Ngokusho kwe-United Daily News yaseTaiwan, uLi Peiying, imenenja jikelele yeGatsha laseSouth Asia, umemezele ngolweshumi ukuthi uqedile ukwenza ucwaningo nokuzimela okuzimele kwezobuchwepheshe be-10-nanometer DRAM futhi uzoqala ukukhiqizwa kwecala engxenyeni yesibili yalo nyaka.
Kubikwa ukuthi ama-chip ememori we-DRAM omhlaba aphethwe ikakhulu yi-Samsung, SK Hynix, neMicron. Isabelo sabo singaphezulu kwama-95%. Isizathu esibalulekile ukuthi lezi patents zobuchwepheshe ezintathu zakha umkhawulo ophakeme kakhulu. Kunzima kwezinye izinkampani ukudabula phakathi. .
ISouth Asia Branch manje igxile kubuchwepheshe be-20nm, kanti nomthombo wezobuchwepheshe iMicron. Ngokufakwa kwenqubo kaNanya ye-10-nanometer kubuchwepheshe obuzimele, kusho ukuthi ngeke isathembela ekugunyazweni kweMicron ngokuzayo, futhi umkhiqizo ngamunye uthuthukiswa yinkampani uqobo lwayo. Izindleko zincishiswa kakhulu.
U-Li Peiying uthe uNanyake usungule ngempumelelo ubuchwepheshe obusha bokukhiqiza inkumbulo we-10nm DRAM, okunikeze amandla okuqina kwemikhiqizo ye-DRAM okungenani amahlandla amathathu. Isizukulwane sokuqala semikhiqizo ehamba phambili eyi-10nm, i-8Gb DDR4, LPDDR4 ne-DDR5, sizokwakhelwa kubuchwepheshe bezinqubo ezisebenzayo nezinkundla zobuchwepheshe bomkhiqizo, futhi sizongena ekukhiqizeni isivivinyo somkhiqizo ngemuva kwengxenye yesibili yango-2020.
Ubuchwepheshe besigaba se-10-nanometer process technology buqale ucwaningo nentuthuko, kanti kulindeleke ukuthi kwethulwe isivivinyo ngo-2022. Ubuchwepheshe besithathu bezizukulwane eziyi-10 ze-nanometer buzothuthukiswa ngokuzayo. Ukugcizelele ukuthi ngemuva kokungena kwinqubo eyi-10-nanometer, uNanya uzogxila kubuchwepheshe abazenzele bona, anciphise izindleko zokunikeza amalayisense futhi athuthukise kakhulu ukusebenza kahle.
Ngokuhambisana nokwakhiwa kwenqubo eyi-10-nanometer, izindleko ezisetshenziswayo zeNanya zizoba ngaphezulu kwe-5.5 billion yuan ngonyaka odlule. U-Li Peiying uthe ngaphezu kokuthuthuka kwezindleko, ukuthuthukiswa okuzimele kweNanya yokuthuthukisa ubuchwepheshe be-10-nanometer kuzosiza ukuwaqonda amathuba okuthuthuka kanye nenqubekela phambili kwezobuchwepheshe ekufezeni imikhiqizo emisha.