Ukucwangciswa kwemveliso ye iPhone 13 kuhamba njengoko bekucwangcisiwe. Kubonakala ngathi akuyi kubakho kulibaziseka njengoko kwenzekileyo kunyaka ophelileyo ngenxa yobhubhane owonwabileyo, kwaye ixesha lokuveliswa kwezinto liyenziwa.
Ubungqina boku kukuba intliziyo ye-iPhone 13, iprosesa ye-A15, izakuqala ukwenziwa ngenyanga kaMeyi. Ukuba ezinye izinto zilandela ishedyuli efanayo, kulo nyaka akuyi kubakho kulibaziseka ekumiselweni koluhlu olutsha lweefowuni zeApple.
Digitimes ipapashe ingxelo entsha apho ichaza ukuba iprosesa ye-A15 izakuqala ukuveliswa ngenyanga ka swimsuit. Ixesha elifanelekileyo lemveliso lokumiliselwa kwe-iPhone 13 ekwindla. I-chip ye-A15 iya kusebenzisa ubungakanani be-nanometer eyi-5 efanayo njenge-A14.
I-A15 iya kwenziwa nge-5 nm
Ubudlelwane buka-Apple kunye ne-TSMC buya buya ngamandla, buhlala buqhubeka kwaye buvuma ubungakanani benkqubo entsha. Isicatshulwa A14 Yayiyiprosesa yokuqala eveliswe ngobunzima kusetyenziswa itekhnoloji ye-nanometer ye-5. I-A15 iya kuqhubeka nokusebenzisa inkqubo efanayo.
IiNanometer ezi-5 ezidumileyo ziyinxalenye yesizathu sokuba kutheni i-M1 chip ye I-Apple Silicon inamandla ngakumbi ngakumbi kunokuba iichips ze-Intel zithatha indawo yazo, kuba i-Intel ibisokola ukugcina ubungakanani benkqubo ye-matrix. Ii-CPU zayo zamva nje zisebenzisa ubuqhetseba be-10-nanometer. Umahluko omkhulu.
Njengoko i-A15 iqhubeka nokwenziwa kwii-nanometer ezi-5, nakuphi na ukusebenza kunye nokuphuculwa kokusebenza kuya kufunyanwa ikakhulu ngotshintsho loyilo enkosi kubuchwephesha beApple kunye neTSMC kulwakhiwo. ARM.
Oku kuqhubeka kwetekhnoloji akuqhelekanga kwiinkqubo ze-Apple chip. Ngapha koko, ilandela imeko emiselweyo yokusebenzisa ubungakanani benkqubo efanayo ngexesha iminyaka emibini.
Apple kunye TSMC Bakhokele ishishini ngentengiso yokuqala yobunzima be-7-nanometer chip ene-A12, kwaye emva koko balandela itekhnoloji efanayo ye-A13. Ngokufanayo, ukuphuma kwe-nanometer eyi-10 kwasetyenziswa kuqala kwi-A10X kwaye kwakhona kwi-A11.