Njengoba sisondela esimemezelweni se-7nm Ryzen 3000 (Matisse) processors entsha, ulwazi oluningi oluthakazelisayo luvuza ku-inthanethi. Kulokhu, imiphumela yokuhlola isampula ye-6-core, 12-thread Ryzen yesizukulwane esisha esine-Zen 2 microarchitecture ivele kusizindalwazi se-Geekbench benchmark Ngokusobala, iphrosesa enezici ezinjalo izohlukaniswa yi-AMD njengenye yokungenela-. iminikelo yeleveli yobubanzi bemodeli yesikhathi esizayo, kodwa izinkomba zayo zokusebenza ziyathakazelisa noma kunjalo. Iqiniso liwukuthi le Ryzen yesizukulwane sesithathu eyisihluthulelo sesithathu iphenduke yashesha kunemodeli endala yesizukulwane sesibili, iRyzen 7 2700X.
Ngasikhathi sinye, imvamisa ye-3000-core Ryzen 3,2 ehloliwe yayinesizotha kakhulu - i-4,0 GHz esisekelweni kanye ne-3 GHz kumodi ye-turbo. Uma sithembela ekuvuzeni kwangaphambi kwesikhathi mayelana nokwakheka kohlu lwesikhathi esizayo, khona-ke iphrosesa enezici ezinjalo ingabizwa ngokuthi i-Ryzen 3300 100 futhi inenani elilinganiselwa ku-$5. Kodwa-ke, umuntu akanakuqiniseka ngokuphelele ngalokhu, njengoba ukuvela kwale processor ku-database ye-Geekbench kwaqondana ngokumangazayo nemibiko evela kuma-OEMs ekhompiyutha ukuthi aqala ukuthola amasampula e-Ryzen 3600 XNUMX evela ku-AMD, iphrosesa, ngokubona kwabo, uhla lwamamodeli luzoba sezingeni lokungena.
Kodwa noma kungaba njalo, imiphumela yokuhlolwa “yebhajethi” ye-3000-core Ryzen 3,2 enefrikhwensi ye-4,0–5061 GHz ibukeka ihlaba umxhwele kakhulu: iphrosesa ithola amaphuzu angama-25 esivivinyweni somucu owodwa kanye namaphoyinti angama-481 emicu eminingi. test. Futhi lokhu kusho ukuthi isizukulwane esisha se-AMD eyisihluthulelo esiyisithupha sinokusebenza okuphezulu ku-Geekbench hhayi kuphela uma kuqhathaniswa ne-5-core Ryzen 2600 3,6X enamafrikhwensi angu-4,2-7 GHz, kodwa futhi uma kuqhathaniswa ne-2700-core Ryzen 3,7 4,3X enamafrikhwensi angu-XNUMX -XNUMX GHz XNUMX GHz.
Ngamanye amazwi, i-Zen 2 microarchitecture iyakwazi ukukhuphula ukusebenza komndeni wephrosesa we-Ryzen ezingeni eliphakeme ngokuphawulekayo ngaphandle kokwandisa inani lama-computing cores, kodwa kuphela ngenxa yokwanda kwenkomba ye-IPC (inani lemiyalelo ekhishwe umjikelezo wewashi). Ngenxa yalokho, ukusebenza kwezinkampani ezihamba phambili zangonyaka odlule kungase kutholakale maduze kubanikazi bamasistimu angabizi.
Ake sinikhumbuze ukuthi silindele isimemezelo sabacubunguli be-Ryzen 3000 (Matisse) kusasa ekuseni njengengxenye yenkulumo yokuvulwa kombukiso weComputex 2019 ngomholi we-AMD uLisa Su.
Source: 3dnews.ru