Released September 3, 2026

NVIDIA DLSS 5, explained properly

DLSS 5 is the first version of DLSS that does not try to reconstruct what the renderer would have drawn. It draws things the renderer never drew. Here is what NVIDIA has actually published — the hardware rule, the driver, the frame rates, the controls handed to artists — and a straight answer on where GTA 6 sits in all this.

Every number on this page is sourced. Where NVIDIA has not published a figure, we leave it blank rather than fill it in.

See it before you read about it

Drag the handle. Left of it is the frame the engine rendered; right of it is the same frame after DLSS 5. These are NVIDIA's own published comparison stills from its Zorah technology demo.

DLSS 5 off
DLSS 5 on
DLSS 5 OFFDLSS 5 ON
Zorah, DLSS 5 off and on. Look at the skin and the light passing through hair — detail the renderer never drew. Image: NVIDIA, source [1]
DLSS 5 off
DLSS 5 on
DLSS 5 OFFDLSS 5 ON
Same scene, second angle. Materials gain layered depth and contact shadows tighten. Image: NVIDIA, source [1]
DLSS 5 | Introducing 3D-Guided Neural Rendering
NVIDIA's own technical introduction. Watch the skin, hair and foliage passes — that is the class of detail DLSS 5 is adding.
DLSS 5 in NBA 2K27 | Inside the Dev Studio
Visual Concepts on integrating it, including the per-pixel uplift mask used on player likenesses.

The short version

Every DLSS feature until now has been a reconstruction problem: render cheaply, then use AI to work out what the expensive version would have looked like. Lower resolution up to higher resolution. Fewer frames up to more frames. Noisy ray tracing up to clean ray tracing.

DLSS 5 changes the question. Real-time budgets force studios to strip detail out of the scene itself — individual hair strands become simplified geometry, layered materials like skin lose their depth. No amount of extra rays brings that back, because the detail was never in the scene to begin with. DLSS 5 uses a generative model trained on real-world appearance to put that class of detail back at the end of the pipeline.

The obvious danger with a generative model is that it invents. NVIDIA's answer is what it calls 3D-guided neural rendering: the model is not prompted with text, it is conditioned on the engine's own rendered frame, motion vectors, and artist-set values, and it is deterministic — identical input frames produce identical output. NVIDIA describes it as a one-step pixel-space diffusion model running one frame in, one frame out, so there is no batch of future frames to smooth against and no temporal drift.Source [1], [3]

Confirmed specifications

ItemValueSource
Full nameDLSS 5 with 3D-Guided Neural Rendering[1]
First announcedMarch 2026[1]
Public releaseSeptember 3, 2026, 9:00 PM Pacific[1]
First shipping gameNBA 2K27 (Visual Concepts / 2K)[1]
Supported GPUsGeForce RTX 50 Series desktop and laptop GPUs only[1]
Older RTX cardsNot supported. NVIDIA's answer at its Gamescom briefing was “It’s RTX 50-series only.”[4]
Cloud availabilityGeForce NOW Ultimate (RTX 5080-class cloud rigs)[1]
Required driverGeForce Game Ready 616.64 WHQL or newer[2]
Maximum output resolutionUp to 4K, real time, on a single GPU[1]
In-game setting name“DLSS Neural Rendering”, under Video Settings[1]
Live toggleF9 during gameplay and replays (NBA 2K27)[1]
Developer integrationNVIDIA Streamline, or an Unreal Engine 5 plugin[1]
Relationship to other DLSS featuresOptional and independent; can run alongside Super Resolution, Multi Frame Generation and Ray Reconstruction[1]

Can your GPU run DLSS 5?

Pick the card in your machine:

SupportedSupported. This is the only hardware NVIDIA ships DLSS 5 on.

Desktop and laptop RTX 50 Series GPUs are the officially supported hardware. You still need GeForce Game Ready 616.64 WHQL or newer, and a game that has integrated DLSS 5 — today that is NBA 2K27 only. Source [1] [2]

Support is a hardware rule, not a driver setting. Nothing on this page is a recommendation to run modded libraries — they are unsupported and break on driver updates.

