Ukusekelwa kwe-Ryzen 3000 ngamabhodi omama asuselwa kuchungechunge lwe-chipset ye-AMD 300 kuyangabazeka [Kubuyekeziwe]

Abanye abakhiqizi be-motherboard njenge-MSI babonakala befuna ukuthi uthenge i-motherboard entsha njalo ezizukulwaneni ezimbili zamaphrosesa ngaphandle kwesizathu esihle. Njengoba insiza ibika I-TechPowerUp, i-MSI ayibonakali inezinhlelo zokwengeza ukusekelwa kwamaphrosesa esizukulwane sesi-3 se-Ryzen kumabhodi ayo we-chipset e-AMD 300 ochungechunge, okuhlanganisa nalawo asekelwe kuma-chipset e-AMD X370 aphezulu kanye ne-B350. Lokhu kuzophinde kuthinte abanikazi bamabhodi omama angama-$300 njenge-X370 XPower. Lokhu kuboniswa impendulo yokusekelwa kwe-MSI yaseJalimane embuzweni womnikazi webhodi lomama le-X370 XPower Titanium mayelana nokusekelwa kwamaphrosesa e-Ryzen 3000. I-MSI iphendula umsebenzisi ukuthi ukusekelwa okunjalo akuhleliwe futhi inikeza ukuthenga amabhodi omama ngokusekelwe ku-X470 noma i-B450 chipsets.

Masikhumbule ukuthi i-AMD isho kaningi ukuthi, ngokungafani nembangi yayo enkulu, ayinazo izinhlelo zokuphoqa ukuthuthukiswa kwebhodi lomama ngaphandle kwezizathu eziphoqayo, futhi ithembise ukuthi ama-motherboards e-Socket AM4 azobuyela emuva futhi ahambisane okungenani nezizukulwane ezine zama-processor Ryzen, inkampani izokhipha kuze kube ngu-2020.

Ngakho-ke lokhu kusho ukuthi noma iyiphi i-motherboard yochungechunge lwe-300 kufanele isekele i-4th isizukulwane se-Ryzen processors ngemuva kwesibuyekezo esilula se-BIOS. Amabhodi omama amaningi, kuhlanganise nalawo avela ku-MSI, afika nesici se-USB BIOS Flashback esikuvumela ukuthi ubuyekeze i-BIOS kusuka kudrayivu ye-USB ngisho nangaphandle kwephrosesa ekhonjiwe futhi esebenzayo, okunamandla okwenza ukuwabuyekeza ku-Zen 2 kube lula nakakhulu. IN i-imeyili Ukusekelwa kwe-MSI kuqinisekise kumnikazi we-X370 XPower Titanium ukuthi ngeke ingeze ukwesekwa kwe-Zen 2 ochungechungeni lwamabhodi we-AMD 300.

Abanye abakhiqizi be-motherboard bangase futhi baphoqe abanikazi bemikhiqizo yabo ukuthi bathenge i-motherboard entsha: ummeleli wenye inkampani, ngesimo sokungaziwa, utshele ingosi. I-TechPowerUpukuthi ama-Zen 2 processors anezidingo eziqinile zamandla ama-motherboard ochungechunge angu-300 angeke akwazi ukuhlangabezana nazo. Lesi yisizathu esifanayo naleso i-Intel eyanikeza ukuphelelwa yisikhathi okuhleliwe kochungechunge lwama-chipsets ayo angu-100 no-200, nakuba lokhu kuye kwafakazelwa kaningi kuma-motherboards. run and overclock 9th generation processors ngokuvamile usebenzisa ama-firmwares angokwezifiso.

Kukholakala ukuthi uphawu lokusekela i-Ryzen 3000 yesikhathi esizayo ukuba khona kwezinguqulo ze-BIOS ezakhiwe kusisekelo semitapo yolwazi ye-AGESA 0.0.7.2. Okwamanje, i-ASUS ne-ASRock kuphela enikezela ngezibuyekezo ze-firmware ezihambisanayo zamabhodi asuselwa ku-X370 kanye ne-B350 chipsets. Ngaphezu kwalokho, ngenkathi i-ASUS inezinguqulo ezintsha cishe zawo wonke amabhodi asekelwe kuma-chipsets ochungechunge lwe-370, i-ASRock ithole kuphela izibuyekezo zamabhodi athile. Isibonelo, phakathi kwamabhodi i-BIOS entsha engakakhululwa i-flagship ye-ASRock X350 Taichi, kuyilapho inguqulo ye-BIOS esekelwe ku-AGESA 4 itholakala ebhodini elishibhile le-MicroATX ASRock AB0.0.7.2M-ProXNUMX.

Ukuze sicacise isithombe, kufanele silinde ukuphawula okusemthethweni okuvela kumkhiqizi, ngoba mhlawumbe umsebenzi wokusekelwa kwezobuchwepheshe we-MSI wayenolwazi olungaphelele mayelana nezinhlelo zesikhathi esizayo zenkampani.

Kubuyekezwe. I-MSI isikhishiwe Isitatimende esisemthethweni, lapho libike khona ukuthi ithimba lalo elisekelayo lenze iphutha futhi “lazisa ngokungeyikho ikhasimende le-MSI” mayelana nokwenzeka kokusebenzisa amaphrosesa esizukulwane esilandelayo se-AMD kubhodi lomama le-MSI X370 XPower Gaming Titanium. Inkampani iphinde yakubona kudingekile ukucacisa isimo samanje:

“Okwamanje sisaqhubeka nokuhlolwa okubanzi kwamabhodi omama we-AM4 akhona angama-300- no-400 ukuze siqinisekise ukuhambisana okungaba khona nesizukulwane esilandelayo sama-AMD Ryzen processors. Ngokunembe kakhudlwana, silwela ukunikeza ukuhambisana kwemikhiqizo eminingi ye-MSI ngangokunokwenzeka. Kanye nokukhishwa kwesizukulwane esilandelayo samaphrosesa we-AMD, sizoshicilela uhlu lwamabhodi omama we-MSI socket AM4."

Source: 3dnews.ru