- Inzwa ye-Hotspot iqopha izinga lokushisa eliphakeme kakhulu lawo wonke amaphuzu angaphakathi e-GPU, ngokungafani nezinga lokushisa elijwayelekile lilonke.
- Ukusetshenziswa kwesofthiwe ekhethekile njenge-HWiNFO64, i-HWMonitor noma i-GPU-Z kuvumela ukutholakala kwama-thermal spikes angabangela i-thermal throttling.
- Umehluko omkhulu phakathi kwezinga lokushisa lilonke nendawo eshisayo ungabonisa izinkinga ngokusetshenziswa kwe-thermal paste noma ukuthintana kwe-heatsink.
Uma unesithakazelo ngehadiwe futhi ufuna ukuthola okuningi kwi-PC yakho, cishe uke waphawula ukuthi kunezindlela eziningana zokufundwa kwezinga lokushisa zekhadi lakho lehluzo. Ukufundwa kwezinga lokushisa okujwayelekile esivame ukukubona akufani ne- hotspot edumile , isilinganiso esingaba yinto esabekayo uma ungazi ukuthi ungayichaza kanjani, kodwa sibalulekile ekwazini ukuthi uhlelo lwakho luphephile ngempela.
Ukuqonda lo mehluko kubalulekile ngoba, ngezinye izikhathi, izinga lokushisa elijwayelekile lisitshela ukuthi konke kuhamba kahle ngenkathi i-chip ihlupheka endaweni ethile. Kulesi sihloko, sizochaza ukuthi singawasebenzisa kanjani amathuluzi afana ne -HWiNFO64 noma i-HWMonitor ukuqapha la manani nokuvimbela i-GPU yakho ukuthi ingafinyeleli esiphelweni sayo ngenxa yokuxhumana okungekuhle kokushisa.
Iyini ngempela i-GPU Hotspot?
Okokuqala ngezinto eziyisisekelo, i-Hotspot akuyona izinga lokushisa elimaphakathi, kodwa kunalokho iwukufunda okuphezulu kakhulu kuzo zonke izinzwa ezisatshalaliswe kuyo yonke ingqikithi yekhadi lehluzo. Cabanga nge-chip njengemephu; kuyilapho izinga lokushisa le-GPU lifana nezinga lokushisa elimaphakathi lesimo sezulu sedolobha, i-Hotspot ifana ne-thermometer ebekwe ngqo ku-asphalt emini.
Kujwayelekile ukuthi leli nani libe phezulu kunesilinganiso esiphelele, njengoba ezinye izindawo zeprosesa yehluzo zikhiqiza ukushisa okukhulu kakhulu kunezinye , ikakhulukazi eduze kwamayunithi ekhompyutha. Ngokwesiko, i-AMD ibilokhu icacile ngale datha, kuyilapho i-NVIDIA igcine la manani efihliwe kakhulu noma iwakhawulele kumathuluzi angaphakathi, yize ngenxa yezibuyekezo zakamuva zesofthiwe yomuntu wesithathu, manje sesingakwazi ukuwafinyelela.
Amathuluzi okulinganisa indawo eshisayo
Uma ufuna ukwazi intengo yekhadi lakho lezithombe, unezinketho eziningana kuye ngokuthi imodeli yakho nokuthi yini oyifunayo:
- I-HWiNFO64: Cishe iyithuluzi eliphelele kakhulu. Ezinguqulweni zayo zakamuva (kufaka phakathi ama-beta kanye nokukhishwa kwangaphambili njenge-v8.51), isiqalile ukusekela izindawo ezishisayo zamakhadi e-NVIDIA, kufaka phakathi ukwakheka kwe-Blackwell (RTX 50). Kufanele uvule imodi yesensa bese ubheka umugqa we Izinga Lokushisa Lendawo Eshisayo ye-GPU.
- I-GPU-Z: I-classic ebalulekile. Kuthebhu ethi "Ama-Sensors", ungabona izinga lokushisa eliphakeme kakhulu elirekhodiwe ngesikhathi sangempela. Lifaneleke kakhulu ngenxa yobulula balo futhi ngoba ngokuphelele free.