Where DLSS 5 sits in the stack

DLSS 5 does not replace anything. It is an optional extra stage that can run alongside the existing features, and studios choose whether to enable it. The split that matters is the last column.

FeatureIntroducedWhat it doesMode
Super ResolutionDLSS 1 / 2 (2018)Renders at a lower internal resolution and reconstructs the higher-resolution image.Reconstructs
Frame GenerationDLSS 3Inserts additional whole frames between rendered frames to raise frame rate.Reconstructs
Ray ReconstructionDLSS 3.5Replaces hand-tuned denoisers to produce cleaner ray-traced lighting.Reconstructs
Multi Frame GenerationDLSS 4Generates several frames per rendered frame on RTX 50 Series hardware.Reconstructs
3D-Guided Neural RenderingDLSS 5 (2026)Adds lighting and material detail the engine never rendered — skin subsurface scattering, light through hair and foliage, contact shadows, global illumination.Generates

NVIDIA's own framing of the scale involved: combined, the DLSS 4.5 suite can draw 23 of every 24 pixels on screen. DLSS 5 is the first member of the family that generates the final displayed appearance rather than reconstructing a more expensive reference.Source [1], [3]

Performance: NVIDIA's NBA 2K27 numbers

Ultra Preset, ray tracing on, full DLSS suite enabled including DLSS 5. These are vendor-published figures, not independent testing, and they measure the whole suite working together — they are not a measurement of what DLSS 5 costs on its own.

NBA 2K27, Ultra preset, ray tracing on, full DLSS suiteframes per second
RTX 5090
590 FPS
RTX 5080
410 FPS
RTX 5070 Ti
350 FPS
RTX 5070
260 FPS

1440p figures, published by NVIDIA. At 4K only the RTX 5090 number was given in text — 370 FPS. The other three cards appear in a chart image NVIDIA did not label, so we leave them blank instead of reading pixels.Source [1] [2]

GPU2560×14403840×2160
GeForce RTX 5090up to 590 FPSup to 370 FPS
GeForce RTX 5080up to 410 FPSnot published as text
GeForce RTX 5070 Tiup to 350 FPSnot published as text
GeForce RTX 5070up to 260 FPSnot published as text

What the numbers do not tell you

DLSS 5 is expensive. NVIDIA says that since the March announcement it has gone from needing two RTX 5090s to running on a single card — a 5× performance gain in six months — and that further model updates are expected in the autumn. That is a candid admission of where this started. Independent outlets covering the launch flagged the frame-rate cost as the open question, and modders who ran the leaked library on an RTX 4090 reported roughly a 36–39% drop in Control, with RTX 30 Series results far worse for lack of native FP8.Source [1] for NVIDIA's own figures; [4] for the modder testing, which is third-party and unverified by us

What developers get to control

The loudest criticism of the March reveal was that neural rendering would override an art director's intent. NVIDIA's response is a set of explicit controls. For players it remains a single on/off toggle.

ControlWhat it governs
Model selectionSeveral trained models with different weights. A studio can pick one per game, or mix them per scene — one for dense foliage, another for indoor drama, another for cutscenes.
Structure IntensityControls high-frequency detail: ambient occlusion, reflections, subsurface scattering.
Tone IntensityControls low-frequency response: broad lighting and colour. Set to zero, the rendered frame's colours are preserved exactly.
Semantic auto-maskingThe model recognises scene objects and can lift the environment while holding characters back, or the reverse.
Engine-level maskingArtists isolate specific props or asset groups — glassware, water droplets, foliage — and tune neural lighting on those alone.
Per-pixel uplift maskUsed by Visual Concepts on NBA 2K27 to fine-tune detail on player likenesses.

One consequence is worth spelling out for anyone judging screenshots: NVIDIA states the output is grounded in the engine's base frame, so quality scales with input quality. A path-traced input yields a dramatically more accurate result than a rasterised one. A DLSS 5 comparison shot is therefore also a comparison of what was fed into it.Source [1]

What this means for GTA 6

Nothing is confirmed, and here is exactly why

GTA 6 launches on November 19, 2026 for PlayStation 5 and Xbox Series X|S. Neither console uses NVIDIA graphics hardware, so DLSS in any version is irrelevant to the launch release. There is no discussion to be had about DLSS 5 on console.

