Ii-iPhones zihlaziywa minyaka le ngoSeptemba iminyaka emininzi. Ukusukela ngoSeptemba besibona kwaye sifunda iingxelo malunga ne elandelayo i-iPhone 15 eza kukhutshwa ekupheleni kwalo nyaka. Uninzi lwezo ngxelo alubonisi ukuyilwa ngokutsha kwesixhobo kodwa endaweni yoko ukusebenza kakuhle ngokuhambelana ne-a ukuhla kwexabiso kwiimodeli eziqhelekileyo. Olunye ulwazi olufike kwiiyure ezimbalwa ezidlulileyo luqinisekisa oko Injongo ye-Apple nge-chip ezayo ye-A17 ye-iPhone 15 iya kugxila ekwenzeni i-iPhone 15 ibe sisixhobo esisebenza ngakumbi. kunye nokwandisa yonke imisebenzi yayo kunokukhuthaza amandla okubaxwayo.
I-chip ye-A17 ye-iPhone 15 iya kusebenza ngakumbi kune-A16 chip
I-Apple sele iyalele i-TSMC iitships zokuqala ezi-3 ze-nanometer ekubonakala ukuba kulindeleke ukuba ibe itshiphu A17. Ezi chips ezintsha ezine-teknoloji ye-3nm ziya kuvumela inani elifanayo le-transistors ukuba lifakwe kwi-chip encinci, eya kuthetha ukwanda okukhulu kwenani lemisebenzi ngomzuzwana kwaye, ngoko ke, ukwanda kwamandla okusebenza kwedatha.
Incinci ekwazile ukugqitha ibe yileyo imfuno yeetshiphusi ze-3nm emhlabeni jikelele kuba phezulu kakhulu kuba izibonelelo abazinikezelayo zikhulu kakhulu kunezo ze-5nm, kucacile. Njengoko i-TSMC iye yaphawula kuyo Bloomberg, ezi chips zintsha ze-3nm Banikezela ukusebenza okungcono kune-5nm kunye ne-35% yamandla angaphantsi. Oku kuthetha ukuba siya kugcina kwaye sigcine ibhetri kwi-iPhone 15 ukwenza ukusetyenziswa okufanayo njenge-chip ye-A16 yangoku.
Nangona kunjalo, yonke into emenyezelayo ayiyogolide njengoko iApple yayinokwenza sebenzisa ibhetri eyongezelelweyo egcinwe nge-A17 chip ekuziseni abenzi boluvo abatsha okanye imisebenzi emitsha ngaxeshanye evumela "ukubulala" oko kufunyenwe ngetekhnoloji ye-3nm. Ngoko ke, siya kuba ngaphambili I-chip ye-A17 igxile ekwandiseni ukusebenza kwayo kwaye hayi kakhulu ekukhangeleni amandla aphezulu. Ngale nto, i-Apple iya kuba nethuba elininzi lokukwazi ukuyila isixhobo esinxulumene nezinto ezinomdla kunye neenjongo.
