo sewashi ngama-MHz amaningi isikhathi esifushane, ngezindleko kwandisa kakhulu ukusetshenziswa kanye nokushisa.

I-Windows kanye ne-CPU firmware zixhumanisa ku- Zama ukugcina imvamisa iphezulu ngangokunokwenzeka ngokuya ngezinga lokushisa, ukusetshenziswa kanye nomthwaloNgamanye amazwi, ngokuzenzakalelayo i-laptop yakho izohlala isebenza ngomthamo omkhulu noma nini lapho kungenzeka, noma ngabe lokho kusho ukufinyelela amazinga okushisa aseduze no-90-100°C ngesikhathi semidlalo noma imisebenzi enzima.

I-Turbo, isimo esiphezulu seprosesa, kanye neqhinga elingu-99%

Ku-Windows, enye yemingcele enethonya kakhulu yilokho okubizwa ngokuthi "Isimo esiphezulu seprosesa" ngaphakathi kwezinketho zamandlaNakuba kungase kubonakale njengephesenti elilula, kunomphumela oqondile kakhulu ku-turbo.

Kumakhompyutha amaningi, ikakhulukazi lawo anama-Intel CPU, Ukwehlisa isimo esiphezulu seprosesa, ngisho nakuma-99% kuphela, kukhubaza i-Turbo Boost.Akuyona imilingo: I-Windows iyayeka ukuvumela i-CPU ukuthi idlule imvamisa eyisisekelo, futhi ngenxa yalokho, amazinga okushisa ehla ngokuphawulekayo, yize okunye kokusebenza okuphezulu nakho kwehla.

Abanye abasebenzisi bathole ukuthi ngokunciphisa leli nani, Imvamisa ephezulu iba inombolo ephansi kakhulu futhi ezinzile (isibonelo, cishe ama-2,0-2,1 GHz) kanye nalezo ziqongo ezingama-95°C ziyanyamalala. Uma okubaluleke kakhulu kuwe ukupholisa ikhompyutha ukuze isebenze ehhovisi, iphequlule, noma isetshenziswe kalula, kuyisinyathelo esilula kakhulu nesiphephile.

Yebo, Emidlalweni enzima noma emisebenzini enzima, lokho kulahlekelwa yi-turbo boost kunganciphisa kalula ukusebenza phakathi kuka-15% no-25%.Yingakho kunengqondo ukuhlanganisa lokhu kulungiswa namaphrofayili ahlukene wamandla esimweni ngasinye.

Amaphrofayili wamandla ahlakaniphile: apholile ukusetshenziswa kwansuku zonke, isilo sokudlala imidlalo

Isu eliwusizo kakhulu ukusebenzisa izinhlelo eziningi zamandla ezinezilungiselelo ezahlukene zeprosesaukuze i-laptop ivumelane nalokho okwenzayo ngaphandle kokuthi ubhekane nezinkinga zamamenyu ayinkulungwane njalo.

Ama-laptop amaningi emidlalo noma asebenza kahle anikeza izinhlelo ezifana "Ukusebenza okuphezulu", "Okulinganiselayo" kanye "Nokuthula"kanye nesofthiwe yomkhiqizi efana I-Omen Gaming HubUmqondo ulula: guqula uhlelo oluthule lube "yimodi epholile" ngokuyivala i-turbo, bese ushiya imodi yokusebenza okuphezulu ene-boost esebenzayo kodwa elawula imvamisa yayo ephezulu.

Empeleni, kuvame ukwenziwa into efana nale: Kumodi yokuthula, isimo esiphezulu seprosesa sisethwe ku-99%.Lokhu kukhubaza i-CPU overclocking futhi kuphoqa uhlelo ukuthi lusebenzise cishe njalo imvamisa eyisisekelo. Lokhu kuphumela kukhompyutha ephathekayo epholile kakhulu yokuphequlula, umsebenzi wasehhovisi, neminye imisebenzi. i-ascargas o Ukusakaza, enamafeni athule kanye namazinga okushisa ajwayelekile angu-40-55 °C.

Ukuthuthukiswa kugcinwe ohlelweni lokusebenza kahle, kodwa Imvamisa ye-Turbo inqunyelwe kumaphesenti athile obuningi obuqanjiwe.Ngale ndlela, emidlalweni ungafinyelela cishe izinga elifanayo le-FPS njengele-turbo yamahhala ngokuphelele, kodwa ngamazinga okushisa aphansi kakhulu.

