Samsung ibuyile kaninginingi ukuletha imibala kubakhiqizi abakhulu abaningi beplanethi. Ngalesi sikhathi i-oda laliqukethe ukukhombisa umphakathi a i-chip entsha ye-DDR4 RAM okungahle kube ngenye indlela, akugcini nje ngokubalwa yinkampani njengencane kunazo zonke emhlabeni, kodwa futhi kuyashesha futhi kudla amandla amancane kunezizukulwane ezedlule ze-chip efanayo.
Ngaphandle kokungabaza i-Samsung izuze faka izimbangi zakho eziningi enkingeni futhi Ngenxa yenqolobane yezobuchwepheshe ehlaba umxhwele yazo zonke izinqubo zayo zokukhiqiza, into okuthi, ngokwendlela imakethe evame ukuziphatha ngayo ngokomlando lapho ibhekene nalolu hlobo lokwethulwa, ekugcineni izokwenza, futhi, i-Samsung ithathe isiqeshana esikhulu sekhekhe ngalokho Abakhiqizi abaningi bazocwila ngisho nangokwengeziwe, ngokwezomnotho.
I-Samsung ithuthukisa izinqubo zayo zokukhiqiza ngama-nanometer ayi-10
Yini eyenza ukwethulwa kwale chip entsha kube okukhethekile? Ezingeni lezimpawu zobuchwepheshe iqiniso ukuthi akukho lutho, yize iqiniso ukuthi, ngakolunye uhlangothi, le nto entsha ibaluleke kakhulu kunalokho ongakucabanga kwazise iSamsung inqume ukubheja ekwakhiweni kwayo ukwenza le RAM chip entsha ngoba Inqubo ye-nanometer eyi-10, okuthile okusisiza ngokuqinisekile ukuqonda ukuthuthuka okukhulu kokunikeza lobu buchwepheshe obusha.
Ngokwokushicilelwa ngabezindaba okwashicilelwa yiSamsung uqobo ngalokhu, kusobala ukuthi le chip entsha ye-DDR4 RAM izongena emakethe ngonyaka we-2018 futhi ibe yintuthuko yokuqala yenkampani ukukhipha ubuchwepheshe bokwenza Isizukulwane sesibili se-nanometer esingu-10. Ngokuningiliziwe, ngikutshele ukuthi sibhekene nokulungiswa kuphela kwenqubo yokukhiqiza esetshenziswe ngonyaka we-2017. Naphezu kwalokhu, abakwaSamsung bakwazile ukuyenza ibe ncanyana kakhulu, yanele ukuba ibe ncane kunayo yonke emhlabeni.
Onjiniyela beSamsung badinge izinyanga ezingama-20 kuphela ukuthuthukisa izindlela zabo zokukhiqiza ngama-nanometer ayi-10
Ukungena emininingwaneni ethe xaxa, ngikutshele ukuthi ngokwenkampani yaseKorea sikhuluma nge-chip okuthi, ngokwezivivinyo ezenziwayo, ayikho ngaphansi kwe I-15% isebenza kahle kakhulu maqondana nokusetshenziswa kwamandla. Yize kudinga amandla kagesi amancane kakhulu ukusebenza, i-chip iyakwazi ukuletha kufayela le- 10% ngokushesha kunesizukulwane esedlule.
Ukufeza lokhu kusengaphambili okuthokozisayo, iSamsung ibidinga kuphela izinyanga ezingama-20 kusukela ngosuku okwethulwe ngalo isizukulwane esedlule emakethe, okufanayo lapho kwethulwa khona izinqubo zokwenziwa kwe-10-nanometer yenkampani. Ngenxa yalokhu kuthuthukiswa, ngokusobala, nakho kufinyelelwe kulokho inqubo yokukhiqiza uqobo lwayo yenziwe yaphelela ngama-30%, okusho ukuthi manje sekulula ukusebenzisana nalobu buchwepheshe be-Samsung futhi, banciphise nezindleko zokukhiqiza.
Isinyathelo esiya kuma-nanometer ayi-8 sisamelana namanje
Okwamanje, iqiniso ukuthi kungenzeka lokho Abaningi bethu babelindele ukuthi iSamsung izokhuphuka iye ekukhiqizeni ama-nanometer ayi-8, into okusobala ukuthi isazothatha isikhathi eside ukuthi ifike, ikakhulu uma sibheka ukuthi namuhla azikho izinkampani ezingancintisana nalobu buchwepheshe nokuthi kube yinkampani yaseKorea uqobo eqinisekise ukuthi kuze kube ngu-2018 izivivinyo ezinhlelweni zokukhiqiza kuma-nanometer ayi-8.
Iqiniso lokuthi iSamsung ayinayo imbangi okwamanje akusho nje ukuthi inkampani ingaluthatha lonke lolu hlobo lokukhiqiza ngokuzola okukhulu, into eyisisekelo kuzokuvumela ukuthi uvumelanise amanye ama-chips akho kulolu hlobo lobuchwepheshe bokwenza lapho, ukufuduka kwamapulatifomu ahlukile njenge-DDR5, HBM3, LPDDR5 kanye ne-GDDR6 sekuvele kuqinisekisiwe, into eyisisekelo yokuqinisekisa ukuthi amaseva abo, ama-supercomputer kanye nezinye izinhlelo zokusebenza okuphezulu ziyaqhubeka nokuba ngabaholi bezimakethe.