Iiprosesa zanamhlanje ziye zandisa kakhulu inani lee-cores processing, kodwa kwangaxeshanye ukutshabalalisa kwabo ubushushu kuye kwanda. Ukususa ubushushu okongeziweyo akuyongxaki enkulu kwiikhompyuter zedesktop, ezihlala ngokwesiko kwiimeko ezinkulu. Nangona kunjalo, kwiilaptops, ngakumbi kwiimodeli ezibhityileyo nezilula, ukujongana nobushushu obuphezulu yingxaki yobunjineli entsonkothileyo, apho abavelisi banyanzelekile ukuba babhenele kwizisombululo ezitsha nezingezizo ezisemgangathweni. Ngaloo ndlela, emva kokukhululwa ngokusemthethweni kweprosesa ye-mobile esibhozo i-Core i9-9980HK, i-ASUS yagqiba ekubeni iphucule iinkqubo zokupholisa ezisetyenziswa kwii-laptops ze-flagship kwaye yaqala ukwazisa i-interface ye-thermal interface esebenzayo - intsimbi engamanzi.
Isidingo sokuphucula ukusebenza kakuhle kweenkqubo zokupholisa kwiikhomputha eziphathwayo sele lide kakhulu. Ukusebenza kweeprosesa eziphathwayo kumda we-throttling kuye kwaba yinto eqhelekileyo kwiilaptops ezisebenza kakhulu. Amaxesha amaninzi oku kude kuguqukele ekubeni yimiphumo engathandekiyo. , Ibali lohlaziyo lonyaka ophelileyo lweMacBook Pro lisatsha kwinkumbulo, xa iinguqulelo ezintsha zeekhompyuter ze-Apple ezisekwe kwisizukulwana sesibhozo Iiprosesa zeCore zajika zacotha kunabo bangaphambili abaneprosesa zesizukulwana sesixhenxe ngenxa yobushushu bokushisa. Amabango ahlala ephakama ngokuchasene neelaptops zabanye abavelisi, abaneenkqubo zokupholisa zihlala zenza umsebenzi ombi wokuchitha ubushushu obuveliswa ngumqhubekekisi phantsi komthwalo ophezulu wekhompyutha.
Imeko yangoku ikhokelele ekubeni iiforam ezininzi zobugcisa ezinikezelwe ukuxoxa ngeekhompyuter zanamhlanje eziphathwayo zizaliswe ziingcebiso zokuqhaqha iilaptops ngoko nangoko emva kokuthenga nokutshintsha uncamathiselo oluqhelekileyo lwe-thermal kwezinye iinketho ezisebenzayo. Unokufumana iingcebiso zokunciphisa amandla ombane kwiprosesa. Kodwa zonke iinketho ezinjalo zifanelekile kubathandi kwaye azifanelekanga kubasebenzisi abaninzi.
Ngethamsanqa, i-ASUS igqibe kwelokuba ithathe amanyathelo ongezelelweyo okunciphisa ingxaki yokutshisa kakhulu, eyathi ngokukhululwa kweeprosesa zeselfowuni zeCoffee Lake Refresh zasongela ukujika zibe ziingxaki ezinkulu. Ngoku, khetha iilaptops ze-ASUS ROG ezixhotyiswe nge-octa-core processors ezine-TDP ye-45 W iya kusebenzisa "i-exotic thermal interface material" ephucula ukusebenza kakuhle kokudluliselwa kobushushu ukusuka kwi-CPU ukuya kwinkqubo yokupholisa. Esi sixhobo lulwelo olwaziwayo lwesinyithi lwe-thermal paste Thermal Grizzly Conductonaut.
I-Grizzly Conductonaut yi-interface ye-thermal evela kumenzi odumileyo waseJamani osekelwe kwi-tin, i-gallium kunye ne-indium, ene-conductivity ephezulu ye-thermal ye-75 W / mβK kwaye ihloselwe ukusetyenziswa nge-overclocking engekho kakhulu. Ngokutsho kwabaphuhlisi be-ASUS, ukusetyenziswa kwe-interface ye-thermal enjalo, zonke ezinye izinto zilingana, kunokunciphisa ubushushu beprosesa ngama-degrees angama-13 xa kuthelekiswa ne-standard thermal paste. Kwangaxeshanye, njengoko kugxininisiwe, ukwenzela ukusebenza kakuhle kwesinyithi, inkampani iye yaphuhlisa imigangatho ecacileyo yedosi ye-thermal interface kwaye yakhathalela ukuthintela ukuvuza kwayo, apho kubonelelwa nge-"apron" ekhethekileyo malunga nendawo. uqhagamshelwano lwesixokelelwano sokupholisa ngeprosesa.
Iilaptops ze-ASUS ROG ezine-interface ye-thermal yentsimbi engamanzi sele zibonelelwa kwimarike. Okwangoku, i-Thermal Grizzly Conductonaut isetyenziswa kwinkqubo yokupholisa ye-17-intshi ye-ASUS ROG G703GXR laptop esekelwe kwiprosesa ye-Core i9-9980HK. Nangona kunjalo, kucacile ukuba kwixesha elizayo isinyithi solwelo siya kufumaneka kwezinye iimodeli zeflegi.
umthombo: 3dnews.ru