Ukunciphisa imvamisa ephezulu ye-CPU ku-Windows

Ngaphezu kwesimo esiphezulu, ezinye izilungiselelo zeWindows zivumela chaza ngokucacile umkhawulo we-MHz we-CPULe nketho ayibonakali ngaso sonke isikhathi ngokuzenzakalelayo, kodwa uma ibonakala, ikunikeza ukulawula okuhle kokuthi iprosesa ingahamba ibanga elingakanani.

Isibonelo, cabanga nge-Ryzen 7 5800H enemvamisa ye-turbo engu-4,4-4,45 GHz. Indlela ehlakaniphile iwukuba nciphisa leyo mvamisa ibe ngu-80-85% wesilinganiso esiphezuluOkufana ne-3,6-3,7 GHz. Abasebenzisi abenze lokhu babone imiphumela efana nale:

• I-Boost ikhutshaziwe (isisekelo kuphela): cishe i-110-115 FPS, 75-77 °C emidlalweni enzima.
• Khuphula amandla aphezulu ngaphandle komkhawulo: 140-145 FPS, kodwa 95-103 °C njalo.
• I-Active boost enemvamisa elinganiselwe: ~140 FPS, amazinga okushisa angu-79-88 °C.

Ngamanye amazwi, njengoba imvamisa incishisiwe kancane, ukusebenza kuhlala kufana kakhulu ne-turbo yamahhala, kodwa Kutholakala inani elikhulu lomkhawulo wokushisaIcebo liwukuqhubeka nokuhlola amanani: qala kuleyo 80% ye-turbo ephezulu bese ukhuphuka noma wehla kuye ngokuthi uyaqhubeka nokuthola ukusebenza noma ukushisa nje.

Icebiso elilodwa eliwusizo ukuthi I-CPU ngayinye ine "indawo yayo emnandi"Uma ukhulisa i-frequency cap kakhulu futhi ungasatholi i-FPS kodwa amazinga okushisa enyuka, usuhambe kakhulu; ukhokha ukushisa nje ngokusebenza okungakhuli. Buyela emuva ngesinyathelo esisodwa noma ezimbili ze-MHz uze uthole ibhalansi engcono kakhulu.

Bonisa futhi uvule izinketho zamandla ezithuthukisiwe ku-Windows

I-Windows ifihla ezinye izinketho ezinhle zokuphatha iprosesa kurejista ezingaveli njalo ezinhlelweni zamandla. Enye yazo yi "Imodi yokuthuthukisa ukusebenza kweprosesa" (noma efanayo), elawula indlela iWindows esebenzisa ngayo izindlela zokusebenza ze-CPU ezinwetshiwe.

Abanye abasebenzisi bakwazile ukubonisa le nketho ngokufinyelela iRegistry endleleni efana nale:

HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Power\PowerSettings\54533251-82be-4824-96c1-47b60b740d00\be337238-0d82-4146-a960-4f3749d470c7 y ukushintsha inani elithi “Izimfanelo” kusuka ku-1 kuya ku-2Ngemva kwalokhu, ku-"Processor Power Management" kuvela le modi eyengeziwe, engavinjelwa ukuze kufezwe ukwehla okubonakalayo kokushisa.

Ukushintsha iRegistry kuhlale kunengozi ethile, ngakho-ke Kunconywa ukuthi uyithinte kuphela uma wazi ukuthi wenzani noma uma wenza ikhophi yasenqolobaneni kusengaphambili.Uma ungaqiniseki, uhlala unezinye izindlela ezilula njengokudlala ngezinhlelo zesimo esiphezulu noma zamandla ngaphandle kokungena ngemvume.

Ukulinganisa izinga lokushisa ngokunembile: izinzwa, ama-spikes kanye “nemidanso” yezinga

Ngaphambi kokuthi uqale ukudlala ngamapharamitha, kubalulekile ukucaca mayelana... I-laptop yakho ishisa kangakanani ngempela futhi i-CPU isebenza kanjani?Kuvamile ukuthi izinga lokushisa likhuphuke futhi lehle ngemizuzwana embalwa, futhi lokhu kungaba yinto edidayo uma uhlelo lungalumeli kahle.

