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Start with the upscaler designed for your graphics card: use DLSS Super Resolution on a GeForce RTX GPU, AMD FSR Upscaling on supported Radeon RX hardware, or XeSS on Intel Arc. Then check the game itself: if another available option produces a cleaner, steadier image in motion, choose that instead. There is no evidence-backed universal image-quality winner across every game. AMD now calls its FSR 4 ML upscaler AMD FSR Upscaling; the older FSR 4 name still appears in discussions and refers to the same current lineage.
At a glance
| Name | Best for | Key spec | Platforms | Checked |
|---|---|---|---|---|
| DLSS 4 Super Resolution | GeForce RTX owners | Super Resolution is supported across RTX 20, 30, 40, and 50 Series | GeForce RTX | Nov 2026 |
| AMD FSR Upscaling (FSR 4) | Supported Radeon RX owners | ML-based upscaling is documented for RX 6000, RX 7000, and RX 9000 Series | Radeon RX; selected Ryzen AI processors | Nov 2026 |
| XeSS | Intel Arc owners, or players needing a cross-vendor option | Arc-optimized path plus an HLSL cross-vendor path for GPUs supporting Shader Model 6.4 | Intel Arc and supported non-Arc GPUs | Nov 2026 |
Which upscaler should you use for your graphics card?
Use the matching vendor’s option as your starting point, not as a guarantee that it will look best in every title. The game’s implementation can affect detail, ghosting, shimmer, and interface rendering enough to make a different option preferable.
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| Your GPU | Start with | Why | What to check |
|---|---|---|---|
| GeForce RTX 20, 30, 40, or 50 Series | DLSS Super Resolution | NVIDIA lists Super Resolution support across these RTX generations. | Frame Generation features have narrower generation requirements than Super Resolution. |
| Radeon RX 6000, 7000, or 9000 Series | AMD FSR Upscaling | AMD documents its current ML-based upscaler for these Radeon families. | Check whether the title includes a native integration or qualifies for AMD Software’s DLL replacement route. |
| Intel Arc | XeSS | Intel provides an Arc-optimized XeSS implementation. | If the game offers other upscalers, compare the actual image in that title rather than assuming one is always cleaner. |
| Mixed, older, or non-native hardware | The best-supported option listed in the game | XeSS has a cross-vendor path, and earlier FSR generations have broader support than current ML-based FSR Upscaling. | Read the game’s own requirements: availability depends on the implementation and GPU support, not just the upscaler’s name. |
“Native” here means the option most closely aligned with the GPU’s ecosystem and supported path. It does not mean that the other options are necessarily unavailable, nor that the native one must win on image quality. Treat the table as a sensible first selection, then make a title-specific judgment.
What do FSR 4, DLSS 4, and XeSS actually do?
All three can reconstruct a higher-resolution image from a lower-resolution rendered frame, but their hardware paths and surrounding features differ. That distinction matters when choosing a setting: image reconstruction is not the same function as generating extra frames.
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AMD FSR Upscaling: the current name for FSR 4
AMD’s ML-powered FSR Upscaling reconstructs a higher-resolution image from a lower-resolution frame. AMD and GPUOpen describe improvements over FSR 3.1 in temporal stability, particle detail, ghosting reduction, and fine detail. These are vendor-described aims, not a shared head-to-head result proving that FSR is better than DLSS or XeSS in a particular game.
AMD’s current terminology is FSR Upscaling, which distinguishes the upscaler within the larger FSR “Redstone” suite. That explains why a game, article, or settings menu may still call it FSR 4 while current AMD material uses FSR Upscaling. AMD’s SDK page identifies version 4.1.2; an October 2026 update added FSR Upscaling 4.1 support for Radeon RX 6000 Series discrete GPUs and selected Ryzen AI processors, and brought Vulkan feature parity with DirectX 12.
AMD lists Native AA, Quality, Balanced, Performance, and optional Ultra Performance modes. These labels describe preset choices, not a promise that every game will have the same output at a given setting. The game’s motion vectors, depth information, camera-jitter handling, interface treatment, and overall integration affect the result.
NVIDIA DLSS 4: a suite, not one toggle
DLSS includes several distinct technologies. Super Resolution reconstructs the image; Frame Generation inserts generated frames; Multi Frame Generation inserts multiple generated frames on supported hardware. Ray Reconstruction and DLAA are related DLSS features, but they are not alternative names for Super Resolution.
