A cikin tsammanin fitowar na'urori na Intel Comet Lake-S, ASUS ta tattara masu sha'awar wuce gona da iri da yawa a hedkwatarta, suna ba su damar yin gwaji tare da sabbin na'urori na Intel. Sakamakon haka, wannan ya ba da damar saita madaidaicin madaidaicin mashaya don flagship Core i9-10900K a lokacin fitarwa.
Masu sha'awar sun fara sanin sabon dandali tare da "sauƙaƙe" sanyaya ruwa nitrogen. Tabbas, ba zai yiwu ba nan da nan a cimma daidaiton aiki na tsarin, amma ta hanyar gwaji da kuskure, masu gwajin sun sami nasarar cimma wasu manyan nasarori. Ba a bayyana sakamakon waɗannan gwaje-gwajen overclocking ba, amma a cikin ƙimar HWBot akwai rikodin cewa Intel Core i9-10900K processor ya kai mitar 7400 MHz ta amfani da nitrogen mai ruwa. Marubucin wannan rikodin shine Massman ɗan ƙasar Belgium, wanda memba ne na ƙungiyar da ASUS ta tattara.
Bayan ruwa nitrogen, overclockers sun canza zuwa gwaje-gwaje ta amfani da abu mafi sanyi - helium ruwa. Matsayin tafasarsa yana kusantar cikakken sifili kuma shine -269 ° C, yayin da nitrogen ke tafasa "kawai" a -195,8 ° C. Ba abin mamaki bane, helium na ruwa na iya samun ƙananan yanayin zafi don sanyaya kwakwalwan kwamfuta, amma amfani da shi yana da rikitarwa saboda tsadar sa da saurin ƙafewa. Shi ya sa masu sha'awar sha'awa suka damu game da ci gaba da samar da helium a cikin gilashin jan karfe a kan na'ura.
Sakamakon haka, wani mai sha'awar Sweden tare da pseudonym elmor ya sami nasarar cimma mitar 9 MHz mai ban sha'awa akan Core i10900-7707,62K, kuma guntu ya ci gaba da aiwatar da duk nau'ikan nau'ikan guda goma da fasahar Hyper-Threading. Lura cewa wannan babbar mashaya ce, musamman idan aka yi la'akari da cewa ga Core i9-9900K da ya gabata rikodin overclocking shine 7612,19 MHz, kuma ga Core i9-9900KS 7478,02 MHz ne kawai.
ASUS ta ba wa masu gwajin da nasu uwayen uwa, musamman waɗanda aka keɓe don matsananciyar overclocking - sabon ASUS ROG Maximus XII Apex akan kwakwalwar Intel Z490. Hakanan, tsarin gwajin yayi amfani da tsarin G.Skill Trident Z RGB RAM guda ɗaya kawai.
source: 3dnews.ru