Amathuluzi afana I-HWMonitor, i-HWiNFO noma i-Open Hardware Monitor Zibonisa izinga lokushisa elisheshayo, inani eliphezulu, inani eliphansi, futhi ngezinye izikhathi amagrafu. Kujwayelekile kakhulu ukubona ukugxuma okungu-5-10 °C ngemizuzwana embalwa Uma i-turbo ivuliwe noma imicu ishintsha ngaphansi komthwalo: 74, 70, 68, 65, 72… Iprosesa ilungisa imvamisa izikhathi eziningi ngomzuzwana.

Ukuze uthole umbono ocacile, kuyasiza kakhulu sebenzisa amamonitha anezithombe eziqhubekayo (I-HWiNFO kumodi yehluzo, i-MSI Afterburner ene-OSD, njll.) ngenkathi udlala. Lokhu kukuvumela ukuthi uhlukanise kangcono phakathi kokunyuka kwesikhashana okuya ku-90-95 °C ngengxenye encane yomzuzwana kanye ne-a I-CPU "ebhajwa" ngaphezu kuka-90 °C imizuzuyikho okukhathazayo ngempela.

Isikhathi sokukhathazeka: ukushisa okushisayo kanye ne-TJMax

Uma amazinga okushisa enyuka, i-CPU ngokwayo isebenzisa izinhlelo zokuvikela ezifana ne- i-thermal throttlingKu-Intel, i-TJMax (izinga lokushisa eliphezulu elivumelekile) ivame ukuba khona cishe 95-100 ° CUma usondela kulowo mkhawulo, iprosesa inciphisa ngokuzumayo i-voltage kanye nemvamisa ukuze ivimbele umonakalo.

Empeleni, lokhu kusho ukuthi uma uqala isivivinyo sokucindezeleka noma umdlalo onzima, I-CPU iqala kumaza aphezulu kakhulu (isibonelo, i-3,8 GHz ku-70 W)Kodwa uma ifinyelela ku-90-95 °C, i-firmware iyayinqamula i-TDP futhi ngemva kwesikhashana uyithole isebenza ku-2,8-3,0 GHz kanye nama-watts ambalwa angaphansi.

Uma uqapha ngamathuluzi afana ne-HWiNFO, uzobona izinkomba ezithile: “I-Throttling Eshisayo” kanye “Ne-Power Limit Throttling”Uma zikhanyisa noma zibonisa amaphesenti abalulekile (isibonelo, 20-25% wesikhathi nge-throttling), kusho ukuthi I-laptop yakho iphoqeleka ukuthi inciphise ukusebenza kwayo njalo. ngenxa yokushisa okweqile noma ukuntuleka kwamandla.

Umgomo wazo zonke izinguquko esizozibona (isimo esiphezulu seprosesa, ukukhawulelwa kwemvamisa, ukungasebenzisi amandla anele, njll.) unembile ukuletha i-CPU endaweni lapho ingasadingi ukungena ekushiseni okushisayoukugcina imvamisa eqinile isikhathi eside ngaphandle kokufinyelela amazinga okushisa abucayi.

Ukulungisa i-voltage kanye ne-TDP nge-Intel XTU: imikhawulo ye-undervoltage kanye namandla

Ngaphezu kwezinketho zamandla zeWindows, ama-Intel CPU anikeza amathuluzi azinikele njenge I-Intel Extreme Tuning Utility (Intel XTU)Lokhu kuvumela ukulawula kahle kakhulu i-voltage, amandla, kanye nemvamisa. Kuyindlela yabasebenzisi abathuthukile, kodwa inamandla kakhulu.

I-XTU isebenza ku-Windows kanye Ihambisana cishe nazo zonke izinqubo ze-IntelIkuvumela ukuthi wenze izivivinyo zokucindezeleka, amamodeli angavuliwe ngokweqile (uchungechunge lwe-K), kanye nokuthi yini esiyithandayo lapha, ukulungiswa komkhawulo wamandla okungasebenzi kahle cishe kuzo zonke i-laptop.

