Tsarin 7 na NC na TSMC yana da santsi sosai, yana jan hankalin abokan cin kuɗi masu yawa don karɓar umarni. Huawei's Kirin 990 guntu ya kamo sabon tsari na 7-nanometer EUV. Fim ɗin Apple A13 yana da babban haɗari, ta amfani da babban tsari na 7-nanometer kawai, tare da aikin ci gaba. Daga matsayin ra'ayi, aikin Kirin 990 ya kamata ya kasance mai ƙarfi a kan Apple A13, ban yi tsammanin tuntuɓe ta A13 ba, shin tsarin 7-nanometer EUV ba shi da ƙarfi?
TechWeb ya ba da rahoton cewa Kirin 990, wanda aka sa tsammani sosai, ya yi amfani da sabuwar 7-nanometer EUV, amma saboda tasirin hadewar 5G, ƙarfin wutar lantarki ba zai iya ƙaruwa sosai ba, kuma wasan kwaikwayon na ƙarshe har yanzu ya ɓace ga Apple A13.
Amma ga Apple A13, me yasa kawai amfani da babban tsarin 7nm? Akwai irin faxin maganganu guda biyu a kasuwa. Da farko, farashin TSMC 7-nanometer EUV tsari ya yi yawa. Abinda ya haifar da lalacewar kamfanin Apple a bara ya kasance saboda gaskiyar cewa wayoyin hannu sunyi tsada sosai don siyarwa. Don adana farashi, an watsar da tsarin EUV. Wani bayani kuma shi ne cewa karfin TSMC na 7-nm na EUV bai isa ba. Tare da haɗin gwiwa tare da TSMC na shekaru, Apple, mafi girma abokin ciniki, ba shi yiwuwa a tura oda, don haka wannan ba ma'ana bane.
A cewar rahoton, TSMC da Samsung ne kawai ke da layin samar da kayayyaki 7-nanometer EUV. Ko da Samsung sabon processor Exynos 9825 ya yi amfani da 7-nanometer EUV, ayyukansa kawai an ɗaure shi tare da Qualcomm Snapdragon 855. Bugu da ƙari, Samsung ma ya karya yawan 7-nanometer EUV. Matsalar da ba ta dace ba, don haka kyakkyawan TSMC na 7nm EUV mafi kyawun aikin da yawan amfanin ƙasa har yanzu yana mamaye matsayin jagora. A shekara mai zuwa, zai shiga cikin tsari na 5nm, kuma TSMC zai shirya wani motsi na abokan cinikin don kwace kaya.