Lossless Frame Generation

Nvidia:

• Nvidia control panel: Manage 3D Settings -> Vulkan/OpenGL present method -> Prefer layered on DXGI swapchain

Lossless Scaling App:

• Frame Generation

  • Type: LSFG 3.0

  • Mode: Fixed / Adaptive

  • Multiplier: 2 / Whatever you want / Your Gsync max frame rate

  • Flow scale: 50 for 4k, 75 for 1440p, 90-100 for 1080p

• Capture:

  • Capture API: DXGI

    • WGC may yield better results (I prefer it to DXGI)

  • Queue target: 2

    • Use 1 if you are less than 90% GPU Utilization in games (after turning on LSFG)

• Rendering:

  • Sync mode: Default

  • Max frame latency: 2

  • HDR Support: If you use HDR

  • G-Sync Support: If you use G-Sync

  • Draw FPS: Optional

• Everything else, leave default

DUAL GPU LSFG:

• Everything from above (Lossless Scaling App)

• Lossless Scaling App:

  • Capture:

    • Capture API: WGC will most likely yield a better result

    • Queue target: 2

  • Rendering:

    • Sync mode: Off (Allow tearing)

    • Max frame latency: 3

      • Or 2 if both GPUs are under 90% utilization after turning on LSFG

  • GPU & Display:

    • Preferred GPU: The secondary GPU that isn't rendering the game

• Windows:

  • Windows 11 is a requirement or a register edit is required (just upgrade, windows 11 is better)

  • Windows Settings -> System -> Display -> Graphics

    • Advanced graphics settings:

      • Everything on

      • Default high performance GPU -> Your rendering GPU

    • Change the apps here to whatever GPU you want, new apps will most likely adhere to what you want.

• Your actual PC:

  • Monitors should be plugged into secondary (non-rendering GPU)

  • Primary GPU should be in slot that is at least: PCIE 3.0x16, PCIE 4.0x8, PCIE 5.0x8 (theoretically PCIE 5.0x4 is equal to the other 2, but doesn't reflect that in real world)

  • Secondary GPU should be in slot that is at least PCIE 3.0x4

    • Some guidelines:

      • PCIe 3.0 x4 or similar: Up to 1080p 240fps, 1440p 180fps and 4k 60fps (4k not recommended)

      • PCIe 4.0 x4 or similar: Up to 1080p 540fps, 1440p 240fps and 4k 165fps

      • PCIe 4.0 x8 or similar: Up to 1080p (a lot)fps, 1440p 480fps and 4k 240fps

    • 1 slot gap for BREATHABILITY

    • What GPU (if you don't have one?):

      • https://docs.google.com/spreadsheets/u/0/d/17MIWgCOcvIbezflIzTVX0yfMiPA_nQtHroeXB1eXEfI

        • FPS Values are @ 100% flow scale, if you are at 1440p/4k, you can get away with those that are slightly less since you will be using 50/75 flow scale instead.

      • Do remember to look at the ports supported (don't get a GPU that doesn't have enough ports for your monitors)

        • Really relevant for 1440p 360hz+ / 4k 240hz+

          • DP1.4 / HDMI2.1 is the requirement

• Run your game with the above, stand still at a spot, look at your fps, turn on LSFG, you should have 0 drop in 'actual' fps while getting the benefit of higher 'rendered' fps.

  • You want: 120 fps, activate LSFG x2 multiplier, 240fps

  • Not: 120fps, activate LSFG x2 multiplier, 180fps (because your actual fps took a hit to 90fps)