Kutshanje kubekho utshintsho oluphazamisayo kwezobuchwepheshe kwicandelo lonxibelelwano lwe-elektroniki kwihlabathi liphela. Amashishini aphezulu e-elektroniki avela eMzantsi Korea, e-United States naseJapan afikelele kwisivumelwano semizi-mveliso ukukhawulezisa ulwakhiwo lwetekhnoloji yokunxibelelana kwe-optical efikelela kwi-chip-scale short-reach, eqhubela phambili uphuculo lwemizi-mveliso "lokutshintsha ubhedu nge-optical fibers" kwizixhobo ze-elektroniki. INgqungquthela yokuqala yeHlabathi yoNxibelelwano lwe-Optical kunye neTekhnoloji yoNxibelelwano lwe-Chip kwiZiko leDatha le-AI icwangciselwe ukubanjelwa eSeoul, eMzantsi Korea ngomhla wama-24 kweyeSilimela. Esi siganeko siza kuhlanganisa iinkampani ezininzi ze-semiconductor kunye nee-electronics zonxibelelwano ezikhokelayo kwihlabathi liphela ukuze zenze imigangatho yemizi-mveliso yehlabathi yokunxibelelana kwe-chip optical kunye nokuqhubela phambili ukusetyenziswa okukhulu kwetekhnoloji yokudlulisa i-optical yesizukulwana esitsha kwizixhobo ze-elektroniki eziphezulu kwihlabathi liphela.
Kangangexesha elide, iintambo zobhedu bezisetyenziswa ekudluliseleni idatha kumgama omfutshane phakathi kweetships kwizixhobo ze-elektroniki eziphezulu, izixhobo zekhompyutha ze-AI kunye nee-supercomputers. Njengoko uxinano lwee-chip computing luqhubeka lunyuka kwaye isantya sokudluliselwa kwedatha sikhula ngokukhawuleza, iintambo zobhedu zihlushwa yi-bandwidth enganeleyo, ukusetyenziswa kwamandla aphezulu, ukubambezeleka okuphezulu kunye nokusasazwa kobushushu okubi, okuye kwaba yimiqobo emikhulu ethintela ukuphuculwa kokusebenza kwezixhobo ze-elektroniki eziphezulu zehlabathi. Isebenzisa iingenelo zokudluliselwa kwefayibha ye-optical, itekhnoloji entsha yokunxibelelana kwe-optical ye-chip-scale inika i-bandwidth ephezulu kakhulu, ukusetyenziswa kwamandla aphantsi kunye nokudluliselwa kwedatha ephantsi phantsi kweemeko ezifanayo zokusebenza, igqitha kwimida yokusebenza ebonakalayo yokudluliselwa okusekwe kubhedu kwendabuko.
Okwangoku, iinkampani ezinkulu zobuchwepheshe kunye ne-elektroniki zehlabathi eziquka iGoogle, iAmazon, iSamsung kunye neSumitomo Electric zikhokele kwiR&D kunye nokusetyenziswa kovavanyo lobuchwepheshe, zidibanisa uqhagamshelo lwe-optical nzulu kwiimveliso eziphambili ezifana neeseva ze-AI, ii-elektroniki zabathengi eziphezulu, ii-supercomputers kunye neetships ezikrelekrele ezifakwe kwizithuthi. Xa kuthelekiswa nezisombululo zothumelo zendabuko, uqhagamshelo lwe-optical lwe-chip-scale lunokunyusa ukusebenza kakuhle kothumelo lwedatha lwezixhobo ngaphezulu kwe-40% kwaye lunciphise ukubambezeleka ngaphezulu kwe-30%, luhlangabezana ngokupheleleyo nekhompyutha ephezulu kakhulu kunye nekhompyutha.iimfuno zokudluliselwa kwamashishini asakhasayokuquka ubukrelekrele bokwenziwa, i-metaverse kunye nokuqhuba ngokuzimela ngoku nakwixesha elizayo.
Iingcali zoshishino kunxibelelwano lwe-elektroniki lwehlabathi zithi ukusasazwa koqhagamshelwano lwe-optical olusebenzisa i-chip-scale kuya kuba lolunye lwezona nguqu zibalulekileyo kwezobuchwepheshe kushishino lwe-elektroniki lwehlabathi kwiminyaka emithathu ukuya kwemihlanu ezayo. Iqhutywa yimizamo edibeneyo yamashishini avela kumazwe amaninzi kunye nokuphunyezwa kwemigangatho yemizi-mveliso yehlabathi edibeneyo, uxhumano lwe-optical luya kwanda kancinci kancinci ukusuka kwizixhobo ezinkulu zekhompyutha ukuya kwizikhululo ze-elektroniki zabathengi, luthathe indawo yezisombululo zothumelo olusekelwe kubhedu. Luya kuyila ngokutsha ikhonkco lemizi-mveliso yezixhobo zothumelo kwicandelo le-elektroniki lehlabathi kwaye luqhubele phambili ukuphuculwa okubanzi kweshishini le-elektroniki lehlabathi ukuya kwisantya esiphezulu, ukusetyenziswa kwamandla okuphantsi kunye nokusebenza okuphezulu.
Ixesha leposi: Juni-16-2026
