Okwangoku eyona node incinci siyibonayo kwiiprosesa ze-smartphone yi-7nm. Ezi seti zeetshipsi zisebenza ngokukuko kwaye zisebenza ngcono kunezo zinkulu; zincinci, zibaninzi abagqithisi.
Qho ngonyaka sibona inkqubela phambili ebalulekileyo kwimveliso ye-chipset. Umthetho kaMorey ucebisa ukuba qho emva kweminyaka emibini inani labatshintshi kwii-microprocessors kufuneka liphindwe kabini njengoko ubukhulu babo buncipha, ke iinkampani eziphambili kwicandelo ezinje TSMC baphoqeleka ukuba benyuke amaxesha ngamaxesha ukuvelisa ii-chipset ezingcono kunye ezincinci ezinoyilo lwe-nm Eyona isebenzayo ngoku eveliswa lolu hlobo ziiplatifomu ezihambayo ezi-7nm, kodwa ngo-2025 kulindeleke ukuba inikezele ngezisombululo ze-2nm.
Nangona sele zikho izicwangciso zokuphuhliswa kwetekhnoloji ye-2nm ye-TSMC, Uyilo olusekwe kwi-5nm kulindeleke ukuba lulungele ukuphela kwalo nyaka, ezinokuthi zibonakalise ukonyuka kokusebenza okubalulekileyo kwii-chipsets zesizukulwana esilandelayo.
Kwithiyori, Iichips ze-2nm ziya kuba nakho ukubamba amaxesha angama-3.5 ngaphezulu kwe-transistors kuneyona zips 7nm zibalaseleyo ezikhoyo kwintengiso. Oku kungakhokelela ekusebenziseni amandla asezantsi kunye nokusebenza okuphezulu.
I-TSMC, kwelinye icala, isandula ukuveza imephu yendlela ye-3nm, eqhubeka njengoko bekucwangcisiwe. Ibhetshi yokuqala yemveliso yelinge kulindeleke ukuba iqale ngo-2021, ilandelwe yimveliso yevolumu kwisiqingatha sesibini sonyaka ka-2022. Inkampani ityale imali eninzi kwi-R & D kwizisombululo zayo zobuchwephesha ezizayo; akukho kuphumla.
Olona khuphiswano luphambili kwiTSMC yiSamsung. Nangona kunjalo, iSouth Korea ayikazenzi ii-chips ze-5nm kwaye iye yalibazisa ii-chipsets ze-3nm kude kube yi-2022 ngenxa yesibetho se-COVID-19. Kubonakala ngathi isemva kakhulu.
