I-AMD kungekudala iza kwazisa iiprosesa ze-Ryzen 3000, kwaye ezi azifanelanga ukuba zibe ziiprosesa ze-7nm kuphela. , kodwa kunye ne-12nm Picasso hybrid processors esekwe kwiZen + kunye neVega. Kwaye nje iimpawu zokugqibela zipapashwe izolo ngumthombo ovuzayo owaziwayo ngegama elingu-Tum Apisak.
Ngoko, njengesizukulwana sangoku se-Ryzen hybrid processors, i-AMD ilungiselele iimodeli ze-APU ezimbini kuphela ze-Ryzen 3000. Oyena mncinane kubo uya kuba yi-processor ye-Ryzen 3 3200G, ene-cores ezine ze-Zen + kunye neentambo ezine. Kuxelwe ukuba inesantya sewotshi yesiseko se-3,6 GHz, ngelixa ubuninzi be-Turbo frequency iya kufikelela kwi-4,0 GHz. Ukuthelekisa, i-analogue yangoku, i-Ryzen 3 2200G, isebenza kwii-frequencies ezisezantsi kakhulu ze-3,5 / 3,7 GHz.
R 5 3400G 42/37
R 3 3200G 40/36
????- APISAK (@TUM_APISAK)
Kwelinye icala, imodeli endala iRyzen 5 3400G iya kufumana ii-cores ezine zeZen + ezinemisonto esibhozo. Isiseko sesiseko sale chip siya kuba yi-3,7 GHz, kwaye kwimodi yeTurbo iya kukwazi ukufikelela kwi-4,2 GHz. Kwakhona, ukuthelekisa, i-Ryzen 5 2400G ine-frequencies ye-3,6 / 3,9 GHz. Kuyavela ukuba i-AMD yonyuse awona maza maninzi eeprosesa zayo ezintsha ze-hybrid nge-300 MHz, ezo, kunye nolunye uphuculo kwiZen + cores, kufuneka izise ukonyuka okubonakalayo kokusebenza.
Ngokubhekiselele kwimizobo eyakhelwe-ngaphakathi, ayikatshintshi. I-Ryzen 3 3200G encinci iya kuba ne-Vega 8 GPU eyakhelweyo kunye neeprosesa ze-512, ngelixa i-Ryzen 5 3400G endala iya kuba nemizobo ye-Vega 11 ene-704 stream processors. Kuyenzeka ukuba, xa kuthelekiswa neemodeli zangoku, ii-frequencies ze-GPU ezakhelwe ngaphakathi ziya kwandiswa kancinci kwiimveliso ezintsha, kodwa awunakubala ukonyuka okukhulu. Nangona ngeendleko ukugqithiswa kwamandla kunokunyuka.
Ngokuqinisekileyo, i-AMD izakwazisa isizukulwana esitsha see-APU ekupheleni kwale nyanga kunye neeprosesa zemveli zeRyzen 3000.
umthombo: 3dnews.ru