- Umhloli we-HW: Kusuka kubadali be-CPU-Z. Inguqulo 1.65.1 isanda kulungisa ukwesekwa kokubonisa i-Hotspot kumakhadi amasha ochungechunge lwe-RTX 50, okukuvumela ukuthi uqaphe izindawo ezishisayo. ukulinganiselwa okushisayo iyasebenza.
Ukuhumusha izindinganiso: Kufanele ngikhathazeke nini?
Yilapho abantu abaningi bethuka khona. Kuvamile ukubona umehluko ophakathi kwama -degree ayi-10 nama-20 phakathi kwezinga lokushisa lilonke kanye nezinga lokushisa le-hotspot. Uma i-GPU yakho ifunda ama-degree angu-70°C kanti i-hotspot iku-85°C, ungakhathazeki; lokhu kuyindlela evamile yokuziphatha.
Kodwa-ke, kunezibonakaliso zokuxwayisa okungafanele uzishaye indiva. Uma umehluko ungaphezu kwama -degree Celsius angu-25 , cishe unenkinga yokuhlanganisa. Lokhu kuvame ukwenzeka uma i -thermal paste ingasetshenziswanga kahle noma i-heatsink ingaxhumani ngisho ne-chip, okudala "indawo engaboni" lapho ukushisa kunganyamalali kahle.
Ingozi yokushisa okushisayo kanye nokuphila isikhathi eside
Uma indawo yokushisa ifinyelela imikhawulo ebalulekile (okungafinyelela izinga lokushisa elifinyelela ku-100-105°C kumakhadi wehluzo anamuhla), uhlelo lusebenzisa i-thermal throttling . Lokhu empeleni kuyindlela yokuzivikela lapho ikhadi linciphisa ngokuzenzakalelayo ijubane lalo lewashi kanye ne-voltage ukuvimbela ukushisa ngokweqile, okuholela ekwehleni okukhulu kwe-FPS kanye nokungaguquguquki emidlalweni yakho.
Ekugcineni, ukusebenza njalo emazingeni okushisa aphezulu akunampilo. I-thermal paste yonakala ngokushesha okukhulu, futhi izingxenye ze-elekthronikhi, njenge- capacitors kanye ne-VRM phases , zingaguga ngaphambi kwesikhathi. Esimweni esibi kakhulu, ukushisa okweqile nokuqhubekayo kungasonta i-PCB noma kubangele ukwehluleka kwe-VRAM unomphela, okuholela kulezo zinto ezisabekayo zesikrini.
Amathiphu okugcina i-GPU yakho ipholile
Ukuze uvimbele ikhompyutha yakho ekushiseni ngokweqile, into eyisisekelo okufanele uyenze ukuqinisekisa ukuthi umoya ugeleza kahle esikhaleni sakho. Hlanza izihlungi zothuli bese uhlola ukuthi amafeni asabela kahle yini emthwalweni. Uma une-laptop, gwema ukuyisebenzisa ezindaweni ezithambile njengombhede wakho, njengoba lokhu kuvimbela ukungena komoya futhi kubangela ukuthi indawo yokushisa ikhuphuke ngokushesha.
Uma uthola ukuthi amazinga okushisa ahlala ephezulu kakhulu naphezu komoya omuhle, ungase ucabangele ukushintsha i-thermal paste noma ukusebenzisa ukupholisa okuketshezi. Amamodeli enziwe ngokwezifiso aphezulu ngokuvamile aphatha lawa ma-spikes kangcono ngenxa yezinto eziqhuba umoya kanye nama-heatsink amakhulu agcina izinga lokushisa le-junction kude nomkhawulo obalulekile.
Ukuqapha ngokucophelela usebenzisa i-HWiNFO noma i-GPU-Z kukuvumela ukuthi uhlukanise phakathi kwamazinga okushisa ajwayelekile okusebenza nenkinga yangempela yehadiwe. Uma nje izinga lokushisa le-hotspot lihlala lingaphansi kuka-95°C ngaphansi komthwalo osindayo futhi kungekho ukwehla kokusebenza, ungadlala ngokuthula kwengqondo, wazi ukuthi ikhadi lakho lehluzo lisebenza ngaphakathi kwemingcele yokuphepha ecacisiwe yomkhiqizi .