Ekupheleni kwale nyanga, i-AMD iza kubonisa iprosesa yayo entsha ye-7nm Ryzen 3000, kwaye, njengesiqhelo, okukhona sisondela kwisibhengezo, iinkcukacha ezininzi ziyaziwa malunga neemveliso ezintsha. Ngeli xesha kuye kwavela ukuba iitshiphusi ezintsha ze-AMD ziya kuxhasa imemori kwi-frequency ephezulu kakhulu kuneemodeli zangoku. Ukongeza, ezinye iinkcukacha ezintsha zivele malunga neemodeli ezindala zeRyzen zesizukulwana esitsha.
Abavelisi bebhodi ye-Motherboard sele beqalile ukukhulula iinguqulelo ezintsha ze-BIOS kwiibhodi zabo ze-motherboards kunye ne-Socket AM4, enika inkxaso kwi-processors ezayo ye-Ryzen 3000. Kwaye umthandi wase-Ukraine u-Yuriy "1usmus" Bubliy, umdali we-Ryzen DRAM Calculator utility, efunyenwe kwi-BIOS entsha isakhono. ukuseta inkumbulo rhoqo ukuya kwimo DDR4-5000. Oku kuphezulu kakhulu kunoko bekukhona kwiRyzen yokuqala.
Qaphela ukuba isantya sewotshi ye-RAM sichaphazela ukuphindaphinda kwebhasi ye-Infinity Fabric. Kodwa ekubeni imemori esebenzayo frequency iphezulu kakhulu kwibhasi ngokwayo, isahluli siyasetyenziswa. Ngokomzekelo, xa usebenzisa imemori ye-DDR4-2400, i-frequency yebhasi iya kuba yi-1200 MHz. Kwimeko yememori ye-DDR4-5000, i-frequency yebhasi iya kuba yi-2500 MHz, ephezulu kakhulu. Ke ngoko, kunokwenzeka ukuba, i-AMD iya kongeza esinye isahluli ukuze isebenze ngenkumbulo ekhawulezayo. Kwaye ke kwi-DDR4-5000 i-frequency yebhasi iya kuba yi-1250 MHz.
Kodwa ekubeni isahluli sisixhobo se-hardware, akukho ndawo apho sinokuvela khona kwiibhodi zangoku. Ke ubukho besahluli esongezelelweyo, kwaye ngenxa yoko inkxaso epheleleyo ye-RAM ekhawulezayo, inokuba yenye inzuzo yeebhodi zomama ezintsha ezisekwe kwi-AMD X570. Ewe, oku akuthethi konke konke ukuba unokuthatha nayiphi na isethi yeemodyuli zememori kwaye uyigqithise kwi-5 GHz. Kuphela kweyona nto ilungileyo inokukoyisa loo maza, njengoko kunjalo ngeqonga le-Intel. Nangona kunjalo, ngokubanzi, asikwazi ukukunceda kodwa sivuyiswe kukuba iiprosesa ze-AMD ziya kukwazi ukukhuphisana ne-Intel chips kwi-memory overclocking.
Ukongeza, kuxelwe ukuba i-BIOS entsha yongeza imowudi ye-SoC OC kunye nolawulo lombane lweVDDG. Ndingathanda kwakhona ukuqaphela ukuba, ngokutsho kwamahemuhemu, i-AMD yenze imizamo ebalulekileyo yokuphucula ukuhambelana kwememori kunye nabaqhubekisi bayo, nto leyo ekhuthazayo ngakumbi emva kweendaba zokuba i-Samsung. .
Ngokuphathelele iinkcukacha ezintsha malunga ne-Ryzen 3000 endala, zabelwana ngazo ngumbhali wesiteshi se-YouTube i-AdoredTV, ezenzele yona njengomthombo othembekileyo wokuvuza. Kuxelwe ukuba i-AMD isandula ukubonisa isizukulwana sayo esitsha seprosesa ezindala kubavelisi bebhodi yomama. Omnye wabo ngu , esisandulβ ukufunda ngayo komnye umthombo othembekileyo. Kwaye eyesibini yayiyiprosesa ye-12-core "enezantya eziphezulu zewotshi."
Andikwazi ukuvuza iinkcukacha kodwa i-AMD ibonise ubuncinci ii-CPU ezimbini ezijikeleze abenzi be-mobo. I-16C Apisak efunyenweyo kusenokwenzeka ukuba ibe yenye yeetshiphusi ababezibonisa.
Enye yayiyi-12 cores kunye nesantya esiphezulu ngokwenene. π Andazi noba bayibeke ebhentshini kwi-intanethi na.
β UJim (@AdoredTV)
Eyona nto inokwenzeka, i-AMD iya kubeka i-16-core Ryzen 3000 njengeprosesa enelona balo liphezulu kunye nokusebenza okuphezulu kwemisonto emininzi kwimarike eqhelekileyo. Kodwa imodeli ye-12-core kunye neefrikhwensi eziphezulu kakhulu iya kuba yiflegi yehlabathi kuwo nawuphi na umsebenzi. Oko kukuthi, iya kubonelela ngokusebenza okuphezulu kwimidlalo xa kuthelekiswa ne-chip ye-16-core, kwaye kwangaxeshanye inikezela ukusebenza okuphezulu kakhulu kwimisebenzi efuna ii-cores ezininzi kunye nemicu.
umthombo: 3dnews.ru