Ukuba ngale ntsasa besithetha ngendlela i-Intel ewusebenzise ngayo umcimbi onje nge Computex 2018 ukuya phambili kwezinye izimbangi kwintengiso nge iprosesa entsha, ekuqinisekiswe ukuba zincinci, ngaphandle kokuba inikwe ii-cores ezingama-28, amandla okwenza imisonto engama-56 kwisantya esise-5 Ghz, into esishiye imilebe yethu ivulekile, khange silinde ixesha elide yazi impendulo yintoni AMD, kwaye yintoni impendulo.
Ngokuchanekileyo ekungeneni esizinikele kwi-Intel sithethe ngempendulo ethi i-AMD yayiya kuthi inike i-Intel kungekudala, ngakumbi kwidatha esingayaziyo, njengowona mgangatho uphezulu, i-Intel ithengisiwe Iiprosesa zayo ngexabiso elimalunga ne- $ 1.999 ngelixa i-AMD yenza okufanayo kwi- $ 999. Kwesi sizukulwana sitsha into efanayo iya kwenzeka ngokuqinisekileyo, ngakumbi ukuba sithathela ingqalelo ukuba, kusuku nje olunye emva koko, I-AMD ibeke yonke inyama ematheni.
I-AMD iyasimangalisa ngesizukulwane sesibini se-Threadripper, uluhlu lweeprosesa ezinokufikelela kwi-32 cores yokulungisa kunye nemisonto engama-64 yokwenza
Ukungena ngokupheleleyo ukuze uthethe ngekamva kwiiprosesa esiziziswa yi-AMD, ndikuxelele ukuba Isizukulwana esitsha Sokujija, eya kuthi ibonakale kwintengiso ekwindla yalo nyaka, kwiinyanga ezimangalisayo ngaphambi kokuba i-Intel isungule iiprosesa zayo zokugqibela eziphezulu, iya kwenza njalo kunye nolwakhiwo olungayi kuba nanto ingaphantsi Inkqubo ye-32 cores kunye nemisonto engama-64 eya kusebenza kwi-3 GhzNgaphandle kwamathandabuzo, isibhengezo senjongo evela kwi-AMD, inkampani ethi, emva kweminyaka emininzi, ayiyi kuyivumela i-Intel ukuba ibuyele ekubeni ibe yile nto yayingeyiyo kudala kakhulu.
Njengoko i-AMD ngokwayo ibhengezile, ngokucacileyo kwaye ikwazile ukuzisa inani elinjalo lama-cores kwiprosesa enye, iinjineli zayo kuye kwafuneka zisebenzise I-Zepplein entsha isweleka ngeenkqubo ezili-12 ze-lithographic. Njengeenkcukacha, ndikuxelele ukuba ezi zifa zinee-cores ezisibhozo nganye, ngale ndlela i-Threadripper yokuqala isebenzise ezimbini zezi zinto ziyafa ukunikezela ngee-cores ezili-16. Esi sizukulwana sesibini soluhlu lweeprosesa ziya kuthi ekugqibeleni zife ezine, ezaneleyo ukubaxhobisa ukuya kuthi ga kwi-32 cores.
Ngaphandle kwamandla aluhlaza ayibonisayo, uluhlu lwe-Threadripper lukwanazo neengxaki zalo
Icandelo elingalunganga lesi sizukulwana sitsha seeprosesa ze-AMD lifumaneka kusetyenziso lwamandla abanalo. Ukwenza umbono ucace gca ukukuxelela ukuba, ukuba i-TDP yesizukulwana sokuqala soluhlu lweetshipsi sele idlulile kwi-180 W, kwesi sizukulwana sesibini iimfuno zamandla ezifanayo inyukela phezulu ayithelekiseki ne-250 W, into ekufuneka siyithathele ingqalelo, ngakumbi ukuba ngenxa yezizathu zobungcali sinomdla wokufaka iprosesa ngezi mpawu zobuchwephesha kwiiseva zethu, eziza kusetyenziswa ubukhulu becala.
Olunye uthintelo oluphambili kukuba i-chipset ye-X399 ixhasa kuphela ukuya kuthi ga kwimemori yeziteshi ezine ezisibhozo ezifunekayo ngoku. Ngenxa yoku amajelo amabini amatsha asebenzayo ngoku awunakufikelela ngqo kwimemori, into eya kwandisa i-latency yakho nangona, ngokwe-AMD, oku akuthethi ukuba ichaphazela ukusebenza. Ngokuchanekileyo ngokuphindaphinda inani leenkozo kunye nokunciphisa ubungakanani bee-nanometer ezi-2 kuphela abaqhubekisi banikezela ngesiqhelo esisezantsi, ubuncinci okwangoku, isiseko se-3 Ghz kunye ne-0 Ghz kwimowudi yeTurbo, okwangoku, kufuneka siye kwi-AMD kuba zibonisa ukuba kwiinguqulelo zokugqibela esi santya sokusebenza singangaphezulu. Ngokubhekisele kwimemori efihlakeleyo, kulindelwe ukuba kwinguqulelo engundoqo engama-3 oku kuya kunyuka kuye kwi-4 MB.