Njengamanje, ama-iPhones athwala i-A14 Bionic chip akhiqizwa ngenqubo ye-5nm, ngakho-ke inqubo yokwenza isekethe edidiyelwe yinhle kodwa ingathuthukiswa. Manje umbiko wakamuva ukhuluma nge Ngo-2022 inkampani yaseCupertino ingaqala ukwamukela inqubo yokukhiqiza ye-4nm.
Iprosesa yamanje ye-Apple inamandla amakhulu kepha ukuba nale nketho etafuleni kuyathakazelisa ukukhulisa ukusebenza ngayo yonke indlela. I-A13 Bionic, ngokwesibonelo, ingamaprosesa anama-transistor wezigidi ezingama-89,97 abekwe endaweni efanayo futhi kuleli cala amasha akhiwe ngo-5nm yi-Apple ne-TSMC azofinyelela kuma-transistor ayisigidi esingu-171,3 kuwo wonke ama-square mm. Umehluko umane unesihluku futhi lokhu kuzobonakala ekusetshenzisweni, ukusetshenziswa, ukusebenza kahle namandla.
Konke lokhu kuzovela ku-A16 ngo-2022
Labaprosesa abasha akulindelekile ukuthi bafike kuze kufike u-2022 olandelayo ngakho-ke kuyinto ekude kakhulu. Kumamodeli wamanje i-A14 Bionic 5 nm engeza ama-transistor ayi-11,8 billion, lokhu sekuvele kubonakala kukuhle impela kwimishini ye-Apple, cabanga uma bezithola izibalo ze-4nm.
I-A14 Bionic yamanje neprosesa yama-MacBooks amasha afakwe yi-Apple ngama-processor M1 angabokuqala ukusebenzisa ukwakhiwa kwe-5nm, ngakho-ke cabanga ngokuzayo. Akucaci ukuthi konke lokhu kuzokwenziwa ngokuphepha njengoba izivivinyo eziningi zisazokwenziwa namuhla, kepha indlela ka-Apple kulokhu icacile futhi okukhombisa iTrendForce Ngukuthi inkampani ifuna ukuthuthuka kulokhu. Akungabazeki ukuthi bazoqhubeka nokwenza ngcono ama-processor abo ngokuhamba kwesikhathi futhi lokhu kusaqala nje,