Umsebenzi ojwayelekile uzoba:

• Yenza a ukuhlolwa kokuqala kokucindezeleka ngaphandle kokuthinta noma yini ukubona amazinga okushisa, ukusetshenziswa kanye nokuthi ngabe kuvela yini ukucindezelwa kokushisa.
• Iqapha nge-HWiNFO kanye ne-XTU imvamisa yangempela ngemva kwemizuzu embalwa, i-voltage ephezulu (isibonelo, i-1,15 V) kanye nama-watt asetshenzisiwe.
• Qala ngokulungisa amapharamitha amabili ayisihluthulelo: I-Core Voltage Offset kanye ne-Turbo Boost Power Max.

El I-Core Voltage Offset Ichaza "ukushintsha" kwe-voltage esetshenziswa ku-CPU. Uma ku-overclocking, kuyanda (amanani amahle), kodwa uma I-Undervolt yehla ibe yinani elibiUmkhuba ojwayelekile uwukunciphisa kancane kancane, isibonelo ngezinyathelo eziyi-10 mV, ngenkathi wenza isivivinyo sokucindezeleka isikhathi eside.

Kuma-laptop amaningi kungenzeka ukufinyelela ama-offset aseduze no--0,100 V noma ngisho no--0,150 VEsibonelweni esisebenzayo, nge--0,100 V kwase kungenzeka kakade ukwehlisa i-voltage ephezulu kusuka ku-1,153 V kuya cishe ku-1,098 V, kanye nokuthuthuka kwezinga lokushisa kanye nomphumela omangalisayo wokuthi imvamisa eqhubekayo ikhuphuke kancane (isibonelo, kusukela ku-3,0 kuya ku-3,2 GHz) ngoba i-CPU yayeka ukugoqa njalo.

Ipharamitha yesibili yokhiye ithi I-Turbo Boost Power MaxLokhu kubonisa amandla aphezulu (ngama-watt) i-CPU engawasebenzisa kumodi ye-turbo. Amanye ama-laptop ane-turbo setting enamandla, futhi ibeka imikhawulo ngaphezu kwencazelo esemthethweni ukuze kubonakale kusebenza kahle kakhulu, ngezindleko zokushisa okukhulu.

Isibonelo, ungase ube ne-CPU ene-TDP esemthethweni engu-45W, kodwa I-BIOS Uyamsunduza 52W noma ngaphezulu kumodi ye-turbo eqhubekayoUkunciphisa lowo mkhawulo kumanani aseduze ne-TDP yangempela (isibonelo, 37-40 W) kuvumela i-CPU ukuthi Gcina imvamisa ephakathi kodwa eqinile (3,0-3,1 GHz) ngaphandle kokufinyelela amadigri angu-90-something futhi ngaphandle kokusebenzisa i-thermal throttling.

Phakathi nale nqubo, kuvamile ukuthi uma wehlisa i-voltage noma amandla kakhulu, Ungase ubhekane nezikrini eziluhlaza okwesibhakabhaka noma ukuphahlazekaLezi yizimpawu zokuthi usudlulele kakhulu: vele uqale kabusha bese ubuyela enanini langaphambilini, elinokugcinwa kakhudlwana.

Ukulinganisa intuthuko: izilinganiso kanye namashadi okucindezeleka

Ukuze wazi ukuthi konke lokhu kulungiswa kuyazuzisa yini, into efanelekile ongayenza Qhathanisa ukusebenza kanye nokushisa ngaphambi nangemvaIndlela evamile ukusebenzisa ama-benchmarks afana ne-Cinebench R15 noma i-R20, noma umane uphinda izimo ezifanayo zomdlalo ngenkathi uqapha i-FPS nama-degree.

Esibonelweni esisebenzayo, ngokucushwa kwefektri kwi-laptop ene-i7 engu-6-core, okulandelayo kutholakale cishe amaphuzu angu-1064 ku-Cinebench R15 Ukuqala nge-CPU esivele ishisa ngemva kokuhlolwa kokucindezeleka kwangaphambilini, nangemva kokusebenzisa i-undervolt engu--0,150 V nokusetha i-Turbo Boost Power Max ku-37 W, ukuphinda ukuhlolwa okufanayo, umphumela waba Amaphuzu we-1071, enamazinga okushisa aphansi kakhulu futhi kungekho ukucindezelwa kokushisa okubonakalayo.

