Uphuhliso loyilo lweZen 3 sele lugqityiwe, njengoko kunokugwetywa ngeengxelo ezivela kubameli be-AMD kwimisitho yoshishino. Ngekota yesithathu yonyaka ozayo, inkampani iya kuthi, ngokubambisana ne-TSMC, iqalise imveliso ye-Milan isizukulwana se-EPYC iprosesa zeseva, eya kuveliswa ngokusebenzisa i-EUV lithography isebenzisa isizukulwana sesibini se-7 nm iteknoloji. Sele isaziwa ukuba inqanaba lesithathu lememori ye-cache yeprosesa kunye ne-Zen 3 yoyilo iya kudityaniswa ngokupheleleyo - zonke ii-cores ezisibhozo ze-chip enye ziya kuba nokufikelela kwi-32 MB ye-cache.
Loluphi uphuculo olongezelelweyo oluya kufunyanwa luyilo lweZen 3 luhlala luyimfihlakalo, kodwa eminye imithombo sele isenza uqikelelo ngefuthe labo kumgangatho wokusebenza weprosesa ze-AMD ezihambelanayo. Njengoko umthombo uphawula Ngokubhekiselele kwimithombo enolwazi, ukonyuka kokusebenza okuthe ngqo kumjikelo wewotshi nganye kumbindi omnye wabaqhubekekisi abanoyilo lweZen 3 kuya kudlula i-8%. Masikhumbule ukuba xa sibhengeza iiprosesa ezinoyilo lweZen 2, abameli be-AMD bathetha ngokuphindaphindiweyo malunga nokonyuswa kwentsebenzo okungaphezulu koqikelelo lwabo, ngoko ke asinakukhuphela ngaphandle ukuphinda-phindwa kwale meko kwimeko yeZen 3.
Akukho nto ibalulekileyo ngolwazi malunga nokunyuka kwamandla okuphindaphinda kwe-Zen 3 processors, eya kuveliswa kusetyenziswa inguqu engaphezulu ye-7-nm yeteknoloji. Iisampulu zobunjineli zakwangoko zeprosesa ezinoyilo lweZen 3 zibonisa ukogqitha ubuninzi bokuphindaphinda beprosesa ngeZen 2 uyilo ngekhulu okanye ezimbini zeemegahertz. Enyanisweni, oku akuthethi kakhulu malunga nobuchule beeprosesa zemveliso ezizayo, eziza kubonakala kuphela ngonyaka, kodwa oku sele kuqalile ukukhuthaza.
umthombo: 3dnews.ru