Okwangoku, ii-iPhones ezine-chip ye-A14 Bionic zenziwe ngenkqubo ye-5nm, ngoko ke inkqubo yokuvelisa isekethe edibeneyo ilungile kodwa inokuphuculwa. Ngoku ingxelo yakutshanje ithi Ngo-2022, inkampani yeCupertino inokuqalisa ukwamkela inkqubo yokuvelisa i-4nm.
Iprosesa yangoku ye-Apple inamandla ngokwenene kodwa ukuba nolu khetho etafileni kunomdla wokunyusa ukusebenza ngandlela zonke. I-A13 Bionic, umzekelo, ziiprosesa ezine-89,97 yezigidi ze-transistors ezibekwe kwindawo enye kwaye kule meko. ezintsha ezakhiwe kwi-5nm yi-Apple kunye ne-TSMC ziya kukwazi ukunyuka ukuya kwi-171,3 yezigidi ze-transistors kwisikwere mm ngasinye.. Umahluko ukhohlakele kwaye oku kuya kubonakala ekusebenziseni, ukusetyenziswa, ukusebenza kakuhle kunye namandla.
Konke oku kuya kuvela kwi-A16 ka-2022
Ezi processors zintsha akulindelekanga ukuba zifike kude kube ngu-2022 ezayo kwaye ke yinto ekude kakhulu. Kwiimodeli zangoku ze-14 nm A5 Bionic, i-11,8 yeebhiliyoni zee-transistors zongezwa, oku sele kubonakala kulungile kuthi kwizixhobo ze-Apple, Khawucinge ukuba bafumana amanani e-4nm.
I-A14 Bionic yangoku kunye neprosesa ye-MacBooks entsha evezwe yi-Apple kunye ne-M1 processors ngabokuqala ukusebenzisa i-5nm ye-architecture, ngoko khawufane ucinge into ezayo. Akucaci ukuba konke oku kuya kuphunyezwa ngokuqinisekileyo kuba iimvavanyo ezininzi zisaza kuqhutywa namhlanje, kodwa indlela ka-Apple kulo mba icacile kwaye. yintoni eboniswa yiTrendForce kukuba inkampani ijonge ukuqhubela phambili kweli cala. Alithandabuzeki elokuba baya kuqhubeka nokuphucula iiprosesa zabo ngokuhamba kwexesha kwaye oku kusaqala,