I-Samsung: Ukusetyenziswa kwedatha exhaphakileyo kunye nonyango kwimfuno yokwenza ishishini lokugcina kwaye ibaluleke ngakumbi

Njengelizwi lelizwi le-jimicondcuctor, i-jicondcuctonce ye-jicondcuction (i-jicondcuctonce ye-jimicondcuction; i-terminafter ekubhekiswa kuyo njenge-GSA) ibamba iNgqungquthela yokugcina i-Wimicond yase-terminance (GMC) namhlanje. Umxholo wale nkomfa 'ukwakha ikamva ledijithali. "

Kwintetho yakhe, indoda han, umongameli olawulayo we-Samsung ye-Samsung kunye neNtloko yoGcino lweHlabathi, utshilo ukusetyenziswa kwedatha kunye nemfuno yemfuno eyenze ukuba igcinwe ngakumbi kwaye ibaluleke ngakumbi.

Ukuqhambuka kobhubhane kuchaphazele ubomi babantu ngeendlela ezininzi. Ngokuthe ngcembe saziqhelanisa nobhubhane, ndisebenzisa itekhnoloji kunye neendlela ezintsha zokusebenza nokufunda, kwaye ndifumana uncedo lwezonyango. Uninzi lwetekhnoloji luya kutshintshelwa kwishishini le-IT.

UJin-Man Hi watsho ukuba ishishini lokugcina lihlala lijolise kwiimfuno zesikhundla esikhulu, isantya esiphezulu kunye nebhendi ephezulu. Nangona kunjalo, ukwenzela ukuba bafezekise iimfuno ezindayo, ishishini lokugcina liya kufuna ukongeza, kwaye i-Samsung ikwakhokela utshintsho kwishishini.

UJin-Man His wazisa i-Samsung Samsung's Redthrought emdeni, i-nand, i-computer yokugcina kunye nezinye iinkalo. Ekuqaleni kwalo nyaka, uSamsung waqalisa itekhnoloji ye-HBM-PIM okokuqala kwintengiso ye-AI yeNtengiso ye-AI. Ulwakhiwo olutsha lunokubonelela ngaphezulu komsebenzi ophindwe kabini inkqubo kwaye unciphise ukusetyenziswa kwamandla nge-71%. Xa kuthelekiswa nesakhiwo seVon Neunn esisebenzisa iiprosesa ezahlukeneyo kunye neenkumbulo zokwenza izigidi zomsebenzi wedatha entsonkothileyo, itekhnoloji entsha ye-Samsung ibeka i-AI ye-I-AI ye-AI kwi-AI ye-AI kwi-AI ye-AI kwi-Inban ye-AI kwi-PROM PART (i-Surit Sure) yenziwa ngqo kwindawo yogcino lwedatha, ngaloo ndlela ifikelele kulungiso olufanayo kunye nokunciphisa intshukumo yedatha.

Ukwenzela ukomeleza ukusebenza kweseva kunye nokuphucula ukuqhubekeka nokulungisa iZiko leDatha kunye nesantya sekhomputha, i-Samsung kunye neXilinx ijoyine imikhosi yokwenza idrivesdd ye-smartdd ye-smartdd. I-CSRD CSD idibanisa i-XPGA I-I-I-I-I-I-I-I-I-I-I-XPGA I-VPGA I-SPGA I-SPGA I-SPGA SPGA I-SPGA SPGA I-SPUECMER YOKUGQIBELA I-CPU se-SPU ukunciphisa intshukumo yedatha, enokunciphisa ukusetyenziswa kwendlela, kunye nokusebenza kwempumelelo kwedatha.

Imodyuli entsha yeDram iphuhliswe yi-Samsung ngokusekwe kwiNkqubo yeNdawo eNgcaciso (ye-CXL) yamkela ubungakanani be-EDSFF, eya kuthi inkqubo yeseva ikwazi ukwandiswa kakhulu komthamo wenkumbulo kunye ne-bandwidth. Imodyuli entsha inokwandisa umthamo wememori kwi-terabytes, ukunciphisa i-latency yenkqubo ebangelwa yi-caching yememori, kwaye ivumele inkqubo yeseva yeseva, kunye nokufunda ngoomatshini bokusebenza, kunye nomsebenzi wokusebenza ophezulu wokusebenza.

I-Samsung yabhengezwa ngo-Matshi ukuba iphuhlise ngempumelelo imodyuli ye-DDR ye-DDR5 ye-DDR5, isebenzisa isango le-Spee-K, le-HKMG), elinokubonelela ngaphezulu kwememori ye-DDR4, ifikelela kwi-7200MB / s. Imemori entsha inokusetyenziswa kwi-SuperComputers, imisebenzi yobukrelekrele, uhlalutyo lwedatha kunye namanye amabala okuqinisekisa ukukhutshwa kwendlela yokusebenza.

Ekugqibeleni, uJin-Man Han wathi i-Samsung izibophelele kwitekhnoloji yokugcina eluhlaza, ukunciphisa i-carbon yonyawo lwekhomputha yokugcina, kunye nokufumana ikamva elizinzileyo.