Baningi abacwaningi nabaphathi bezinkampani ezahlukahlukene abangakhathali ukuphawula, noma nini lapho benethuba, ukuthi namuhla abantu bayakwazi ukukhiqiza ulwazi oluningi kangangokuba izinhlelo zokugcina zamanje, noma ama-processor, singaphelelwa yisikhathi ngokushesha kunokuba sicabanga Ngenxa ngqo yezidingo kancane kancane esinazo ngaphandle kokukuqaphela.
Ngenxa yalokhu, akumangazi ukuthi, ngenkathi kuxhaswa ngezimali ucwaningo olungaxazulula lezi zinhlobo zezinkinga ngokushaywa unhlangothi, njenge i-quantum computing noma uthole ukugcina idatha ku- Imicu ye-DNA, okuthile okusengathatha isikhathi eside ukuba ubuchwepheshe esingabusebenzisa sonke, kufanele siqhubeke nokusebenza ku ukuvela kwezinqubo zamanje.
Le chip entsha ye-ReRAM ibhekwe njengenye yezinhlelo eziyinkimbinkimbi kakhulu zemishini emhlabeni
Ngenxa yalokhu akumangazi ukuthi, ngasikhathi sinye naku- IMassachusetts Institute of Technology (MIT) Sisebenza ekwakhiweni kwezinqubo ezintsha zombili i-quantum computing futhi sikwazi ukugcina imininingwane ku-DNA, ukwenza isibonelo ngamaphrojekthi amabili asebenza kuwo namuhla, ukusebenzisana kuyadingeka ukuguqula ubuchwepheshe obukhona njengamanje kube yindlela yendlela entsha yokwakha i-chip I-RERAM 3D lokho okusanda kumenyezelwa futhi okudinge ukusebenzisana kwe I-Stanford University.
Kuleli qophelo, mhlawumbe kufanele sime endleleni bese sichaza umzuzwana ngokunembile ukuthi iyini i-chip ye-ReRAM, into eseseyi-processor yesizukulwane esilandelayo enezinhlangothi ezintathu lapho Amakhono wekhompyutha ahlanganiswe namathuba wokugcina kuyunithi elifanayo. Lawa machips amasha akhiqizwa kusetshenziswa i-carbon nanotube transistors esikhundleni sokusebenzisa i-silicon yendabuko.
Lapho sesikucacisile lokhu, kuqinisekile ukuthi kuba lula kithina ukuqonda kahle lokho okuyikho, okuyiqiniso, umsebenzi omuhle abaphenyi nonjiniyela abawenze eMIT naseStanford University, umsebenzi odlula ngokuhlanganisa okungaphezulu kokukabili ama-transistor ayisigidi namaseli we-ReRAM ayisigidi ku-chip efanayo, ukufeza, njengoba sekubiziwe vele, kuyathuthuka enye yezinhlelo eziyinkimbinkimbi kakhulu ze-nanoelectronic emhlabeni.
Lobu buchwepheshe obusha bungathinta amakhompyutha esiwasebenzisa nsuku zonke ngezindlela eziningi, ngokwesibonelo emakhaya ethu noma emahhovisi kusukela, njengoba wazi, imvamisa imemori nokucubungula ama-chip kuhlukile. Ngenxa yale nkinga ekwakhiweni kwezakhiwo kwamanje sizithola sinenye yezingqinamba ezinkulu zamakhompiyutha ethu ngoba ungaba nenkumbulo enhle kakhulu yokugcina kanye neprosesa enokusebenza okuningi ozohlala uncike ekuxhumaneni okukhona phakathi kwakho kokubili , kukho konke lapho udinga ukucubungula imininingwane eminingi futhi kufanele uthathe idatha emikhulu ukusuka endaweni yayo yokugcina ukuya lapho ufuna ukuyicubungula khona bese ubuyisa imiphumela.
I-ReRAM chip ingawaphinda kabili amandla weprosesa yamanje
Njengoba nakanjani uzobe ucabanga, ngenxa yokusetshenziswa kwamachips weReRAM amasha siqeda ubunzima bokusingatha imiqulu emikhulu yemininingwane ngoba konke kusendaweni eyodwa. Umphumela osheshayo walokhu ukuthi, njengoba sekukhonjisiwe ezifundweni ezahlukahlukene, sigcina isikhathi esiningi ekudlulisweni kwedatha ukuze ijubane le-processor likwazi okungenani liphindwe kabili.
Ukulalela amazwi ka I-Subhasish Miltra, uprofesa waseStanford University nomunye wabantu abaphethe le phrojekthi:
Ukwakhiwa okusha kwe-3D kunikeza ukuhlanganiswa okuqinile phakathi kokucutshungulwa kwedatha nokugcinwa, ukunqoba kakhulu izithiyo ezenzeka lapho kuhanjiswa idatha phakathi kwama-chips.
Ngenxa yalokhu, i-chip iyakwazi ukugcina idatha eningi futhi yenze imisebenzi edingekayo yokuyiguqula ibe imininingwane ewusizo.
Okwamanje iqiniso yilokho namanje kukhona isikhathi eside kuze kube lobu buchwepheshe obusha bungafinyelela emakhaya ethu. Okwamanje, njengoba iqembu elibhekele lokhu kusengaphambili lixhumekile, bagxile ekwakheni izinhlobo ezintsha zohlelo ezisebenzisa ngokugcwele ikhono lokwenza ukutholwa kwedatha nokucubungula ku-chip efanayo.