I-DLSS isifinyezo se-Deep Learning Super Sampling futhi iyisici se-Nvidia RTX esisebenzisa ubuhlakani bokwenziwa ukuze kuthuthukiswe ukusebenza kahle komdlalo, okuwusizo uma i-GPU yakho ibhekene nobunzima bomsebenzi onzima.

Uma usebenzisa i-DLSS, i-GPU yakho empeleni ikhiqiza isithombe ngesisombululo esiphansi ukuze inciphise ukucindezeleka kwihadiwe, bese ingeza amaphikseli engeziwe ukuze inyuse isithombe sibe yisisombululo esifiselekayo, isebenzisa i-AI ukuthola ukuthi isithombe sokugcina kufanele sibukeke kanjani.

Futhi njengoba abaningi bethu bezokwazi, ukwehlisa i-GPU yakho ibe yisisombululo esiphansi kuzoholela ekukhushulweni okukhulu kwesilinganiso sozimele, okuyikho okwenza ubuchwepheshe be-DLSS bukhange kangaka, njengoba uthola kokubili amazinga ozimele aphezulu kanye nesisombululo esiphezulu.

Njengamanje, i-DLSS itholakala kuphela kumakhadi ehluzo e-Nvidia RTX, okuhlanganisa kokubili i-20-Series kanye ne-30-Series. I-AMD inesixazululo sayo sale nkinga. I-FidelityFX Super Resolution inikeza isevisi efanayo kakhulu futhi isekelwa kumakhadi ehluzo e-AMD.

I-DLSS isekelwa kumugqa wama-GPU ochungechunge lwama-30 njengoba i-RTX 3060, 3060 Ti, 3070, 3080 kanye ne-3090 iza nesizukulwane sesibili sama-Nvidia Tensor cores, enikeza ukusebenza okuhle kakhulu nge-core ngayinye, okwenza kube lula ukusebenzisa i-DLSS.

I-Nvidia kulindeleke futhi ukuthi imemezele isizukulwane sayo sakamuva sama-GPU ngesikhathi sayo se-Keynote kaSepthemba 2022, i-Nvidia RTX 4000 Series, ebizwa nge-Lovelace. Uma unesifiso sokubuka lesi senzakalo njengoba siqala ukusebenza, qiniseka ukuthi uhlola isihloko sethu sendlela yokubuka i-Keynote kaNvidia GTC 2022.

Nakuba kungekho okuqinisekisiwe okwamanje, i-RTX 4000 Series cishe izofaka i-RTX 4070, i-RTX 4080 kanye ne-RTX 4090. Silindele ukuthi i-Nvidia RTX 4000 Series izohlinzeka ngamakhono e-DLSS, mhlawumbe ngezinga eliphakeme kuneyandulelayo, yize sizoqiniseka ukuthi sizobuyekeza lesi sihloko uma sesazi kabanzi ngochungechunge lwe-Lovelace futhi sesilubuyekezile.

Ingabe i-DLSS iyanciphisa ikhwalithi yokubuka?

Esinye sezigxeko ezinkulu zobuchwepheshe lapho buqala ukwethulwa ukuthi abadlali abaningi babekwazi ukubona ukuthi isithombe esiphezulu sivame ukubukeka sifiphele kancane, futhi sasingenazo njalo imininingwane njengesithombe sendabuko.

Kusukela ngaleso sikhathi, iNvidia yethule i-DLSS 2.0. INvidia manje ithi inikeza ikhwalithi yesithombe efana nesisombululo sendabuko.

Yini ngempela eyenziwa yi-DLSS?

I-DLSS ingenzeka njengoba iNvidia idlule enkambisweni yokufundisa i-algorithm yayo ye-AI ukukhiqiza imidlalo ebukeka kahle nokuthi ingahambisana kanjani kangcono nalokho okuvele kusesikrinini.

Ngemva kokwenza umdlalo ube nesinqumo esiphansi, i-DLSS isebenzisa ulwazi lwangaphambilini oluvela ku-AI yayo ukukhiqiza isithombe esisabonakala sengathi besisebenza ngesinqumo esiphezulu, ngenhloso yokwenza imidlalo evezwe ku-1440p ibukeke sengathi isebenza ku-4K, noma imidlalo ye-1080p ku-1440p, njalo njalo.

I-Nvidia ithi ubuchwepheshe be-DLSS buzoqhubeka nokuthuthuka, yize sekuyisisombululo esiqinile kunoma ngubani ofuna ukubona ukuthuthuka okukhulu kokusebenza ngaphandle kokuthi umdlalo ubukeke noma uzizwe uhlukile kakhulu.