NVIDIA lists DLSS Super Resolution for GeForce RTX 20, 30, 40, and 50 Series cards. Frame Generation support is limited to RTX 40 and RTX 50 Series, while the DLSS 4 Multi Frame Generation feature described by NVIDIA is specific to RTX 50 Series. So an RTX 20 or 30 owner can use DLSS Super Resolution in supported games without having the newer frame-generation features.
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The NVIDIA App can update supported games with newer DLSS models and overrides. NVIDIA documents Transformer-model upgrades for Super Resolution, Ray Reconstruction, and DLAA across RTX hardware; Multi Frame Generation overrides remain tied to RTX 50 Series. As of November 2026, NVIDIA’s current page also uses DLSS 4.5 terminology, including Dynamic Multi Frame Generation. That newer naming does not change the hardware distinction in the DLSS 4 comparison above.
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Intel XeSS: an Arc path and a cross-vendor path
Intel documents an implementation optimized for Arc graphics and an HLSL-based cross-vendor implementation that can run on GPUs supporting Shader Model 6.4. Intel recommends DP4a or equivalent hardware acceleration. XeSS is therefore not Intel-only at the API level, but the existence of a cross-vendor path does not make its speed or image quality identical on every GPU.
Performance can differ between the Arc-optimized and cross-vendor paths, and the game’s integration remains important. Where a title exposes XeSS on non-Arc hardware, treat that as a real option to evaluate—not proof that it will match the Arc path or another vendor’s implementation.
How do image quality and game integration affect the choice?
Look at the reconstructed image while it is moving, not just at a still frame or a mode label. The relevant question is whether the game’s chosen implementation preserves the detail you care about without distracting instability or artifacts.
- Fine detail and thin geometry: Inspect wires, fences, fine edges, and distant structures for softness or instability, especially during camera movement.
- Foliage and particles: Leaves, grass, smoke, sparks, and other small or changing details can reveal reconstruction differences that are hard to see in a static scene.
- Ghosting and shimmer: Watch moving objects and high-contrast edges. Persistent trails or flicker can make an otherwise sharp setting less comfortable to use.
- Interface and text: Check subtitles, small lettering, HUD elements, and menus. A game can handle the 3D scene well but treat interface elements differently.
- Motion data and integration: Upscalers rely on information supplied by the game, including motion vectors and depth. Camera-jitter handling and the quality of that integration influence the output.
These are comparison criteria, not a claim that one brand consistently handles each category best. Vendor descriptions identify relevant quality goals, but they do not amount to a common benchmark across the same games, GPUs, resolutions, and presets. A well-integrated option can be the better choice even when another option has a newer version number.
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How should you choose Quality, Balanced, or Performance?
Begin at Quality if detail preservation is the priority, then move to Balanced or Performance only if you need the additional rendering headroom. The lower the input resolution, the more carefully you should inspect fine detail and motion in the specific game.
- Choose the reconstruction option first. Start with DLSS on RTX, FSR Upscaling on supported Radeon hardware, or XeSS on Arc, unless the game gives you a reason to prefer another option.
- Set Quality at 1080p or 1440p. This is a useful starting point when you want to preserve detail. It is not a guarantee of the best-looking result in every game.
- Try Balanced if you still need more performance. Compare moving scenes, foliage, particles, distant text, and fine geometry, rather than judging only by the frame-rate counter.
- Use Performance when the workload calls for more input-resolution reduction. This can be reasonable when chasing a required frame rate or managing a demanding ray-tracing workload, but check for softness and instability.
- At 4K, compare Balanced and Performance when native rendering or heavy ray tracing is too expensive. Inspect the same kinds of fine detail and motion, and choose the least aggressive setting that meets your performance need.
- Evaluate frame generation separately. First decide whether the base rendered frame rate and image are satisfactory; then assess generated-frame smoothness and responsiveness on their own.
Do not use the displayed FPS number as the only criterion. Frame generation can increase the number of displayed frames without being equivalent to rendering those frames conventionally, and a higher displayed rate does not automatically mean lower latency. Compare responsiveness and visible artifacts separately from the counter.
