Amaprosesa anamuhla akhulise kakhulu inani lama-cores okucubungula, kodwa ngesikhathi esifanayo ukuchithwa kwabo kokushisa kuye kwanda. Ukukhipha ukushisa okwengeziwe akuyona inkinga enkulu yamakhompuyutha edeskithophu, ahlala ngokujwayelekile ezimweni ezinkulu. Kodwa-ke, kuma-laptops, ikakhulukazi kumamodeli amancane nakhanyayo, ukubhekana nokushisa okuphezulu kuyinkinga eyinkimbinkimbi yobunjiniyela, lapho abakhiqizi bephoqeleka ukuba baphendukele ezixazululweni ezintsha nezingezona ezijwayelekile. Ngakho-ke, ngemva kokukhululwa okusemthethweni kwephrosesa yeselula eyisishiyagalombili i-Core i9-9980HK, i-ASUS yanquma ukuthuthukisa izinhlelo zokupholisa ezisetshenziswa kuma-laptops ahamba phambili futhi yaqala ukwethula isikhombimsebenzisi esisebenza kahle kakhulu esishisayo - insimbi ewuketshezi.
Isidingo sokuthuthukisa ukusebenza kahle kwezinhlelo zokupholisa kumakhompiyutha aphathwayo kade sashiywa yisikhathi. Ukusebenza kwamaphrosesa eselula emngceleni we-throttling sekuyinto evamile kuma-laptops asebenza kahle. Ngokuvamile lokhu kuphenduka ngisho nemiphumela engathandeki kakhulu. , indaba yesibuyekezo sangonyaka odlule se-MacBook Pro iseyintsha enkumbulweni, lapho izinguqulo ezintsha zamakhompiyutha eselula e-Apple ezisekelwe kuma-Core processors esizukulwane sesishiyagalombili zivele zahamba kancane kunabanduleli bazo abanamaprosesa esizukulwane sesikhombisa ngenxa yezinga lokushisa eliphansi. Izimangalo zivame ukuvela ngokumelene nama-laptops avela kwabanye abakhiqizi, amasistimu abo okupholisa ngokuvamile enza umsebenzi ompofu wokuqeda ukushisa okukhiqizwa iphrosesa ngaphansi komthwalo ophezulu wekhompyutha.
Isimo samanje siye saholela eqinisweni lokuthi izinkundla eziningi zobuchwepheshe ezinikezelwe ukuxoxa ngamakhompiyutha eselula esimanje zigcwele izincomo zokuhlakaza ama-laptops ngokushesha ngemva kokuthenga futhi ushintshe ukunamathisela kwawo okushisayo okujwayelekile kwezinye izinketho eziphumelelayo. Ngokuvamile ungathola izincomo zokunciphisa i-voltage yokuhlinzeka kuphrosesa. Kodwa zonke izinketho ezinjalo zilungele abathanda futhi azifanele umsebenzisi omkhulu.
Ngenhlanhla, i-ASUS inqume ukuthatha izinyathelo ezengeziwe zokunciphisa inkinga yokushisa ngokweqile, okwathi ngokukhululwa kwamaphrosesa esizukulwane seCoffee Lake Refresh kwasongela ukuphenduka izinkinga ezinkulu nakakhulu. Manje, khetha ama-laptops ochungechunge lwe-ASUS ROG afakwe ama-octa-core processors aphezulu ane-TDP engu-45 W azosebenzisa "i-exotic interface thermal interface" ethuthukisa ukusebenza kahle kokudlulisa ukushisa kusuka ku-CPU kuya ohlelweni lokupholisa. Lesi sici siwuketshezi lwensimbi olushisayo olunamathisela olushisayo lwe-Thermal Grizzly Conductonaut.
I-Grizzly Conductonaut iyisixhumi esibonakalayo esishisayo esivela kumkhiqizi waseJalimane odumile osuselwe kuthayela, i-gallium ne-indium, ene-thermal conductivity ephakeme kakhulu engu-75 W/mβK futhi ihloselwe ukusetshenziswa nge-overclocking engeqile. Ngokusho kwabathuthukisi be-ASUS, ukusetshenziswa kwesixhumi esibonakalayo esishisayo, zonke ezinye izinto zilingana, kunganciphisa izinga lokushisa lokucubungula ngamadigri angu-13 uma kuqhathaniswa nokunamathisela okushisayo okujwayelekile. Ngasikhathi sinye, njengoba kugcizelelwe, ukuze kusebenze kangcono insimbi ye-liquid, inkampani ithuthukise izindinganiso ezicacile zomthamo we-interface eshisayo futhi yanakekela ukuvimbela ukuvuza kwayo, lapho "i-apron" ekhethekile inikezwa khona endaweni yokushisa. ukuthintana kwesistimu yokupholisa ngephrosesa.
Amalaptop we-ASUS ROG ane-interface eshisayo yensimbi ewuketshezi asevele ehlinzekwa emakethe. Njengamanje, i-Thermal Grizzly Conductonaut isetshenziswa ohlelweni lokupholisa lwekhompuyutha ephathekayo ye-ASUS ROG G17GXR engu-703-intshi esekelwe kuphrosesa ye-Core i9-9980HK. Kodwa-ke, kusobala ukuthi esikhathini esizayo insimbi ye-liquid izotholakala kwamanye amamodeli we-flagship.
Source: 3dnews.ru