I-DLSS sisifinyezo se-Deep Learning Super Sampling kwaye luphawu lwe-Nvidia RTX olusebenzisa ubukrelekrele bokwenziwa ukuphucula ukusebenza komdlalo ngokwefreyimu ephezulu, nto leyo eluncedo xa i-GPU yakho inengxaki yomthwalo womsebenzi omninzi.

Xa usebenzisa i-DLSS, i-GPU yakho ngokusisiseko ivelisa umfanekiso ngesisombululo esiphantsi ukunciphisa uxinzelelo kwi-hardware, ize yongeze ii-pixels ezongezelelweyo ukuze umfanekiso ufikelele kwisisombululo esifunekayo, isebenzisa i-AI ukumisela ukuba umfanekiso wokugqibela ufanele ujongeke njani.

Kwaye njengoko uninzi lwethu lusazi, ukunciphisa i-GPU yakho kwisisombululo esiphantsi kuya kubangela ukonyuka okukhulu kwesantya sefreyimu, nto leyo eyenza ubuchwepheshe be-DLSS bube nomtsalane, njengoko ufumana amazinga aphezulu efreyimu kunye nesisombululo esiphezulu.

Okwangoku, i-DLSS ifumaneka kuphela kumakhadi emizobo eNvidia RTX, kuquka i-20-Series kunye ne-30-Series. I-AMD inaso isisombululo sayo kule ngxaki. I-FidelityFX Super Resolution inika inkonzo efanayo kakhulu kwaye ixhaswa kumakhadi emizobo e-AMD.

I-DLSS ixhaswa kumgca we-30-Series weeGPU njengoko i-RTX 3060, 3060 Ti, 3070, 3080 kunye ne-3090 ziza nesizukulwana sesibini seNvidia Tensor cores, enika ukusebenza okuphezulu kwe-per-core, okwenza kube lula ukusebenzisa i-DLSS.

INvidia kulindeleke ukuba ibhengeze isizukulwana sayo samva nje seeGPU ngexesha layo likaSeptemba GTC 2022 Keynote, iNvidia RTX 4000 Series, ebizwa ngokuba yiLovelace. Ukuba unomdla wokubukela esi siganeko njengoko siqhubeka, qiniseka ukuba ujonge inqaku lethu malunga nendlela yokubukela iNvidia GTC 2022 Keynote.

Nangona kungekho nto iqinisekisiweyo okwangoku, i-RTX 4000 Series kusenokwenzeka ukuba iquke i-RTX 4070, i-RTX 4080 kunye ne-RTX 4090. Silindele ukuba i-Nvidia RTX 4000 Series ibonelele ngezakhono ze-DLSS, mhlawumbi ukuya kuthi ga kwinqanaba eliphezulu kunelo langaphambili, nangona siza kuqinisekisa ukuba siyalihlaziya eli nqaku xa sele sisazi ngakumbi ngochungechunge lwe-Lovelace kwaye siluphononongile.

Ngaba i-DLSS iyawunciphisa umgangatho wokubona?

Enye yezona zinto zigxekwa kakhulu yile teknoloji xa yayiqala ukuqaliswa yayikukuba abadlali abaninzi babenokubona ukuba umfanekiso ophucukileyo uhlala ubonakala ungacacanga, kwaye wawungasoloko uneenkcukacha ezifana nomfanekiso wemveli.

Ukususela ngoko, iNvidia iqalise i-DLSS 2.0. INvidia ngoku ithi inika umfanekiso osemgangathweni ofana nowesisombululo semveli.

Yintoni kanye kanye eyenziwa yi-DLSS?

I-DLSS inokwenzeka njengoko iNvidia idlule kwinkqubo yokufundisa i-algorithm yayo ye-AI ukuvelisa imidlalo ebukeka ngcono kunye nendlela yokuthelekisa ngcono noko sele kusesikrinini.

Emva kokwenza umdlalo ube nesisombululo esiphantsi, i-DLSS isebenzisa ulwazi lwangaphambili oluvela kwi-AI yayo ukuvelisa umfanekiso osabonakala ngathi ubusebenza kwisisombululo esiphezulu, injongo iyonke kukwenza imidlalo eboniswe kwi-1440p ibonakale ngathi isebenza kwi-4K, okanye imidlalo ye-1080p kwi-1440p, njalo njalo.

INvidia ithi itekhnoloji ye-DLSS iya kuqhubeka iphucuka, nangona sele isisisombululo esiqinileyo kuye nabani na ofuna ukubona ukuphuculwa kokusebenza okubalulekileyo ngaphandle kokuba umdlalo ujongeke okanye uzive wahlukile kakhulu.