Oku akupheli. Ukuba ngoku sisebenzisa iitshiphusi ze-nanometer ezisi-7 kwizixhobo zethu kwaye iiprosesa ze-5 nm ziqala ukubonakala kwimarike, sele kukho abavelisi abavavanya iitshiphusi ezintsha nezincinci, kuphela. 3 nm.
Kwaye oku kuqhubela phambili akukho malunga nokunciphisa ubungakanani beprosesa. Oku kuthetha ukusebenza okuphezulu kunye nokusebenza kakuhle kwamandla. Umthamo othe kratya inkqubo ngokusetyenziswa okuphantsi Ewe, zibalulekile, ngakumbi kwezo zixhobo zisebenza kwiibhetri. Ke ngo-2022 siya kubabona kwixa elizayo iPhone, iPad kunye neSilicon MacBooks
Umenzi wetshiphu TSMC isondele ekugqibezeleni ukuyila inkqubo yokwenziwa kweetships ezintsha ze-3-nanometer. Ngokuqinisekileyo iya kuba nakho ukuqalisa ukwenza izinto ezincinci ngo-2021, kwaye ukuba yonke into ihamba ngokwesicwangciso, iya kuba ilungele ukuveliswa ngobuninzi ngo-2022.
I-TMSC yenza iiprosesa ezinoyilo lwe-ARM. Ngapha koko, yenye yabavelisi abaphambili beeprosesa ze-ARM zangoku ze-Apple, kwaye yenye yabo benza iprosesa. I-A12Z yeBionic, eyona iphambili kwimbali ye-Apple.
Ingxelo epapashwe kule veki ngu MyDrivers ubanga ukuba umphathi we-TMSC uyivuze loo nto phambi kokuba agqibe kulo nyaka, inkampani yakho iya kubhengeza esidlangalaleni iprosesa yayo entsha ye-3-nanometer.
Umphathi uthe uqinisekisa ukuba le prosesa yexesha elizayo, xa kuthelekiswa ne-5 nm yangoku, iya kuba ne-transistor ephezulu. 15% mkhulu, ukwanda komsebenzi phakathi a I-10 kunye ne-15%, kunye nokugcina ukusetyenziswa kwamandla phakathi 20 nama-25%.
Ubudlelwane phakathi kwe-TSMC kunye ne-Apple buhle kakhulu. Ngomnye wabavelisi abaphambili beeprosesa ze-ARM ze-Apple ezinika amandla i-iPhone, i-iPad, kunye ne-Apple TV. Iya kuba noxanduva lokwenza iiprosesa ezintsha ze-ARM eziza kusetyenziswa kwiiMacs ezizayo. I-Apple Silicon. Ngoko ke kunokwenzeka ukuba iiprosesa zokuqala ze-3nm eziphuma kwitsheyini ye-TMSC ziya kuba ne-manzanita e-silk-screened.