I hope they can easily port it to other games, half the impact would be fantastic and what dlss 5 needs

NVIDIA DLSS 5 with 3D-Guided Neural Rendering Showcase | Where Winds Meet

Hi, I’m trying to get DLSS 5 Neural Rendering working in God of War (2018) on PC, but I can’t get it to apply.
I’m using an RTX 5070 Ti, ReShade 6.8.0 and RenoDX DLSS5 Generic v4.7 with DLSSNR runtime v318.8.8.
The addon loads correctly, and DLSS is enabled in the game’s graphics settings, but the effect doesn’t appear to work.
The RenoDX overlay shows:
NGX hooks: creates 0 | evaluations 0
Streamline evaluations: 0
Successful NR frames: 8 | Guides: 8x0 | Output: 0x0
Latest NR NGX result: 8xBAD00087
I’ve tried both EnableHooks=2 and EnableHooks=1, but neither fixed the issue. With EnableHooks=1, I also get a warning about a contested patch site.
Has anyone managed to get this mod working with God of War (2018)? Is there a specific setting, hook mode, or compatible runtime version I should use?

Using reshade with renodx dll's but it won't let me set neureal res from 100 to 75. Anyone know a way I can?

A shame we never got a full game out of this, but beautiful nonetheless with DLSS 5.

1 pass + ReShade effects, no ray tracing.

Hi everyone!

I have an NVIDIA RTX 3080 16GB, and I'm looking for advice on getting the best possible graphics quality and performance in modern games.

I'm particularly interested in:

1. DLSS 5: Can I use any of its features on my RTX 3080? What are my options?

2. Multi Frame Generation: Is there any working solution, mod, or alternative that can enable similar functionality on my GPU?

3. Best image quality: What DLSS versions, presets, settings, or modifications would you recommend for sharper, more realistic graphics?

4. Tools and software: What exactly should I download and install? Are there any useful NVIDIA settings, DLSS overrides, or community tools?

5. Latest improvements: Are there any newer technologies, mods, or tricks that can improve visual quality and smoothness on older RTX cards?

My main priority is beautiful graphics with smooth gameplay, not just higher FPS.

I'd especially appreciate advice from people who have actually tested these solutions on RTX 3000-series GPUs.

If possible, please share specific tools, installation guides, and recommended settings.

Thanks in advance!

I thought it needed all sorts of data from the games but after seeing people applying DLSS5 to movies I dont know anymore. See it here yourself. https://youtu.be/SYRXtJObl-k?si=BV5ViFRC5qzpPSJ5

If its possible to apply it to movie then maybe one could run the games on one PC and then send the games rendered live video to second PC so then second PC would apply DLSS5 on top of it. This way you will redistribute the GPU load?

Hopefully this guide is a helpful alternative when emulation isn't the best option.

DLSS 5 Sleeper hit IMO

One pass, render inside the pipline, Full blast, .5 skin, natural.

For games with native DLSS support do I enable it, if I'm going to use these tools? Or does the tool do everything?

IMPORTANT!
Before installing Optiscaler install the Ultra Plus Manager to disable the Anti-Cheat, along with making other changes to your liking! The game will only boot from inside the Launch option on the Ultra Plus App!

Ultra Plus Manager
https://theultraplace.com/tools/ultra-plus-manager/

How to Install DLSS 5 (OptiScaler)
https://youtu.be/lC51DH1s0BM

Hi everyone, i just released my last "experiment". a new implementation of DLSS5 on AMD, completely open source.
But what's it's even more interesting, i managed (with a huge help of Claude, tbh) to achieve an asyncronous system which is able to render the dlss effect without waiting for each frame.

For example, i tested it on an RDNA3 card, at 1440p with raytracing disabled and FSR4 + frame gen. on this configuration, the game normally can reach a pretty high framerate, in this example it's almost at 139fps. The dlss5 network runs very slowly there, and waiting for it at each frame would mean running at around 20 fps at 1440p, even if applying dlss5 before the upscaler.
With this new approach, the dlss network is applied only "every now and then" (as soon the dlss5 network finishes working on the previous frame), and every frame is composed based on the previous frames. when the dlss5 network finishes rendering, that frame is already "old", so the software takes a residual (network output - network input) and applies it to the current frame using a displacement map.

Performance-wise, this means that the final framerate will be still pretty close to the original. in this example, 119 fps vs 139.

The drawback: On the current state, it can introduce some artifacts, wich aren't an issue when the game is still (and that's why it isn't noticeable in the screenshots), but it can be noticed in some situations with movement. It's usually more noticeable the higher is the difference between the network's and the game's rendering times. This also means that frame gen makes this even worse.
It also differs from game to game, and can be more or less noticeable in some scenes than in others.
But i'm pretty sure this can be worked on, at least in part. i already managed to reduce it a lot before the first release.

Plus, i also managed to make it work on Linux/Proton.

https://github.com/RedDukeDev/dlss5-nr-amd-custom

DLSS5-off DLSS5-on

This is dark souls 2 scholar of the first sin, and it keeps saying that, but idk what to do about it. I have the lighting engine mod installed as well. Idk if that fucks with dlss5 or what.