Three dates for neural rendering
NVIDIA outlines the November schedule. The dates below are announced targets, not features that are already available.
Game | Announced DLSS 5 release | Key takeaways |
|---|---|---|
Hogwarts Legacy | 5 November 2026 | “Neural Rendering” option in the game settings |
War Thunder | Mid-November 2026 | Included in the Eagle’s Shadow update |
Where Winds Meet | 23 November 2026, according to NVIDIA | Added to a game that already offers Super Resolution and Multi Frame Generation |
For War Thunder, Gaijin directly confirms its inclusion in Eagle’s Shadow. The studio highlights the treatment of wet surfaces, materials and the atmosphere in overcast weather. These benefits remain the developer’s claims; we have not yet tested this update.
The schedule is now clear, but the result still needs to be assessed in motion. A screenshot lets you compare lighting; it cannot measure temporal stability or how responsive the game feels.
What DLSS 5 actually changes
DLSS 5 made its debut in NBA 2K27 on 1 September. Its main new feature, 3D-Guided Neural Rendering, affects lighting and the appearance of materials. It is separate from the DLSS tools already used to reconstruct an image or increase the number of frames displayed.
Feature | Purpose |
|---|---|
Super Resolution | Reconstruct a higher-resolution image from a lower-resolution render |
Frame Generation / Multi Frame Generation | Insert generated frames between rendered frames |
Ray Reconstruction | Reconstruct effects calculated using ray tracing |
DLSS 5 — 3D-Guided Neural Rendering | Enhance lighting and materials using the engine’s image |
The NVIDIA technical documentation describes frame-by-frame processing guided by inputs including colour and motion vectors. The model works from the engine’s output; it does not create a game from a text prompt. Processing runs locally on a compatible GPU, with output at up to 4K.
Developers have access to several models and separate controls for structural detail and tone. Masks allow them to target specific objects or limit the effect on characters. Preserving the artistic direction therefore also depends on integration and settings, not just computing power.
Hogwarts Legacy: compare the results, with the choice left to players
NVIDIA says Hogwarts Legacy will support desktop and laptop GeForce RTX 50 GPUs, RTX Spark systems and GeForce NOW Ultimate. After the game update, the Neural Rendering option will enable the processing. The company has also announced a Game Ready driver for 4 November to accompany these additions.
The two official screenshots below show the same view of Hogwarts, first without and then with the processing enabled. They were supplied by NVIDIA. It will also be worth comparing faces, fine objects and camera movements during gameplay.
A model twice as fast does not mean twice the FPS
The model update announced in October introduces optimisations that NVIDIA plans to carry over to newly supported games. The company provides several figures, which do not all measure the same thing:
Metric reported by NVIDIA | Change | Scope |
|---|---|---|
Neural rendering model speed | ×2 | Compared with the previous model |
Parameter count | Around 118 million, down 24% | Model size |
VRAM usage at 4K | −20% | Reported memory footprint of the model |
Frame rate in NBA 2K27 | Up to ×1.4 | Claimed gain with the October update |
Speeding up this stage does not halve the time needed for the rest of the rendering process. Similarly, reducing its memory footprint does not mean the game’s total VRAM usage falls by 20%. These are NVIDIA’s figures, not independent measurements taken by our editorial team.
To assess the feature’s actual performance cost, the same game, scene and settings will need to be compared with neural rendering enabled and disabled. Rendered FPS will also need to be distinguished from frames added by Frame Generation.
What about GeForce RTX 20, 30 and 40 GPUs?
Support for other DLSS features does not automatically give these GPUs access to DLSS 5 neural rendering. On the official War Thunder forum, an administrator confirms support for RTX 50 and RTX Spark and says they have no information about RTX 40 support. You should therefore not buy or update an older card on the assumption that unannounced future support will arrive.
To put the frame-rate figures into context, our ROG Astral RTX 5090 Edition 20 review already distinguishes native rendering from frame generation. However, these measurements are not a test of DLSS 5.
Key takeaways
With these new games, DLSS 5 will need to impress through both visual consistency and efficiency. The announcements are promising; comparisons under real gameplay conditions will show how useful they are.