Phantom Blade Zero DLSS and Frame Generation Setup

Updated 5 November 2026 · Standard formula, shown below

To enable DLSS or frame generation in Phantom Blade Zero, first check whether the game’s current PC release exposes those options; availability can depend on the released build and graphics card. If the settings are present, enable DLSS in the game’s graphics menu, then turn on frame generation separately and tune ray tracing only after checking performance and image quality.

Check What the Current Build Supports

Phantom Blade Zero has been promoted as a high-fidelity action game, but promotional material and announcements are not a reliable substitute for the options in the version you can actually launch. Features can change between previews, demos, and a final PC release. Do not assume that a menu item, a specific DLSS generation, or a frame-generation mode exists simply because it appears in a video or in advice written for another game.

Start by checking the game’s official PC system requirements, update notes, and in-game graphics menu. If you are playing a demo or preview build, its options may differ from a later release. Also confirm that your graphics driver is current and that your GPU supports the particular feature you want: DLSS Super Resolution and DLSS Frame Generation have different hardware requirements, and support varies by GPU generation.

If you cannot find an option, do not try to force it with unofficial configuration edits. The feature may not be supported by that build, may require a compatible GPU, or may be listed under a different rendering menu. Use the game’s own settings and official updates as the source of truth.

Enable DLSS and Frame Generation

Once the game offers the options, configure them in this order. Menu labels may vary, so look for equivalent terms such as Upscaling, Super Resolution, or Frame Generation.

Open the game’s Settings or Options, then choose Graphics or Display.
Set the display resolution to the resolution you intend to play at, and select the desired display mode. Use the monitor’s native resolution unless you have a specific reason not to.
Find the upscaling option and choose NVIDIA DLSS if it is available. Choose a quality mode such as Quality, Balanced, or Performance from the options actually shown.
If the game provides a separate Frame Generation switch, enable it only after confirming that your GPU supports it. Apply the change and restart the game if it asks you to.
Run a demanding scene or built-in benchmark, if available. Compare smoothness, clarity, latency, and frame rate rather than judging from a quiet menu.

DLSS Super Resolution renders the game internally at a lower resolution and reconstructs an image closer to the chosen output resolution. Frame generation is a separate feature: it creates additional displayed frames between conventionally rendered frames. Turning on one does not necessarily turn on the other, and frame generation does not make the game’s underlying simulation run at the generated frame rate.

Choose a DLSS Mode for Your Display

Quality modes generally favor detail, while Performance modes use a lower internal rendering resolution to reduce GPU work. Balanced sits between those priorities. The best choice depends on output resolution, GPU headroom, and how well the game’s implementation handles fine detail and motion.

Start with Quality at 1440p or 4K if performance is already close to your target. It is usually the sensible first comparison when image detail matters.
Try Balanced if demanding scenes cause dips and Quality does not provide enough relief. Check thin lines, hair, particles, and distant edges while moving the camera.
Use Performance selectively when the GPU is the limiting factor and you need a substantial rendering workload reduction. At lower output resolutions, the softer image may be more noticeable.

These are starting points, not guarantees. A fast GPU at 1080p may be limited by the processor rather than the rendering workload, so changing the DLSS mode might barely improve frame rate. Conversely, heavy ray tracing at a high resolution can make upscaling more useful. Change one setting at a time and compare the same scene.

Frame Generation, Latency, and VRR

Frame generation can make motion appear smoother when the game already has a stable, reasonably high base frame rate. It is less useful as a cure for severe stutter or a low underlying frame rate: generated frames do not replace the responsiveness of frames rendered by the game. Fast action makes this distinction important because controls can still feel less responsive than the displayed frame count suggests.

If the game offers NVIDIA Reflex or a similar latency-reduction setting, follow its in-game guidance when using frame generation. Reflex is designed to reduce render-queue latency; it is not the same feature as DLSS or frame generation. A variable refresh rate (VRR) monitor can also help smooth fluctuations within its supported range, but it cannot fix every pacing or latency problem. Avoid stacking frame generation with other frame-interpolation tools unless the game or hardware vendor specifically documents that combination.

For a fair test, note the base frame rate with frame generation off, then enable it and assess both the displayed rate and input response. If the image develops artifacts around fast-moving objects or interface elements, disable frame generation and compare again. Those trade-offs vary by game implementation and scene.

Tune Ray Tracing and Other RTX Settings

RTX is an umbrella term for NVIDIA graphics features, not one universal setting. Ray tracing, DLSS upscaling, frame generation, and Reflex do different jobs. If Phantom Blade Zero’s PC menu includes ray-tracing controls, treat them as a separate quality-versus-performance decision rather than assuming that enabling DLSS automatically enables ray tracing.

Begin with ray tracing off or at a lower setting, then compare the game’s lighting, reflections, or shadows with it enabled.
If the visual improvement matters to you but performance falls too far, reduce ray-tracing quality before lowering every other graphics option.
Use the game’s own presets as a baseline, then adjust texture quality, shadows, and effects individually. Texture quality can also depend on available video memory, so avoid choosing it solely from the frame-rate result.
Keep resolution, display mode, and upscaling mode consistent during comparisons. Otherwise, it is difficult to tell which change caused a difference.

Do not assume that a setting called “RTX” means the same thing in every title. If ray tracing is absent from the menu, the game may not expose it in that build. A compatible NVIDIA GPU alone cannot add a feature that the game does not implement.

Fix Missing Options or Poor Performance

If DLSS or frame generation is missing, first install available game and graphics-driver updates, then check the GPU model and the game’s documented requirements. Make sure the game is using the intended graphics processor on a system with more than one GPU. Restart after updates, and inspect the graphics menu again. If a feature remains absent, treat it as unsupported until the developer documents otherwise.

If performance is disappointing, check whether the game is GPU-limited or CPU-limited using a reputable performance overlay or the game’s own statistics. Reduce GPU-heavy options such as ray tracing or render resolution when the GPU is saturated. If the GPU is not fully occupied, lowering resolution may have little effect; close unnecessary background workloads and check for a frame-rate cap or sync setting instead.

For visual glitches after changing settings, restore the last stable option, restart the game, and test one feature at a time. Avoid downloading replacement DLL files or unofficial “DLSS enablers”: these can create stability, compatibility, or security problems and cannot reliably add native game support.

Frequently Asked Questions

Does Phantom Blade Zero support DLSS?
Check the graphics menu and official PC information for the exact version you are playing. Support should not be assumed from previews or from another game’s settings.

How do I turn on frame generation?
If the current build supports it on your GPU, open Settings, then Graphics or Display, enable the separate Frame Generation option, and restart if prompted.

Can I use DLSS without frame generation?
Yes, when the game offers DLSS Super Resolution independently. Upscaling and frame generation are separate features; you can use an upscaling mode without generated frames.

Which DLSS mode should I use?
Start with Quality, compare Balanced if you need more performance, and use Performance when the extra GPU relief is worth the image-quality trade-off. Test in the resolution and scenes you actually play.

Does frame generation improve input response?
Not in the same way as increasing the game’s base frame rate. It can raise displayed smoothness, but generated frames do not represent additional game-simulation updates, so responsiveness may not match the displayed rate.

Why is ray tracing missing from my settings?
The current game build may not expose ray tracing, or your hardware and configuration may not meet its requirements. Check official documentation and the in-game menu rather than trying to force the option.

Method: the standard formula for this calculation, rounded as each result states. See how the calculators work or report an error.