Ingxelo yekota ye-AMD izise ukukhankanywa okunengqiqo kweeprosesa ze-7nm ze-EPYC ezinokwakheka kweZen 2, apho inkampani ibeka ithemba elikhethekileyo ekomelezeni indawo yayo kwicandelo leseva, kunye nokwandisa imida yenzuzo ngokwemigaqo edibeneyo. ULisa Su wenze ishedyuli yokuzisa aba processor kwimarike ngendlela eyintsusa: ukuhanjiswa kweeprosesa zaseRome ezilandelelanayo kuya kuqala kwikota yangoku, kodwa isibhengezo esisesikweni sicwangciselwe kuphela ikota yesithathu.
Intloko ye-AMD iphinde yakhumbula ukuba ekuqaleni kwalo nyaka, iqulunqe iinjongo zokwandisa isabelo semarike kwicandelo leprosesa yeseva ngolu hlobo lulandelayo: kwiikota ezintandathu ezizayo, iimveliso zophawu kufuneka zithathe isabelo semarike esilinganiswa ngeepesenti eziphindwe kabini. Ekupheleni kwalo nyaka, isabelo seeprosesa ze-EPYC sinokufikelela kwi-10%, kodwa kwisiqingatha sesibini sonyaka ubuninzi bezinto ezithunyelwayo ziya kwenziwa ngabaprosesa baseNaples besizukulwana sangaphambili.
Ukusebenza kweeprosesa zaseRoma kukhuthaza i-AMD, kuba kwimisebenzi yeendawo ezidadayo ziya kuba ziphindwe kane ngokukhawuleza kuneNaples, kwaye ngokwemiqathango yesokethi yeprosesa enye isantya siya kuphinda kabini. Kwingeniso epheleleyo yekota yokuqala, isabelo se-server esembindini kunye neeprosesa zegraphic zenza ukuya kuthi ga kwi-15%, njengoko kuphawulwe ngabameli be-AMD. Kwiminyaka emibini ezayo, enye yemithombo esebenzayo yokukhula kwengeniso yenkampani iya kuba yinxalenye yeprosesa zegraphics zezicelo zeseva. Imida yengeniso kweli candelo iya kuba phezulu kunawo onke amanye amashishini e-AMD.
Xa uLisa Su ebuzwa kumnyhadala wekota ukuba woyika ukhuphiswano oluvela kwiiprosesa zeseva, kubandakanya nexabiso, waphendula ngokuzolileyo ukuba inkampani ibisoloko icinga ukuba eli candelo lentengiso linokhuphiswano olukhulu, kwaye ngoku ukhuphiswano luya kuqina. Ixabiso lokuthengwa kweprosesa akufuneki lithathwe njengeyona nto ibalulekileyo kwicandelo leseva; ixabiso lilonke lobunini alibalulekanga kangako. U-Lisa Su uqinisekile ukuba uyilo lwe-chips ezininzi lwe-EPYC processors kunye nenkqubo yokwenziwa kwe-7nm ephezulu iya kuvumela i-AMD ukuba ibonelele ngenzuzo malunga nokusebenza kunye nokusetyenziswa kwamandla.
umthombo: 3dnews.ru