RTX 4090 DLSS 2 vs DLSS 3 Frame Generation - 4K Performance and Latency
49Average PC Latency is reported using NVIDA GeForce Experience Overlay and it can only be displayed on left or right side of the screen because of that I had to move it manually when I was editing the video.
60 FPS cap was enforced using NVIDIA Control Panel and it does work in most games supporting DLSS Frame Generation with exception to F1 22 which still max out at 60 FPS with a massive latency increase.
VSYNC + Frame Generation doesn't work at the time of making the video in presented games.
VSYNC in A Plague Tale: Requiem doesn't work correctly with RTX 4090, it will introduce a massive stuttering for no reason. There is a work around which will fix the stuttering, you have to enforce 60 FPS cap in NVIDIA Control Panel and then enable VSYNC .
Total System Power consumption comes directly from the PSU, u won't be able to get this reading unless you have a PSU like Corsair HX1000i which can report power draw in iCUE, HWiNFO or any other similar software.
System Spec:
GPU: MSI RTX 4090 Gaming X Trio
CPU: Intel Core i7-13900K @ Stock
CPU Cooler: MSI MEG CORELIQUID S360 @ 1400RPM
Motherboard: MSI MAG Tomahawk Z790
RAM DDR5: TEAMGROUP Delta RGB 32GB (2x16GB) @ 6600MT/s CL32-39-39-28
PC Case: Lian Li Lancool II Mesh
PSU: Corsair HX1000i - 1000W Platinum
Windows 11 22H2
Resizable BAR - ON
VBS (Virtualization Based Security) - Disabled
High Performance Power Plan
Recorded using a capture card, zero performance loss.
5 Games 4K
0:00 - Spider-Man Remastered - Ray Tracing ON
0:40 - Spider-Man Remastered - Ray Tracing OFF
1:20 - Spider-Man Remastered - 60 FPS CAP + Frame Generation
2:00 - A Plague Tale: Requiem
2:00 - A Plague Tale: Requiem - 60 FPS CAP + Frame Generation
3:20 - Microsoft Flight Simulator
4:00 - Microsoft Flight Simulator - 60 FPS CAP + Frame Generation
4:40 - Bright Memory: Infinite - Ray Tracing ON
5:20 - Bright Memory: Infinite - Ray Tracing OFF
6:00 - Bright Memory: Infinite - 60 FPS CAP + Frame Generation
6:40 - F1 22