Njengoko sisondela kwisibhengezo se-7nm entsha ye-Ryzen 3000 (Matisse) iprosesa, ulwazi oluninzi olunomdla luvuza kwi-intanethi. Ngeli xesha, iziphumo zokuvavanya i-6-core, i-12-thread ye-Ryzen isampuli yesizukulwana esitsha kunye ne-Zen 2 microarchitecture ifakwe kwi-database ye-Geekbench benchmark Kuyabonakala ukuba, iprosesa eneempawu ezinjalo iya kuhlelwa yi-AMD njengenye ye-entry-. iminikelo yenqanaba loluhlu lwemodeli yexesha elizayo, kodwa izalathisi zayo zokusebenza ezinomdla kunjalo. Inyani yeyokuba esi sizukulwana sesithathu i-Ryzen-core yajika yakhawuleza kunemodeli endala yesizukulwana sesibini, iRyzen 7 2700X.
Kwangaxeshanye, iifrikhwensi zovavanyo olusisiseko se-Ryzen 3000 zazithobeke kakhulu - 3,2 GHz kwisiseko kunye ne-4,0 GHz kwimodi ye-turbo. Ukuba sithembele ekuvuzeni kwangaphambili malunga nokwakhiwa koluhlu lwexesha elizayo, ngoko iprosesa eneempawu ezinjalo inokubizwa ngokuba yiRyzen 3 3300 kwaye ixabisa malunga ne-100 yeedola. Nangona kunjalo, umntu akanakuqiniseka ngokupheleleyo ngale nto, kuba ukubonakala kwale prosesa kwisiseko sedatha ye-Geekbench ngokumangalisayo kuhambelana neengxelo ezivela kwi-OEMs zekhompyuter ukuba baqala ukufumana iisampulu ze-Ryzen 5 3600 ezivela kwi-AMD, iprosesa, ngokoluvo lwabo, uluhlu lwemodeli luya kuba kwinqanaba lokungena.
Kodwa nokuba kunjalo, iziphumo zovavanyo "zebhajethi" ye-3000-core Ryzen 3,2 ene-frequencies ye-4,0-5061 GHz ibonakala ichukumisa kakhulu: iprosesa ifumana amanqaku angama-25 kuvavanyo olunomsonto omnye kunye namanqaku angama-481 kwimisonto emininzi. uvavanyo. Kwaye oku kuthetha ukuba isizukulwana esitsha esine-AMD yesithandathu esinomgangatho ophezulu wokusebenza kwi-Geekbench hayi kuphela xa kuthelekiswa ne-5-core Ryzen 2600 3,6X ene-frequencies ye-4,2-7 GHz, kodwa kwakhona xa kuthelekiswa ne-2700-core Ryzen 3,7 4,3X ene-frequencies ye-XNUMX -XNUMX GHz XNUMX GHz.
Ngamanye amazwi, i-Zen 2 microarchitecture iyakwazi ukuphakamisa ukusebenza kosapho lweprosesa ye-Ryzen ukuya kwinqanaba eliphezulu ngokuphawulekayo ngaphandle kokunyusa inani lee-computing cores, kodwa ngenxa yokwanda kwesalathisi se-IPC (inani lemiyalelo eyenziwayo umjikelo wewotshi). Ngenxa yoko, ukusebenza kweeflegi zonyaka ophelileyo kunokufumaneka kungekudala kubanini beenkqubo ezingabizi kakhulu.
Masikukhumbuze ukuba silindele isibhengezo se-Ryzen 3000 (Matisse) ngomso kusasa njengenxalenye yentetho yokuvulwa komboniso weComputex 2019 yinkokeli ye-AMD uLisa Su.
umthombo: 3dnews.ru