Ekupheleni kwale nyanga, i-AMD izokwethula amaphrosesa ayo amasha e-7nm Ryzen 3000, futhi, njengenjwayelo, lapho sisondela esimemezelweni, imininingwane eyengeziwe yaziwa ngemikhiqizo emisha. Kulokhu kuvele ukuthi ama-chips e-AMD amasha azosekela inkumbulo ngemvamisa ephezulu kakhulu kunamamodeli amanje. Ngaphezu kwalokho, eminye imininingwane emisha ivele mayelana namamodeli amadala e-Ryzen esizukulwane esisha.
Abakhiqizi be-Motherboard sebeqalile ukukhipha izinguqulo ezintsha ze-BIOS zamabhodi abo omama nge-Socket AM4, ehlinzeka ngokusekela ama-processor azayo e-Ryzen 3000. Futhi umshisekeli wase-Ukraine u-Yuriy β1usmusβ Bubliy, umdali we-Ryzen DRAM Calculator utility, etholwe kuma-BIOS amasha ikhono. ukusetha imvamisa yememori ifike kumodi ye-DDR4-5000. Lokhu kuphakeme kakhulu kunalokho okwakutholakala ku-Ryzen yokuqala.
Qaphela ukuthi ijubane lewashi le-RAM lithinta imvamisa yebhasi le-Infinity Fabric. Kodwa njengoba imvamisa yenkumbulo esebenzayo iphezulu kakhulu ebhasini ngokwalo, kusetshenziswa isihlukanisi. Isibonelo, uma usebenzisa inkumbulo ye-DDR4-2400, imvamisa yebhasi izoba ngu-1200 MHz. Endabeni yenkumbulo ye-DDR4-5000, imvamisa yebhasi ingaba ngu-2500 MHz, ephakeme kakhulu. Ngakho-ke, cishe, i-AMD izongeza esinye isihlukanisi ukuze isebenze ngenkumbulo eshesha kakhulu. Bese kuthi ku-DDR4-5000 imvamisa yebhasi izoba ngu-1250 MHz.
Kodwa njengoba isihlukanisi siyingxenye ye-hardware, akukho ndawo lapho singavela khona kuma-motherboards amanje. Ngakho ukuba khona kwesihlukanisi esingeziwe, ngakho-ke ukusekelwa okugcwele kwe-RAM esheshayo, kungaba enye inzuzo yamabhodi omama amasha asekelwe ku-AMD X570. Vele, lokhu akusho nhlobo ukuthi ungathatha noma iyiphi isethi yamamojula wememori futhi uwabeke ngaphezulu ku-5 GHz. Okuhle kakhulu kuphela okunganqoba amaza anjalo, njengoba kunjalo ngeplatifomu ye-Intel. Kodwa-ke, ngokuvamile, asikwazi ukusiza kodwa sijabule ukuthi amaphrosesa we-AMD azokwazi ukuncintisana nama-Intel chips ku-memory overclocking.
Ngaphezu kwalokho, kubikwa ukuthi i-BIOS entsha yengeza imodi ye-SoC OC kanye nokulawulwa kwamandla kagesi we-VDDG. Ngingathanda futhi ukuqaphela ukuthi, ngokusho kwamahemuhemu, i-AMD yenze imizamo emikhulu yokuthuthukisa ukuhambisana kwenkumbulo nabacubungula bayo, okukhuthaza kakhulu ngemuva kwezindaba zokuthi i-Samsung. .
Mayelana nemininingwane emisha mayelana ne-Ryzen 3000 endala, kwabelwane ngayo ngumbhali wesiteshi se-YouTube i-AdoredTV, esizitholele yona njengomthombo onokwethenjelwa wokuvuza. Kubikwa ukuthi i-AMD isanda kukhombisa isizukulwane sayo esisha samaphrosesa amadala kubakhiqizi bebhodi lomama. Omunye wabo , esisanda kufunda ngayo komunye umthombo onokwethenjelwa. Futhi eyesibili kwakuyiprosesa eyi-12-core "enesivinini esikhulu ngempela sewashi."
Angikwazi ukuvuza imininingwane kodwa i-AMD ibikhombisa okungenani ama-CPU amabili azungeze abenzi be-mobo. I-16C Apisak etholakele kungenzeka ibe ngelinye lama-chips abebewakhombisa.
Enye yayingama-cores angu-12 futhi inesivinini esikhulu ngempela sewashi. π Angazi noma bakubeke ebhentshini ku-inthanethi nokho.
β Jim (@AdoredTV)
Kungenzeka ukuthi, i-AMD izobeka i-16-core Ryzen 3000 njengeprosesa enesibalo esiphezulu esiphezulu nokusebenza okunemicu eminingi emakethe evamile. Kodwa imodeli ye-12-core namafrikhwensi ayo aphezulu kakhulu izoba ifulegi lomhlaba wonke kunoma yimuphi umsebenzi. Okusho ukuthi, izohlinzeka ngokusebenza okuphezulu emidlalweni uma kuqhathaniswa ne-chip ye-16-core, futhi ngesikhathi esifanayo inikeza ukusebenza okuphezulu kakhulu emisebenzini edinga ama-cores amaningi nemicu.
Source: 3dnews.ru