Izolo (20), uSekela Mongameli we-Elektroniki we-Samsung u-Lee Jae Yong uphonononge umgca wokuqala wokuvelisa kwenkampani u-V1 ngokusekwe kubuchwephesha be-ultraviolet lithography (i-EUV). Ngeli xesha, Lee, Jae Yong wakwenza kwacaca kwakhona ukuba i-Nokia Electronics iya kuba lelona lizwe liphela kwicandelo le-logic chips ngo-2030.
Ngokuka-BusinessKorea, ii-Nokia Electronics zichaze ukuba u-Lee Jae Yong (u-Lee, u-Jae Yong) ubeneentlanganiso nomongameli weyunithi yeshishini le-DS emva kokundwendwela umgca wemveliso ye-EUV izolo. ICandelo leSisombululo seSisombululo seSamsung (i-DS) ibandakanya imigca emibini ebalulekileyo yemveliso, iimiconductors kunye nemiboniso. Intlanganiso nayo yabonakala ngathi ibonakalisa u-Lee, ukuzimisela kuka Jae Yong.
Iyaqondwa into yokuba umgca wokuvelisa iV1 uqalwe ngeyoMdumba ngo-2018 ngotyalo-mali malunga neebhiliyoni ezi-6 zeedola zase-U.S. Ukuba umgca uphela ugqityiwe kwikamva, kutyalo-mali lilonke kulindeleke ukuba lifike kwi-20 yezigidi zeedola.
"I-V1 ibandakanya i-Ultra Violet kunye noloyiso," watsho umphathi kwi-Nokia Electronics. "Siceba ukwenza utyalomali olongezelelekileyo kumgca we-V1 ngokusekwe kwiimarike ezizayo."
Kwangelo xesha, ii-Nokia Electronics zagweba ukuba ukulawula inkqubo ye-EUV kubalulekile ukuze kugcinwe i-TSMC. Ngenxa yokuba isekethe ye-semiconductor ikrolwa kwi-wafer isebenzisa imithombo yesibane esifutshane se-Ultraviolet, ngokuthelekiswa nendlela ye-ArF, inkqubo eqhubekekayo inokuvelisa imijikelezo efanelekileyo. Ilungile kwiinkqubo ze-Ultra-ezilungileyo ezingezantsi kwee-nanometers ezili-10 kwaye isetyenziselwa ukulungiselela ukusebenza okuphezulu, kwee-semiconductors eziphantsi zamandla. Kubalulekile.
Kwimoto yokuvelisa ye-Samsung Electronics 'V1, ukongeza kwi-7-nanometer chips, ii-5-nm kunye nee-semiconductors ezi-3-nm ziya kuveliswa. Kubikwa ukuba iimveliso ezi-7 ze-nanometer eziza kwenziwa ngobukhulu ukusuka ekuqaleni kukaFebruwari ziya kusiwa kubathengi kwihlabathi liphela ngo-Matshi.
U-Lee Jae Yong uxelele nabasebenzi kwangolo suku, "Kunyaka ophelileyo, sahlwayela imbewu yenjongo yokuba yinkokeli yeesemiconductor yenkqubo, kwaye namhlanje, singabokuqala ukufezekisa le njongo."