Samsung ibuyile kwaye, kwakhona, ukukhupha imibala yabaninzi abenzi betshiphu abakhulu kwiplanethi. Ngesi sihlandlo umsebenzi ibikukubonisa uluntu a entsha DDR4 RAM chip leyo, njengoko ingenakuba ngenye indlela, ivelele kungekuphela nje ngokuhlelwa yinkampani njengeyona incinci emhlabeni, kodwa kunye nokukhawuleza kunye nokusebenzisa amandla angaphantsi kunezizukulwana zangaphambili ze-chip efanayo.
Ngaphandle kwamathandabuzo i-Samsung iphumelele ibeka uninzi lwabakhuphisana nayo engxakini kwakhona enkosi kumkhosi onomtsalane wetekhnoloji obonisa zonke iinkqubo zayo zokuvelisa, into ethi, kuthathelwa ingqalelo indlela imarike ihlala iziphatha ngayo ngokwembali ebusweni bolu hlobo lokuqaliswa, ekugqibeleni, kwakhona, iya kwenza i-Samsung ithathe iqhekeza elikhulu lepayi. ukuba abavelisi abaninzi baya kufuthanisela ngakumbi, ngokwezoqoqosho.
I-Samsung iphucula iinkqubo zayo zokuvelisa ngeenanometer ezili-10
Yintoni eyenza ukuphehlelelwa kwale chip intsha kukhethekileyo? Kwinqanaba leempawu zobugcisa, inyaniso kukuba akukho nto, nangona inyaniso kukuba, kwelinye icala, le nto intsha ibaluleke kakhulu kunokuba unokucinga kuba ukuphuhliswa kwale chip entsha ye-RAM, i-Samsung inqume ukutyalomali kuyo. ukwenziwa kwayo Inkqubo ye-nanometer ye-10, into esinceda ngokuqinisekileyo siqonde uphuculo olukhulu oluza nokubonelela ngobu buchwepheshe butsha.
Ngokwengxelo epapashwe yi-Samsung ngokwayo kulo mba, ngokucacileyo le chip ye-DDR4 RAM iya kubetha kwimarike ngo-2018 kwaye iya kuba luphuhliso lokuqala lwenkampani ukuqala itekhnoloji yokuvelisa. Isizukulwana sesibini seenanometers. Njengeenkcukacha, sikuxelele ukuba sijongene kuphela nohlengahlengiso kwinkqubo yokuvelisa esetyenziswe kwi-2017. Nangona kunjalo, i-Samsung ikwazile ukuyenza ibe yincinci, ngokwaneleyo ukuba ibe yincinci yohlobo lwayo emhlabeni.
Iinjineli zeSamsung zidinga iinyanga ezingama-20 kuphela zokuphucula iindlela zabo zokuvelisa ngeenanometer ezili-10
Ukungena kwiinkcukacha ezithe kratya, mandikuxelele ukuba ngokwenkampani yaseKorea sithetha nge-chip ethi, ngokovavanyo olwenziweyo, akukho nto ingaphantsi kwe I-15% esebenzayo ngakumbi ngokubhekiselele kusetyenziso lwamandla. Nangona ifuna amandla ombane amancinci ukusebenza, itshiphu iyakwazi ukunikela ukuya kuthi ga I-10% ngokukhawuleza ngaphezu kwesizukulwana esidlulileyo.
Ukufezekisa le nkqubela phambili enomdla, i-Samsung idinga iinyanga ezingama-20 kuphela ukususela kumhla apho isizukulwana sangaphambili sasungulwa kwimarike, okufanayo kunye nenkqubo yokuvelisa i-nanometer ye-10 yenkampani. Enkosi kolu phuculo, ngokucacileyo, kuye kwaphunyezwa oko Inkqubo yokuvelisa ngokwayo iphuculwe ngama-30%, oku kuthetha ukuba ngoku kulula ukusebenzisana nale teknoloji ye-Samsung kwaye, kwakhona, ukunciphisa iindleko zokuvelisa.
Inyathelo ukuya kwi-nanometers ezi-8 lisaxhathisa
Okwangoku, inyani yeyokuba ukuba nokwenzeka kuhleli kumbhobho ukuba Uninzi lwethu lulindele ukuba i-Samsung yenze umtsi kwi-8 nanometer yokuvelisa., into ekubonakala ngathi iya kuthatha ixesha elide ukufika, ngakumbi ukuba sithatha ingqalelo ukuba namhlanje akukho nkampani ezinokukhuphisana nale teknoloji kwaye yayiyinkampani yaseKorea ngokwayo eqinisekisile ukuba kude kube yi-2018 abayi kukwazi ukukhuphisana nale teknoloji. qala iimvavanyo kwiinkqubo zokuvelisa kwi-nanometers ezisi-8.
Inyani yokuba i-Samsung ayinambangi okwangoku ayithethi nje ukuba inkampani inokuthatha lonke uhlobo lokuvelisa ngokuzolileyo ngakumbi, into esisiseko iya kukuvumela ukuba ulungelelanise ezinye iitshiphusi zakho kolu hlobo lobugcisa bokuvelisa apho, ukufuduka sele kuqinisekisiwe kwindawo yokuqala yamaqonga ahlukeneyo afana ne-DDR5, i-HBM3, i-LPDDR5 kunye ne-GDDR6, into esisiseko yokuqinisekisa ukuba iiseva zayo, ii-supercomputers kunye nezinye iinkqubo eziphezulu zokusebenza ziyaqhubeka ukuba ziinkokeli zemarike.