Uma ubheka igrafu yokucindezeleka ngokuhamba kwesikhathi, ungabona ukuthi kanjani Umugqa we-"Thermal Throttling" wehla kusukela kumanani aseduze no-25% kuya cishe ku-zero. ngamapharamitha alungisiwe. Lokhu kusho ukuthi, ngisho noma amandla amancane e-theory, iprosesa isebenza kangcono ngokuhamba kwesikhathi ngoba ayisancishiswa njalo ngenxa yokushisa ngokweqile.

Uma iphuzu elizinzile nelanelisayo selitholakele, i-XTU ivumela londoloza iphrofayela yokucushwa ukuze ilayishe ngokuzenzakalelayo lapho iWindows iqala, ngakho akudingeki uphinde izilungiselelo njalo.

Okufanayo kwe-Linux kanye nezinye izindlela: ukukhubaza i-turbo kanye nababusi

Kungenzeka futhi ezinhlelweni ze-GNU/Linux ezinama-Intel CPU. Nciphisa i-turbo kanye nemvamisa emazingeni okushisa aphansiNoma kunjalo, indlela ishintsha kancane. I-kernel ifaka phakathi umshayeli. Isimo se-Intel P kanye “nababusi” abahlukene noma izinhlelo zokuphatha imvamisa.

Ukuze ukhubaze i-turbo ezinhlelweni eziningi ze-Intel P-state, umyalo onjengalona wanele:

i-echo 1 | i-sudo tee /sys/devices/system/cpu/intel_pstate/no_turbo

Futhi ukuze uyivuselele, ushintsha u-1 ube ngu-0. Ngaleyo ndlela, i-CPU ngeke idlule imvamisa yayo eyisisekeloLokhu kunciphisa kakhulu ukuphakama kwezinga lokushisa futhi kwenza imishini ikwazi ukubikezela kangcono ngomsindo nokusetshenziswa kwamandla.

Enye indlela ukushintsha i-CPU frequency governor ibe yizindlela ezifana ne- "ukusindisa amandla"okuphoqa i-CPU ukuthi isebenzise amaza aphansi cishe ngaso sonke isikhathi el tiempo. Isibonelo:

i-echo powersave | i-sudo tee /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor

Ukuze ubuyele ekusebenzeni okuphezulu, ungasebenzisa:

ukusebenza kwe-echo | i-sudo tee /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor

Empeleni, ngokuhlanganisa I-Turbo ikhutshaziwe futhi umphathi usekugcineni kwamandla Kuvamile ukubona ukwehla okufika ku-15-20 °C emazingeni okushisa aphezulu uma kuqhathaniswa nemodi yokusebenza ezenzakalelayo, njalo kunezingqinamba kuye ngemodeli ye-CPU kanye nesistimu yokupholisa.

Ukuze lokhu kwenzeke ngokuzenzakalelayo, kunezindlela ezifana nalezi Amandla e-CPUokukuvumela ukuthi ulungiselele imikhawulo yemvamisa encane nephezulu noma umbusi owufunayo kanye zisebenzise ngokuzenzakalelayo ngesevisi yesistimu ngayinye ibhuthiniKukhona futhi ama-graphical interface, njenge-cpupower-gui ku-Arch kanye nama-derivatives, enza kube lula lezi zinguquko ngaphandle kokuthinta i- Isikhumulo.

Izilinganiso zomzimba: umoya, uthuli, i-thermal pad, kanye nama-cooling pad

Nakuba konke okungenhla kusiza kakhulu, Akukhona konke mayelana nesofthiweI-laptop engenamoya noma enothuli ingashisa kakhulu ngisho noma iprosesa egobile. Kubalulekile futhi ukulungisa izingxenye zomzimba.

Esokuqala ukuthi Ungavimbi ama-grille omoyaUma usebenzisa i-laptop yakho embhedeni, emikhushini noma ezingutsheni zokulala, noma ngokumboza izikhala zomoya, wonakalisa ukupholisa: umoya oshisayo awuphumi kahle futhi ingaphakathi liba yi-oven.

Futhi namathonya lokushisa lasekamelweni kanye nemithombo yangaphandle yokushisaIgumbi elivaliwe, elingenawo umoya futhi ilanga likhanya ngqo kwi-laptop, lizobangela amazinga okushisa akhuphuke. Ukugcina indawo ipholile, ukugwema ukukhanya kwelanga okuqondile, nokugcina ikhompyutha kude nezifudumezi noma eminye imithombo yokushisa kusiza kakhulu kunalokho ongakucabanga.

