Uyilo lweprosesa yeWillow Cove lusekwe kwi-Sunny Cove, uyilo lokuqala lwe-Intel olusisiseko olutsha kwiminyaka emi-5. Nangona kunjalo, i-Sunny Cove iphunyezwa kuphela kwiiprosesa ze-Ice Lake ze-10nm, kwaye i-Willow Cove cores kufuneka ibonakale kwii-CPU ze-Tiger Lake (i-teknoloji yenkqubo ye-10nm +). Ushicilelo oluninzi lwe-10nm ye-Intel chips ilibazisekile kude kube sekupheleni kuka-2020, ke abalandeli bezisombululo ze-Intel banokushiywa nolwakhiwo oludala ngomnye unyaka.
Kodwa kuye kwavela ukuba i-Intel isebenzela ukulungelelanisa i-Willow Cove cores kwimigangatho yayo ye-14-nm yangoku, kwaye oku kunokuba sele kuphunyeziwe kwiiprosesa ze-Rocket Lake. Ubuncinci oku kwaxelwa ngumsebenzisi we-Twitter @chiakokhua, i-VLSI edla umhlala-phantsi (iNjineli enkulu kakhulu ye-Scale Integrated Circuit) ethumela iindaba ezahlukeneyo malunga noyilo lwe-CPU kwi-akhawunti yakhe.
Nalu uguqulelo olululo:
"Uxolo, senze iimpazamo ngokukopa i-spec. I-RKL-UP3/S kufuneka ibe yi-AVX-512."
“Ngolwimi olucacileyo: RKL = 14nm inguqulelo yeTGL, thabatha iTBT, ene-IGD engenamandla”
"Kwaye kwatshintsha iskimu seVRM saba yi-SVID."
-RetiredEngineer® (@chiakokhua)
Waphawula ukuba amaxwebhu obugcisa achaza i-Rocket Lake njengesiseko se-14nm ye-Tiger Lake, kodwa kunye nebhajethi encinci ye-transistor eyabelwe imizobo edibeneyo: yiloo nto iinjineli ekumele ziyenze ukukhulula indawo ye-core processor cores. Kwakhona, i-FIVR (i-Integrated Voltage Regulator) esuka kwi-Tiger Lake kule processor iya kutshintshwa ngenkqubo yolawulo lwamandla ye-SVID VRM.
Ukusuka kwiingxelo zangaphambili, kuyaziwa ukuba ukufa kwe-14nm Rocket Lake-S kuya kubandakanya ukuya kuthi ga kwi-8 processor cores, nangona eyandulelayo, iComet Lake-S, yayifikelela kwi-10 cores. Ngoku kucacile ukuba inani elincitshisiweyo lee-cores liza kupheliswa ngokuyinxenye ngokuzuzwayo ngokwenani lemiyalelo eyenziwa ngewotshi nganye (IPC). Oku kunokuba lulonyuso lokuqala olukhulu kwi-IPC ukusukela kwiiprosesa zeSkylake.
umthombo: 3dnews.ru