How are frame generation and upscaling different?
Upscaling reconstructs a higher-resolution image from a lower-resolution rendered frame; frame generation inserts additional frames between traditionally rendered frames. They address different parts of the experience and have different hardware eligibility.
That is why “DLSS works on my RTX card” does not tell you whether Frame Generation or Multi Frame Generation is available: Super Resolution covers RTX 20 through 50 Series, while Frame Generation is for RTX 40 and 50 Series and Multi Frame Generation in the cited DLSS 4 feature split is for RTX 50 Series. Keep the base rendering performance in view when considering generated frames. The generated output should not be treated as a substitute for having a sufficiently responsive base experience.
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NVIDIA’s 2025 Blackwell/DLSS 4 material says its Multi Frame Generation approach can generate up to three additional frames per traditionally rendered frame; NVIDIA also reports a 40% faster frame-generation model and 30% less VRAM for that generation method. These are NVIDIA’s figures for its Blackwell/DLSS 4 technology, not independent cross-vendor comparisons or results that can be applied to AMD and Intel.
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Can you update an upscaler if the game does not offer it?
Sometimes, but the available route depends on the vendor, game, and integration requirements. An update mechanism is not a universal way to add any upscaler to any title.
AMD: conditional DLL replacement
AMD documents an AMD Software DLL-replacement path for some games using FSR 3.1 or newer. It can enable ML-based upscaling only when the specific game and its integration meet AMD’s documented requirements. If the title does not qualify, do not assume that installing an update will add the option.
NVIDIA: model and override updates through the NVIDIA App
The NVIDIA App can provide newer DLSS models and overrides for supported games. The supported hardware depends on the feature being updated: NVIDIA documents Transformer-model upgrades for Super Resolution, Ray Reconstruction, and DLAA across RTX hardware, while Multi Frame Generation overrides are for RTX 50 Series.
For either route, verify the game and feature eligibility before changing anything. A vendor tool can update supported components, but it cannot guarantee that a particular game’s interface, motion data, or implementation will produce a better result after the change.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What performance figures are available—and what do they prove?
Published figures are useful only with their source and conditions attached. The figures below describe vendor claims or examples; they do not rank the three technologies on a common test system.
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| Source and date | Published figure | What it applies to |
|---|---|---|
| NVIDIA, 2025 | Up to three additional frames per traditionally rendered frame; a 40% faster frame-generation model; 30% less VRAM for that generation method | NVIDIA’s Blackwell/DLSS 4 frame-generation material, not a cross-vendor benchmark. |
| AMD, 2026 | Approximately 3.0 ms at 2560×1440 and approximately 1.7 ms at 1920×1080 | AMD’s published FSR Upscaling example timings on a Ryzen AI Max+ 395 with Radeon 8060S; these are vendor measurements on that hardware. |
The AMD timings cannot be transferred to an NVIDIA or Intel GPU, and NVIDIA’s feature figures are not an independent comparison against FSR or XeSS. No shared controlled statistic establishes a universal ranking for FSR, DLSS, and XeSS on the same hardware, in the same game, at the same resolution and preset.
What is the practical decision rule?
Use compatibility to narrow the choices, image quality in the game to make the final selection, and the actual performance need to set the mode. On RTX, begin with DLSS Super Resolution; on supported Radeon RX hardware, begin with AMD FSR Upscaling; on Intel Arc, begin with XeSS. If one option produces more ghosting, shimmer, softness, or interface problems in a particular title, choose the clearest stable alternative the game supports.
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Is DLAA the same thing as DLSS Super Resolution?
No. DLAA is a related DLSS feature for anti-aliasing at native rendering resolution, rather than reconstructing an image from a lower-resolution input. It can be useful when you do not want upscaling, provided the game offers it and your RTX hardware supports the feature.
Does the upscaler mode name guarantee a particular output resolution?
No universal output guarantee follows from a preset name alone. The game’s integration and the resolution and options it exposes determine how that label is applied, so check the title’s own settings and requirements.
Why might a game update change how an upscaler looks?
The game’s implementation can change alongside its own updates, including how it supplies motion and depth information or handles interface elements. If an update changes the image, recheck the available options and settings in that title rather than assuming the upscaler’s name alone explains the difference.
