NVIDIA currently describes DLSS 5’s 3D-Guided Neural Rendering on GeForce RTX 50 Series hardware. RTX 20, 30, and 40 GPUs still support earlier DLSS features, but that does not make them DLSS 5 cards. The table below separates those cases so you can check the hardware before looking at individual games.
A “Needs verification” label means that the available public information is not enough to call the result confirmed. It does not prove that the GPU is incompatible. Hardware details come from product specifications; DLSS 5 and game support still depend on a dated announcement or a reproducible test.
GPU models and support status
Memory figures come from product specifications. The DLSS 5 column describes the feature scope that NVIDIA has publicly documented; game support and available modes can still vary by title.
| GPU family / models covered | Version | Memory examples | DLSS 5 status | Specific features | Driver condition | Target resolution | Ray-tracing limit | Known issue | Evidence | Verified |
|---|---|---|---|---|---|---|---|---|---|---|
| RTX 50 Series desktop: 5090, 5080, 5070 Ti, 5070 | Desktop | 12–32 GB | Officially in scope | 3D-Guided Neural Rendering; Super Resolution; Ray Reconstruction; Frame Generation; Multi Frame Generation where the game exposes it | Latest Game Ready driver; game-specific DLSS 5 support still required | 1440p–4K, workload dependent | Path-traced workloads can remain GPU-bound | Laptop/board power limits and game integration vary | NVIDIA DLSS technology page; product specifications | 2026-09-05 |
| RTX 50 Series Laptop GPU: 5090, 5080, 5070 Ti, 5070 | Laptop | 8–24 GB | Officially in scope | Same feature family as desktop RTX 50; exact modes depend on the game and OEM power profile | Latest OEM-validated Game Ready driver; keep NVIDIA App/OEM package current | 1080p–4K, power dependent | Laptop TGP and cooling can reduce sustained performance | OEM BIOS, TGP, and mux mode affect results | NVIDIA DLSS technology page; product specifications | 2026-09-05 |
| RTX 40 Series: 4090 through 4060 | Desktop / Laptop | 8–24 GB | Not DLSS 5 3D-Guided Rendering | Super Resolution; Ray Reconstruction; Frame Generation; DLAA in supported games; no NVIDIA public claim for DLSS 5 3D-Guided Rendering | Latest Game Ready driver; DLSS 5-specific support is not established for this family | 1080p–4K, model and game dependent | Frame Generation does not remove the base-rendering cost of ray tracing | Do not label earlier DLSS support as DLSS 5 | NVIDIA DLSS feature matrix and RTX 40 specifications | 2026-09-05 |
| RTX 30/20 Series: 3090 Ti through 2060 | Desktop / Laptop | 6–24 GB | Not DLSS 5 3D-Guided Rendering | Super Resolution; Ray Reconstruction on supported RTX paths; DLAA in supported games; no Frame Generation on the original DLSS path; no NVIDIA public claim for DLSS 5 3D-Guided Rendering | Latest Game Ready driver; NVIDIA’s public DLSS baseline is driver 512.15 or newer, but this does not add DLSS 5 | 1080p–4K, model and game dependent | Memory, RT cores, and older architecture can limit RT workloads | DLSS version support differs by game; verify the actual feature menu | NVIDIA DLSS feature matrix and RTX 20/30 specifications | 2026-09-05 |
Game compatibility matrix
Game support depends on the title, platform, and build. A general “DLSS supported” label is not enough to confirm DLSS 5, so the matrix only lists a game when there is a specific public reference to check.
| Game | Platform | Game version | DLSS 5 status | Supported GPUs | Specific feature | Driver condition | Known limit | Evidence | Verified |
|---|---|---|---|---|---|---|---|---|---|
| NBA 2K27 | PC | NVIDIA showcase; release/build not independently checked | Announced, not verified | RTX 50 Series path shown by NVIDIA; exact modes and release build need checking | Latest Game Ready driver plus the game update specified by 2K/NVIDIA | Depends on the final PC build | Official showcase is not a reproducible retail test | Need retail build, settings, driver, and image-quality test | NVIDIA DLSS technology page |
Why “supports DLSS” is not precise enough
GPU pages often use “supports DLSS” as an umbrella phrase. It may refer to reconstruction, frame generation, ray reconstruction, or another independent capability. Hardware is only the first layer; the game integration, driver path, public build, and measured behavior decide what the player can actually use.
These statements are not interchangeable:
- Tensor hardware does not automatically certify DLSS 5 compatibility.
- Older DLSS support does not prove full DLSS 5 support.
- A game announcement is not the same as a public release test.
- A visible toggle does not prove acceptable image quality, frame time, or latency.
- Higher average FPS does not prove stable motion quality.
How to label support
Confirmed
The strongest entries are the ones where the official statement, public build, and reproducible test all agree. The table records the feature, game version, driver version, and date checked when those details are available.
Partial
Only a defined feature, mode, platform, or GPU path works. Do not expand partial support into a full-support claim.
Announced, not verified
The developer or vendor has made a public statement, but the released build, current driver, or actual behavior is not verified.
Needs verification
Evidence is incomplete, contradictory, or stale. This is more accurate than guessing “supported” or “unsupported.”
Sources and update record
- Official specifications: GPU model, memory, and public hardware information.
- NVIDIA DLSS technology page: current DLSS 5 feature scope and names, https://www.nvidia.com/en-us/geforce/technologies/dlss/.
- Driver requirement: NVIDIA has not published a separate DLSS 5 minimum driver version in the material used here. Install the latest Game Ready driver and check the game’s release notes for any title-specific minimum.
- Independent tests: image quality, frame-time, and latency claims need the GPU, driver, game version, resolution, and settings.
- Verification date: September 5, 2026.
When evidence changes, update GPU status, game matrix, driver conditions, and known limits before revising the explanatory text.