I-AMD maduze izokwethula ama-processor we-Ryzen 3000, futhi akufanele kube yi-7nm processors kuphela. , kodwa futhi nama-Picasso APU angu-12nm asekelwe ku-Zen+ ne-Vega. Futhi nje izici zalokhu zakamuva zishicilelwe izolo umthombo owaziwayo wokuvuza ngegama lokuqamba elithi Tum Apisak.
Ngakho-ke, njengasesizukulwaneni samanje se-Ryzen APUs, i-AMD ilungiselele amamodeli we-APU amabili kuphela e-Ryzen 3000. Omncane kunabo bonke uzoba yi-processor ye-Ryzen 3 3200G, enezintambo ezine ze-Zen + nezintambo ezine. Kubikwa ukuthi imvamisa yewashi layo lesisekelo kuzoba ngu-3,6 GHz, kanti imvamisa ephezulu kumodi ye-Turbo izofinyelela ku-4,0 GHz. Ukuze uqhathanise, uzakwethu wamanje ebusweni be-Ryzen 3 2200G usebenza kumafrikhwensi aphansi kakhulu we-3,5 / 3,7 GHz.
R 5 3400G 42/37
R 3 3200G 40/36
????- APISAK (@TUM_APISAK)
Ngokulandelayo, imodeli endala i-Ryzen 5 3400G izothola ama-Zen + cores amane anemicu eyisishiyagalombili. Imvamisa yesisekelo yale chip izoba ngu-3,7 GHz, futhi kumodi ye-Turbo izokwazi ukunqoba i-4,2 GHz. Futhi, ukuze uqhathanise, amawashi e-Ryzen 5 2400G ku-3,6/3,9 GHz. Kuvele ukuthi i-AMD inyuse amafrikhwensi aphezulu ama-APU ayo amasha ngo-300 MHz, okuthi, kuhlanganiswe nokunye ukuthuthukiswa kwama-Zen + cores, kufanele kulethe ukuthuthukiswa okubonakalayo kokusebenza.
Ngokuqondene nezithombe ezihlanganisiwe, azishintshile lapha. I-Ryzen 3 3200G encane izoba ne-Vega 8 GPU edidiyelwe enamaphrosesa okusakaza angu-512, kuyilapho i-Ryzen 5 3400G endala izoba nezithombe ze-Vega 11 ezinamaphrosesa angu-704 okusakaza. Mhlawumbe, uma kuqhathaniswa namamodeli amanje, imikhiqizo emisha izoba namafrikhwensi akhuphuke kancane ama-GPU akhelwe ngaphakathi, kodwa akufanele neze ukubala ngokunyuka okukhulu. Nakuba ngenxa Amandla e-overclocking angase ande.
Ngokunokwenzeka, i-AMD izokwethula isizukulwane esisha sama-APU ngokuhamba kwesikhathi kule nyanga kanye nama-processor wendabuko e-Ryzen 3000.
Source: 3dnews.ru