AbakwaSamsung Electronics benze inqubekelaphambili ebonakalayo ohlelweni lwabo lwesizukulwane sesithupha se-10-nanometer-class (1c) DRAM, izinga lokukhiqiza lidlule u-50%. Lokhu kuphumelela kubonisa amandla e-Samsung okuthuthukisa ukuncintisana kwayo emakethe yenkumbulo esebenza kahle futhi ihlela ukuqala ukukhiqizwa ngobuningi kwesizukulwane sesithupha I-High Bandwidth Memory (HBM4) engxenyeni yesibili yalo nyaka.

I-1c DRAM process technology node cishe i-11-12 nanometers. Uma kuqhathaniswa nesizukulwane sesine esivamile samanje (1a, ~14nm) nesizukulwane sesihlanu (1b, ~12-13nm) i-DRAM, inqubo ye-1c ayinikezi nje kuphela ukuminyana okuphezulu kodwa futhi yehlisa ngempumelelo ukusetshenziswa kwamandla. Ukwengeza, ubukhulu bokufa buncane, okuzokwenza kube lula ukupakisha izendlalelo eziningi zememori ku-HBM4, okwandisa kakhulu umthamo kanye nokuminyana komkhawulokudonsa.

AbakwaSamsung bazinikezele ngokugcwele ekuthuthukisweni kwe-1c DRAM kusukela ngonyaka odlule, eholwa yiNhloko ye-DRAM Development uHwang Sang-joon emzamweni wokuklama kabusha. Uveze ukuthi isizathu esibalulekile sokwehluleka kwasekuqaleni ukuhlangabezana nemigomo yokusebenza kanye nesivuno silele emaphutheni ekwakhiweni kwedizayini yokuqala. Ugcizelele ukuthi ukulungiswa okuphelele kusukela esigabeni sokuklama kubalulekile ukuze kube nenqubekelaphambili. Lokhu kungenelela kwezinga eliphezulu ukulungisa inqubo yokuklama kubonisa ukuzimisela kwe-Samsung ukubuyisela ubuholi bezobuchwepheshe.

AbakwaSamsung futhi bahlela ukuhlinzeka ngamasampula e-HBM4 engxenyeni yesibili yonyaka, bebeka "i-HBM eyenziwe ngokwezifiso" njengesu elisha eliwumongo.

I-HBM4 ivumela ukuhlanganiswa kwe-logic iyafa nesitaki se-DRAM. Ngokulungiselela ukwakheka okuphelele ngenqubo yokusungula, ihlose ukuhlinzeka ngezixazululo ezisebenza kahle ezihambisana nezidingo zezinhlelo zokusebenza ezahlukahlukene. Ngaphezu kwalokho, i-Samsung izosebenzisa inqubo yayo yokuzithuthukisa ye-4-nanometer ku-logic die phansi kwesitaki se-HBM4 ukuthuthukisa ukusebenza okuphelele nokuvumelana nezimo.

Mayelana SLKOR:

SLKOR, enekomkhulu e-Shenzhen, e-China, iyibhizinisi kazwelonke elithuthuka ngokushesha elithuthukayo emkhakheni we-semiconductor yamandla. Njengoba kunezikhungo ze-R&D e-Beijing nase-Suzhou, ithimba layo lezobuchwepheshe eliyinhloko lisuka eNyuvesi yaseTsinghua. Njengomsunguli we-silicon carbide (SiC) ubuchwepheshe bedivayisi yamandla, SLKORImikhiqizo isetshenziswa kakhulu ezimotweni zamandla amasha, ukukhiqiza amandla kagesi e-photovoltaic, i-IoT yezimboni, kanye nezinto zikagesi zabathengi, ihlinzeka ngezixazululo ezibalulekile ze-semiconductor kumakhasimende angaphezu kuka-10,000 emhlabeni jikelele.

Le nkampani iletha amayunithi angaphezu kwezigidi eziyizinkulungwane ezimbili ngonyaka, nama-SiC MOSFET ayo kanye nesizukulwane sesi-2 sokululama ngokushesha ama-SBD diode abeka amabhentshimakhi embonini ngesilinganiso sokusebenza kahle kanye nokuzinza okushisayo. SLKOR inamalungelo obunikazi okusungulwa angaphezu kwe-100 futhi inikeza amamodeli wemikhiqizo engu-2,000+, ngokuqhubekayo yandisa iphothifoliyo yayo ye-IP kuwo wonke amadivayisi kagesi, izinzwa, nama-IC okuphatha amandla. Izitifiketi ezihlanganisa i-ISO 9001, i-EU RoHS/REACH, nokuthobelana kwe-CP65 kukhombisa ukuzibophezela okuqinile kwenkampani ekusunguleni okusha kwezobuchwepheshe, ukukhiqiza okunciphile, kanye nentuthuko esimeme.