I-Deep Learning Super Sampling (DLSS) yitekhnoloji ye-NVIDIA RTX esebenzisa amandla e-AI ukuphucula amaxabiso esakhelo kwimidlalo enzima yemizobo. Enkosi kwiscreen esikrelekrele esichasene ne-aliasing, abadlali banokusebenzisa izisombululo eziphezulu kunye nezicwangciso ngelixa begcina amaxabiso efreyim ezinzileyo kunye nomgangatho womfanekiso olungileyo, ngaphandle kokudibanisa.
I-DLSS ixhomekeke kwi-Tensor Cores ye-architecture ye-Turing kumakhadi evidiyo e-GeForce RTX, kwaye kwi-Anthem le ndlela ivumela, ngokutsho kwe-NVIDIA, ukufezekisa ukunyuka komsebenzi we-40%:
Imowudi ye-DLSS inceda kakhulu xa ikhadi levidiyo liphantsi komthwalo omkhulu kwaye ngokufanelekileyo lifumaneka kuphela kwezi zigqibo zilandelayo kwisethingi yomgangatho ophezulu:
- kwi-3840 Γ 2160 kuzo zonke ii-accelerator ze-GeForce RTX;
- kwi-2560 Γ 1440 - kwi-GeForce RTX 2060, i-RTX 2070, amakhadi e-RTX 2080.
Ukusebenzisa i-NVIDIA DLSS kwi-Anthem, kufuneka ufake umqhubi weGeForce wamva nje, ube Windows 10 inguqulo 1809 okanye ngaphezulu, sebenzisa isisombululo esikhankanyiweyo, emva koko uvule i-NVIDIA DLSS kuseto lomdlalo. Ukubonisa izibonelelo zendlela entsha, umenzi ubonise ividiyo ekhethekileyo:
Nangona i-DLSS sele ikhona kwaye isebenza kakuhle, i-NVIDIA ithembisa ukwazisa uphuculo lwale ndlela kwixesha elizayo ngoqeqesho oluqhubekayo lwenethiwekhi ye-neural kwi-supercomputer yayo. Xa ukusebenza okanye umgangatho uphucuka, inkampani ikhupha ngokuzenzekelayo uhlaziyo lwemidlalo ngokukhutshwa kwabaqhubi abatsha.
Ngendlela, kwangaxeshanye, uMhobe wafumana inkxaso kwitekhnoloji yeNvidia Highlights, evumela abasebenzisi bamava eGeForce ukuba barekhode ngokuzenzekelayo ezona ndawo zibalaseleyo zomdlalo kwimidlalo ehambelanayo (xa ubulala abaphathi, iintshaba eziyintsomi, ukufumana iimfihlo, kunye namanye amatyala).
umthombo: 3dnews.ru