U-Vratislav Holub Ukusebenza kwekhompuyutha nefoni ngokuvamile kuqhubekela phambili. I-Apple njengamanje ithembele kakhulu kuma-chips e-A14 Bionic kumadivayisi eselula, kuyilapho iphusha i-M1 yama-Macs. Kokubili kusekelwe kunqubo yokukhiqiza engu-5nm ngakho-ke kunikeza ukusebenza okwanele, kwezinye izimo ngisho nakakhulu. Noma kunjalo, akugcini lapha. Sekuyisikhathi eside kunezinkulumo mayelana nokwehliswa okuqhubekayo kweprosesa yokukhiqiza, ezonakekelwa ngumkhiqizi wama-chip i-TSMC, omunye wabahlinzeki abahamba phambili be-Apple. Uhlela ukwethula uhlelo lokukhiqiza lwe-3nm. Ngokusho kwe-DigiTimes, ama-chips anjalo angangena kuma-iPhones nama-Macs ekuqaleni kwengxenye yesibili yonyaka ozayo.
Khumbula ukusebenza kwe-stellar kwe-chip ye-M1:
Igalari yezithombe
I-DigiTimes kubikwa ukuthi idonsa izinsiza zayo ze-supply chain kuleli cala. Ngakho-ke ukukhiqizwa ngobuningi bama-chips anenqubo yokukhiqiza engu-3nm kufanele kuqale engxenyeni yesibili yonyaka ozayo, ngenxa yokuthi i-iPhone 14 ingase ihlonyiswe ngale ngxenye. Vele, kungenzeka futhi ukuthi amakhompyutha we-Apple azoyibona. Kakade cishe ngoJuni, ulwazi lwaqala ukunqwabelana ku-inthanethi mayelana namalungiselelo e-TSMC enkulu yokukhiqiza ama-chips ngenqubo yokukhiqiza engu-3nm. Kulokhu, nokho, sekuvele kukhulunywa ngakho njengesivumelwano esenziwe, ngakho-ke kuyindaba yesikhathi ngaphambi kokuba yonke inqubo iqale.
Kunoma yikuphi, izindaba zangaphambili zazisa ngokuthile okuhlukile kancane. Ngokusho kwabo, i-Apple i-ode kusengaphambili ukukhiqizwa kwe-4nm Apple Silicon chips kuma-Macs ayo. Nokho, awukho umnqamulajuqu owengeziwe kulo mbiko, ngakho-ke akucaci ukuthi uguquko luzokwenzeka noma nini ngempela.
