Amaphrosesa wochungechunge we-7nm AMD Ryzen 3000 asekelwe ekwakhiweni kweZen 2 azokwazi ukusebenza namamojula we-DDR4-3200 RAM ngaphandle kwebhokisi, ngaphandle kokweqiwa okwengeziwe. Mayelana nalokhu kusukela ekuqaleni insiza , owathola ulwazi komunye wabakhiqizi bebhodi le-motherboard, wabe eseqinisekiswa umthombo owaziwayo wokuvuza ngegama elingelona iqiniso. .
I-AMD ithuthukisa ukusekelwa kwenkumbulo ngesizukulwane ngasinye se-Ryzen processors. Ama-chips okuqala asekelwe ekwakhiweni kwe-Zen asebenze ngememori ye-DDR4-2666 ngaphandle kokweqiwa okwengeziwe, amamodeli we-Zen + awashintshile asevele akwazi ukusebenza ngaphandle kwebhokisi ngememori ye-DDR4-2933, futhi manje isizukulwane esilandelayo se-Ryzen sinikezwa ukwesekwa. kwe-DDR4-3200. Qaphela ukuthi ama-Intel Coffee Lake processors asekela inkumbulo ye-DDR4-2666 ngokuzenzakalelayo, futhi i-overclocking iyadingeka ukuze isebenze ngamamojula asheshayo.
Ngendlela, i-Ryzen 3000 ngeke ibe yiprosesa yokuqala ye-AMD ukusekela inkumbulo ye-DDR4-3200 ngokuzenzakalelayo. Ama-chips wezinhlelo ezishumekiwe i-Ryzen Embedded V1756B ne-V1807B, ezakhelwe ku-architecture ye-Zen+, nazo zinaleli khono.
Qaphela ukuthi i-3200 MHz imvamisa ephezulu kakhulu echazwe yizinga le-JEDEC lememori engu-DDR4. Noma yini engenhla isho i-overclocking. Futhi ngokwemibiko engaqinisekisiwe, lapho i-overclocked, amaphrosesa amasha e-Ryzen 3000 azokwazi ukusebenzisa inkumbulo ye-DDR4 kumaza afika ku-4400-4600 MHz noma ngaphezulu. Yiqiniso, konke kuzoxhomeka ku-processor ethize kanye nemodyuli yememori, futhi kwezinye izimo kuzokwazi ukufeza ama-frequency aphezulu, kodwa kwezinye ngeke. Okungenzeka kufakwe ku Imodi ye-DDR4-5000 izotholakala kumaphrosesa amasha e-AMD.
Source: 3dnews.ru