A PC version is the only place the question could arise, and Rockstar has not announced one — no platform confirmation, no window, no system requirements. On the historical pattern, GTA V reached PC around 19 months after its console launch and Red Dead Redemption 2 around 13 months, which would put a GTA 6 PC release somewhere in 2027 or 2028. That is a pattern, not a plan, and we will not present it as one.

So the honest state of play is three unknowns stacked on top of each other: whether a PC version ships, when it ships, and whether Rockstar integrates DLSS 5 if it does. Any site publishing a "GTA 6 DLSS 5 confirmed" headline today has none of those three answers.

What can be said usefully: if a PC version does arrive and does integrate DLSS 5, the RTX 50 Series requirement is a hardware rule NVIDIA has stated flatly, and integration for the studio runs through NVIDIA Streamline, which is the same framework the rest of the DLSS suite already uses. We will update this page when Rockstar says something, and not before.Rockstar has published no statement on PC or DLSS as of September 9, 2026

See the GTA 6 launch countdown →

DLSS 5 FAQ

What is DLSS 5?

DLSS 5 is NVIDIA's 3D-Guided Neural Rendering stage, released on September 3, 2026. Unlike earlier DLSS features, which reconstruct an image the renderer could in principle have produced, DLSS 5 generates lighting and material detail the engine never rendered — subsurface scattering in skin, light passing through hair and foliage, tighter contact shadows — and applies it as the final stage of the graphics pipeline.

Which GPUs support DLSS 5?

GeForce RTX 50 Series desktop and laptop GPUs only, plus GeForce NOW Ultimate. Asked directly at a Gamescom technical briefing whether older cards would get support, NVIDIA's answer was that it is RTX 50-series only. RTX 40, 30 and 20 Series cards have no official path.

Which driver do I need for DLSS 5?

GeForce Game Ready 616.64 WHQL or newer. Without it the DLSS Neural Rendering option does not appear in game.

Which games support DLSS 5?

NBA 2K27 is the first and, at the time of writing, the only shipping title with DLSS 5. NVIDIA has said more titles will integrate it in the coming weeks and months but has not published a list.

Will GTA 6 support DLSS 5?

Unknown. Rockstar Games has not announced a PC version of GTA 6, has not given a PC release window, and has said nothing about DLSS of any version. GTA 6 launches November 19, 2026 on PlayStation 5 and Xbox Series X|S only — neither is NVIDIA hardware, so DLSS cannot apply to the console release at all. Anyone telling you GTA 6 has confirmed DLSS 5 support is making it up.

Does DLSS 5 make games run faster?

No — that is not its job, and it costs performance. Super Resolution and Multi Frame Generation are the features that raise frame rate. DLSS 5 spends frame budget to raise image fidelity. NVIDIA's published NBA 2K27 numbers are measured with the whole DLSS suite enabled together, so they show the combined result, not DLSS 5 in isolation.

Sources

RefDocumentPublisherDate
[1]NVIDIA DLSS 5 Available Now: 3D-Guided Neural Rendering Debuts In NBA 2K27NVIDIA GeForce NewsSeptember 1–3, 2026
[2]GeForce Game Ready Driver 616.64: DLSS 5 in NBA 2K27NVIDIA GeForce NewsSeptember 3, 2026
[3]DLSS 5: Generative Neural Rendering (research page)NVIDIA Applied Deep Learning ResearchSeptember 1, 2026
[4]DLSS 5 Officially Goes Live September 3 With NBA 2K27, Exclusive to RTX 50-seriesTechPowerUp (third party)September 1, 2026

GTA Toolbox is not affiliated with NVIDIA, Rockstar Games or 2K. The comparison stills on this page are NVIDIA's own published DLSS 5 assets, reproduced at reduced resolution for editorial comparison and credited to NVIDIA; videos are embedded from NVIDIA's official YouTube channel and are not re-hosted. We will remove any asset on request from the rights holder. Spotted an error?contact@gtatoolbox.com — tell us what is wrong and where you saw the correct figure.