Olunye ukwesekwa okunconywa kakhulu yi- ama-cooling pad anamafeniEzinhle kakhulu zivame ukwenziwa nge-aluminium, njengoba zihambisa ukushisa kangcono kunepulasitiki. Lapho ukhetha, kufanelekile ukunaka inani labalandeli kanye nokuhamba komoya (CFM). Uma umoya ugeleza kakhulu, kulapho ikhono lokupholisa isisekelo se-laptop liba likhulu khona.Ezimweni ezingembi kakhulu, kukhona nama-"cooler" amancane afakwa ezindlini zokungenisa umoya eziseceleni futhi asiza ekukhipheni umoya oshisayo, yize engasebenzi kahle kunesisekelo esihle.

Ngokuhamba kwesikhathi, ingaphakathi le-laptop Uthuli luqoqana kumafeni, emithonjeni yomoya, kanye nasezindaweni zokushisaUma ingcolile kakhulu, amandla okupholisa ehla kakhulu. Ukuyihlanza ngaphakathi ngomoya ocindezelwe namabhulashi athambile, njalo uqaphela ukuthi ungalimazi izingxenye, kungabuyisa amazinga amaningana egumbi lokushisa.

Emaqenjini aneminyaka engaphezu kwemithathu noma emine, I-CPU kanye ne-GPU thermal pad kanye nama-thermal pad Kungenzeka ukuthi zilahlekelwe yizimfanelo zazo. Ukuzishintsha ngamakhemikhali asezingeni eliphezulu kuvame ukuthuthukisa ukudluliselwa kokushisa kusuka kuma-chips kuya kuma-heatsink kakhulu. Kodwa-ke, Kungumsebenzi wezandla ezizinzile kanye nolwazi oluthile.ngoba kufanele uhlukanise okungaphezu nje kwesembozo esingezansi bese ulandela i-oda lesicelo elifanele.

Ezinye izinyathelo eziyisisekelo zesofthiwe zokuvimbela ukushisa ngokweqile

Ngaphandle kokukhawulela iprosesa, kunezindlela ezinengqondo ezisetshenziswayo Zinganciphisa kakhulu umthwalo wokushisa. kwesistimu ngaphandle kokuthinta ama-voltage noma amaza.

Kuhle ukuhlola ku- Umphathi Womsebenzi uma une izinhlelo zokusebenza ezilenga noma ezicubungulayo ezisebenzisa i-CPU ngaphandle kwesizathuNgezinye izikhathi isiphequluli esinamathebhu amaningi, umdlalo ovalwe kancane, noma isevisi engaklanywanga kahle ingagcina i-CPU iku-80-100% ngaphandle kokuqaphela, okuphoqa i-laptop ukuthi ishise kakhulu ngisho noma ibonakala ingasebenzi.

Uma ubona inqubo esebenzisa i-CPU engasebenzi kahle, Sebenzisa i-Process Lasso, qeda umsebenzi noma uqale kabusha ikhompyutha

Omunye umqondo olula kodwa ophumelelayo uthi Cima noma umise i-laptop yakho uma ungayisebenzisi amahora amaningi.Esikhundleni sokuyishiya ivuliwe unomphela, ungalungiselela izinhlelo zamandla zokumisa noma ukuvala isikrini ngemva kwesikhathi esithile sokungasebenzi, kungakhathaliseki ukuthi sisebenza ngamandla ebhethri noma sixhunyiwe, ukonga ukushisa futhi kwandise impilo yedivayisi yakho.

Ngokuhlanganisa ukulungiswa kwamandla (njengokunciphisa isimo esiphezulu seprosesa noma ukusetha imvamisa ye-turbo efanelekile), amasu okunciphisa amandla kumaprosesa e-Intel, izinguquko ezincane zomzimba (ukuhlanza kwangaphakathi, ama-cooling pad amahle, ukunakekelwa ngama-vents) kanye nokuqonda okuthile okuvamile ekusetshenzisweni kwansuku zonke, Kungenzeka ngokuphelele ukulawula amazinga okushisa e-laptop enamandla, wehlise amazinga aphezulu angama-95-100°C abe amanani akhululekile kakhulu, futhi ngesikhathi esifanayo, ugcine ukusebenza kusondele kakhulu ezingeni eliphezulu. kokubili emidlalweni nasemisebenzini enzima.