DLSS 5 vs Frame Generation | What Actually Changes in Emulators? — Written Guide
Recorded results and project research · 6–7 November 2026
DLSS 5 and frame generation do different jobs in an emulator setup. Follow the recorded Zelda and Mario Kart examples to understand the base game, the community image-processing route, activation checks, and Live Flow generated output.
Which improvement are you looking for?
A better-looking image and a higher output counter can come from different settings. Before you install anything, decide what you want to improve. This video follows the base game, the community neural-rendering route and external frame generation using our Zelda and Mario Kart recordings. Each has its own setup and its own useful check.
Keep one baseline
Start with a working game. Save the emulator profile and test a short repeatable route. We use the recorded Vulkan setups here. Leave extra image effects and frame generation off for that first test, then keep the same scene and movement when comparing a change on your own PC.
Reconstruction, appearance and extra frames
Super resolution, neural rendering and frame generation describe different jobs. One reconstructs the image, another processes its appearance, and another adds presented frames. A neural pass is not a frame-generation multiplier. A sharper or differently lit picture does not, by itself, prove that the game is producing more original frames.
Official support and community tools
NVIDIA documents its own DLSS features and supported hardware. Our emulator recordings use an independent community Manager and ReShade route. Keep that distinction in mind when following a guide or choosing settings. A modded result on one PC does not automatically extend official support to every graphics card or game.
Install into the application you launch
Close the emulator. In the community Manager, add the executable you actually use. That is lichii dot exe for this Zelda session, and Eglantine dot exe for the Mario Kart session. Select the matching graphics API and finish the installation. Adding the game archive instead will not attach the tools to the emulator.
Check the in-game side too
Reopen the same emulator and press Home for ReShade. The Manager switch handles installation; the in-game panel supplies the processing controls. Check both sides. If the overlay does not appear, recheck the program path and Vulkan installation before you try to solve the problem by raising more settings.
Correct the motion-vector provider
For the Feeder route shown in Zelda, put Lumenite Kernel above Feed and select provider three for Lumenite Kernel. The saved recording had a provider mismatch even though the effects were checked. Correcting the source of motion information is a more useful step than simply ticking the same boxes again.
Verify the process, then inspect the image
Check Ready and the processed-frame count in the add-on. Our same-session log confirms successful neural frames, but that count is not a displayed FPS benchmark. Close the overlay and inspect movement, edges and the interface. Use a modest starting setting, then compare the same scene with the effect off and on.
The separate generated-frame route
For the motion side, open Live Flow with the working game in its normal window. This is a separate route from the neural image effect. In the recorded Mario Kart profile, choose D L S S M F G, two times, Auto game type and Quality Preset B, then enable it and return to the game.
Do not stack generators accidentally
Keep the emulator's own frame generator off while checking this external setup. If several generators are enabled at once, you lose a clear starting point and it becomes harder to tell which control caused a problem. Test one route, verify its status and then decide whether you want to keep it.
Why the emulator counter can stay lower
The emulator's counter tracks the original game frames. The external generator produces additional output afterwards, so its readout can be higher. In the Zelda example, roughly nineteen input frames become thirty-six output frames after overhead. That is evidence of that recorded moment, not a claim that the game simulation became native sixty.
Check response as well as motion
Test an ordinary action you repeat often: steering into a corner, jumping or moving the camera. Keep the setting that looks good and responds well on your display. A larger multiplier is not automatically the best choice. If the base game is struggling, lower the rendering load or simplify the optional effects before asking for more generated frames.
Compare fairly on your own PC
Our recordings show different passages, so I am not labelling them a controlled side-by-side benchmark. For your own comparison, keep the game version, camera position and graphics settings fixed. Change only the feature you are testing. Note the input and output rates separately, then check how it feels during the same movement.
Choose only the layers you need
If your goal is simply to play, a stable working base setup is enough. Add neural processing when you want to test its image, and add frame generation when you want to test smoother presentation. Keep your working settings backed up. The useful improvement is the one you actually prefer during play, not the largest number in a screenshot.
Downloads and testing help
The written guide links the community tools and the technical references used here. Join our Discord to compare builds and settings. Include your graphics card, emulator version and whether you are testing image processing or generated frames, so people can reproduce the same route.
Project links and resources
- Lichii build 88 recorded Windows release
- Frizti v2 recorded frame-generation session
- Community DLSS 5 Manager
- Feeder provider and effect-order instructions
- NVIDIA DLSS documentation
- NVIDIA frame-generation technical guide
- PC gaming and build-testing community
Use your own compatible game and personal console files. No game, firmware or keys are distributed here. Community graphics mods are independent of NVIDIA’s official game integrations. Source passages show the dated build used; a newer release can behave differently.
Credits: the linked project maintainers and contributors, Nintendo and the respective game creators. Gameplay recordings belong to this channel; external videos were studied as editorial references, not reused as footage.
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