Njengoba bekulindelekile, i-AMD namuhla imemezele ukunqoba kwayo okungenamibandela enkingeni yokufakwa ngaphansi kwe-Ryzen 3000 kwimodi ye-turbo. Izinguqulo ezintsha ze-BIOS, okuzodingeka ukuthi abakhiqizi bebhodi lomama basabalalise emasontweni azayo, zizokwandisa imvamisa yokusebenza kwamaphrosesa ngaphansi kwemithwalo ethile ngo-25-50 MHz. Ukwengeza, okunye ukuthuthukiswa kuthenjiswa ku-algorithm yokushintsha imvamisa esebenzisanayo, ehlobene, ikakhulukazi, nezindlela zomthwalo ophansi.
Esontweni eledlule, ngaphansi kwengcindezi yomphakathi, i-AMD bekufanele ivume ukuthi ama-algorithms okusebenza obuchwepheshe be-Precision Boost 2.0, asetshenziswe kuma-processor we-Ryzen 3000, aqukethe. , ngenxa yokuthi amaphrosesa ngokuvamile awafinyeleli kumaza aphezulu athenjiswe ekucacisweni. Ukuze balungise, ochwepheshe be-AMD bakhiphe isethi entsha yemitapo yolwazi, i-AGESA 1003ABBA, engagcini nje ngokukhuphula kancane ama-processor frequency, kodwa futhi ehlisa kancane amandla abo okusebenza.
βUkuhlaziya kwethu kukhombisa ukuthi i-algorithm yesilinganiso sewashi leprosesa ithintwa inkinga engase ibangele ukuthi amazinga ewashi eliqondiwe abe ngaphansi kunalokho obekulindelwe. Sekuxazululiwe,β kusho i-AMD esitatimendeni esishicilelwe enkampanini yayo . Inkampani iphinde yathembisa okunye ukuthuthukiswa okukhona: βSiphinde sihlole okunye ukuthuthukiswa kokusebenza okungase kuthuthuke imvamisa. Lezi zinguquko zizosetshenziswa ku-BIOS yozakwethu babakhiqizi bebhodi lomama. Ukuhlola kwethu kwangaphakathi kukhombisa ukuthi lezi zinguquko zizongeza cishe u-25-50 MHz kumafrikhwensi e-turbo amanje awo wonke amaphrosesa e-Ryzen 3000 ngaphansi kwemisebenzi ehlukahlukene."
Phakathi kokunye ukulungiselelwa kokusebenza, i-AMD ikhuluma ngemodi yokungenzi lutho ethuthukisiwe nebushelelezi. Okubalulekile ukuthi iphrosesa ngokuvamile isabela ngokushesha ngisho nasekukhuphukeni okuncane komthwalo ngokushintshela kumodi ye-turbo futhi ikhuphule imvamisa ibe sezingeni eliphakeme elisungulwe ukucaciswa. Kodwa akuzona zonke izinhlelo zokusebenza ezidinga ngempela ukusheshisa okunjalo. Ngakho-ke, ku-AGESA 1003ABBA, abathuthukisi be-AMD bazamile ukwenza isiqiniseko sokuthi imodi ye-turbo ayiziba imithwalo eyenzeka ngezikhathi ezithile edalwe izinqubo zangemuva zesistimu yokusebenza nezinhlelo zokusebenza njengeziqalisi zegeyimu noma izinsiza zokuqapha, futhi inyusa imvamisa namandla kagesi kuphela lapho kudingekile ngempela. Ekugcineni, lokhu kufanele kunciphise amazinga okushisa ephrosesa uma ingenzi lutho futhi kuxazulule enye inkinga ekhathaza abasebenzisi.
Ngokwehlukana, i-AMD iveze ukuthi zonke izinguquko ezintsha nezangaphambilini ze-algorithms zokushintsha imvamisa aziwuthinti nganoma iyiphi indlela umjikelezo wempilo we-Ryzen 3000. Lesi sitatimende senziwa kuphendulwa izimangalo zabanye ababebukele zokuthi imikhawulo kumafrikhwensi e-turbo yenziwa yi-AMD ukuze ukwandisa ukuthembeka nempilo yesevisi yamaphrosesa.
Inguqulo entsha ye-AGESA 1003ABBA isivele ithunyelwe kubakhiqizi be-motherboard, okumele bazenzele ukuhlolwa kwabo kanye nokuqaliswa kwezibuyekezo, emva kwalokho ukusabalalisa kwe-firmware elungisiwe kubasebenzisi bokugcina kuzoqala. I-AMD ilinganisela ukuthi le nqubo ingathatha amasonto amathathu.
Futhi, ngoSepthemba 30, i-AMD izokhipha ithuluzi elisha lonjiniyela - I-Monitoring SDK. Lolu hlaka luzodinga ukuvumela isofthiwe yenkampani yangaphandle ukuthi ifinyelele okuguquguqukayo okubalulekile okubonisa isimo sephrosesa: amazinga okushisa, ama-voltage, amaza, umthwalo oyinhloko, imikhawulo yamandla, njll. Ngamanye amazwi, noma yimuphi umthuthukisi wesoftware wenkampani yangaphandle uzokwazi ukusebenzisa kalula wonke amapharamitha abonwa umsebenzisi kunsiza ye-AMD Ryzen Master.
Source: 3dnews.ru