Iiprosesa ze-7nm ze-AMD Ryzen 3000 zexesha elizayo ezisekelwe kwi-architecture ye-Zen 2 ziya kukwazi ukusebenza kunye neemodyuli ze-DDR4-3200 RAM ngaphandle kwebhokisi, ngaphandle kokugqithisa okongeziweyo. Malunga noku ukususela ekuqaleni ресурс , owafumana ulwazi komnye wabavelisi bebhodi ye-motherboard, kwaye emva koko yaqinisekiswa ngumthombo owaziwayo wokuvuza kunye negama lokungena. .
I-AMD iphucula inkxaso yememori kunye nesizukulwana ngasinye se-Ryzen processors. Iichips zokuqala ezisekwe kulwakhiwo lweZen zisebenze nge-DDR4-2666 inkumbulo ngaphandle kwe-overclocking eyongezelelweyo, iimodeli zeZen + ezithathe indawo yazo sele zikwazi ukusebenza ngaphandle kwebhokisi ngememori ye-DDR4-2933, kwaye ngoku isizukulwana esilandelayo seRyzen sinikwa inkxaso. yeDDR4-3200. Qaphela ukuba iiprosesa ze-Intel Coffee Lake zixhasa imemori ye-DDR4-2666 ngokungagqibekanga, kwaye i-overclocking iyafuneka ukuze isebenze ngeemodyuli ezikhawulezayo.
Ngendlela, i-Ryzen 3000 ayiyi kuba yiprosesa yokuqala ye-AMD ukuxhasa imemori ye-DDR4-3200 ngokungagqibekanga. Ii-chips zeenkqubo ezifakwe kwi-Ryzen Embedded V1756B kunye ne-V1807B, eyakhiwe kwi-architecture ye-Zen +, nazo zinabo obu buchule.
Qaphela ukuba i-3200 MHz lelona xesha liphezulu lichazwa ngumgangatho we-JEDEC wememori ye-DDR4. Nantoni na engasentla ithetha overclocking. Kwaye ngokweengxelo ezingaqinisekanga, xa zigqithiselwe, iiprosesa ezintsha zeRyzen 3000 ziya kukwazi ukuqhuba imemori ye-DDR4 kumaza ukuya kuthi ga kwi-4400-4600 MHz okanye nangaphezulu. Ngokuqinisekileyo, yonke into iya kuxhomekeka kwiprosesa ethile kunye nemodyuli yememori, kwaye kwezinye iimeko kuya kukwazi ukufikelela kwiifrikhwensi eziphezulu, kodwa kwezinye akuyi. Inokwenzeka ukuba iboniswe kwi Imowudi ye-DDR4-5000 iya kufumaneka kwiiprosesa ze-AMD ezintsha.
umthombo: 3dnews.ru