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There is no reliable universal “best settings” preset for this fantasy RPG because the game has not been identified. The safest approach is to start from the game’s existing preset, replay the same demanding scene, and change one setting at a time—after noting your game build, CPU, GPU, RAM, display resolution and desired frame rate. This is a conditional tuning guide, not a game-specific preset: no particular menu labels, recommended PC specifications, supported upscaler or FPS result can be verified for the unnamed title.
Which PC settings should I test first?
Start with a repeatable baseline rather than applying a list of supposedly optimal settings. A change is useful only if it addresses the problem you see—such as persistently low rendering throughput, intermittent hitching, distracting tearing or sluggish controls—without creating a worse visual or responsiveness trade-off.
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Write down the game’s displayed version or build, your CPU and GPU models, installed RAM, display resolution, current preset and target frame rate. Pick a demanding scene you can revisit, such as a busy combat encounter or a detailed area, and note whether the problem is steady or intermittent. If your available tools show FPS or frame timing, record those observations under the same conditions; treat them as a comparison for your own system, not as a published benchmark.
Use the game’s own preset as the starting point. Replay the same scene, then change one option and repeat it. Keep the change only if it improves the issue you care about and does not introduce unacceptable image degradation, artifacts or control delay. Change one option at a time so you can identify what helped; if several settings change together, the cause of any difference is unclear.
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This measurement-first approach is consistent with NVIDIA’s guidance to distinguish game latency from render latency, while AMD documents per-game driver profiles. The exact profile controls and labels depend on the driver and game; do not assume a generic setting has the same effect in every title.
Identify what “not smooth” means
- Low FPS most of the time: The game is consistently producing frames more slowly than you want. First determine whether the rendering workload is the constraint before considering lower visual settings, resolution or hardware.
- Brief hitches: The game may feel uneven even when its usual FPS seems acceptable. Note when the hitch occurs and whether it repeats in the same scene; a single average FPS number can conceal interruptions.
- Input feels delayed: A displayed FPS number does not by itself establish how responsive controls feel. Compare responsiveness as well as frame counts, especially when frame generation is available.
- Tearing or uneven presentation: This is a display-synchronization question, not proof that the GPU needs an upgrade. Compare the game’s available presentation modes and your display’s variable refresh rate support.
How can I tell whether the GPU is the bottleneck?
Look for evidence that rendering workload is limiting performance before reducing graphics quality or buying hardware. A high render latency points to a different problem than high game latency, and the remedy should match the measurement rather than the symptom’s label.
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Compare the same scene under controlled changes
Lower the resolution temporarily or reduce one visually demanding option that the actual game menu exposes, then replay the same scene. If the change improves the persistent performance problem, the rendering workload may be part of the constraint. If it makes little meaningful difference, avoid treating every hitch or input delay as a GPU problem; investigate the pattern and the other latency source instead.
Shadows, reflections, effects and anti-aliasing are examples of options a player may be able to test, not a verified ranking of this RPG’s settings. The game may not expose all of them, and their performance impact varies by title and implementation. AMD describes an image-quality and FPS trade-off for anti-aliasing, but no game-specific percentage or setting impact is established here.
Do not infer a precise bottleneck from one counter. In particular, a game-latency issue is not the same as a render-latency issue; NVIDIA’s system-latency guide explains that distinction. If you cannot identify which part of the pipeline is limiting play, keep the changes reversible and avoid purchasing hardware on the basis of a vague “low FPS” diagnosis alone.
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Should I lower resolution or use an upscaler?
Compare native rendering with an upscaler only after confirming that the game supports one and identifying which version it implements. Lowering the rendering workload can change image quality, and no uplift is guaranteed for this unidentified game.
Native resolution versus supported upscaling
At native resolution, the game renders at the display’s output resolution. An upscaler renders at a lower internal resolution and reconstructs an output image; depending on the implementation and mode, that can trade some image detail or introduce visible artifacts for a lighter rendering workload. Inspect fine detail, motion and edges in a scene you recognize rather than choosing a mode solely because its name sounds higher quality.
First check the game’s own graphics menu or its official feature information for the actual supported technology and version. AMD’s FSR documentation distinguishes feature generations, compatible hardware and developer integration; support for an FSR feature in some games does not establish support in this RPG. Availability and activation can depend on the game’s implementation, and a driver feature listing is not proof that a particular title includes it.
If an upscaler is present, compare its available quality modes in the same scene, at the same output resolution. Keep the mode that gives an acceptable image and smoother play on your system. If image quality becomes distracting or the underlying issue remains, return to native rendering or another available mode; there is no verified game-specific best mode to prescribe.
When should I use frame generation?
Consider frame generation separately from upscaling: it can increase the number of frames displayed without making the game’s underlying rendered response equivalent to that higher displayed count. Compare perceived responsiveness and image artifacts as well as the FPS number.
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For the specific DLSS Frame Generation integration documented in NVIDIA’s Streamline guide, NVIDIA lists an RTX 40 Series GPU and Windows hardware-accelerated GPU scheduling among the prerequisites. That SDK documentation describes its cited implementation; it should not be read as a complete statement about every later implementation, every game, or this unnamed RPG. Confirm the game’s own feature support and requirements before expecting a toggle to appear.
NVIDIA also warns that an in-game FPS counter can differ from an external count of presented frames. A larger displayed number therefore does not, on its own, show that controls respond faster or that motion looks clean. Compare the game’s responsiveness and watch for visual artifacts while using the same scene; turn the feature off if the trade-off makes play feel worse.
Should I turn V-Sync off?
Not automatically. V-Sync, tearing, input latency and variable refresh rate involve different trade-offs, so compare the presentation options available in the actual game rather than following a universal “disable V-Sync” rule.
V-Sync can address tearing, while its latency trade-off may matter to players who prioritize immediate control response. A compatible variable-refresh-rate display can avoid tearing below its refresh rate, according to NVIDIA’s explanation of G-SYNC. That can affect presentation smoothness; it cannot make the game render frames that the GPU has not produced.
Try the game’s available synchronization and display modes, then compare tearing and control response in the same scene. If you are considering a G-SYNC-compatible monitor, verify the specific monitor and GPU combination rather than assuming compatibility from a product category alone. The cited NVIDIA guide includes an older fullscreen recommendation, not a current benchmark showing that fullscreen is always faster on every Windows version or game.
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What should I check if stutter persists?
First distinguish an intermittent hitch from consistently low rendering throughput. A steady reduction in visual settings may help a confirmed rendering limit, but it is not a general fix for every pause or uneven frame.
Check the driver profile and shader behavior
Review the driver’s settings for the individual game, if a per-game profile is available, and note any changes you make so they can be reversed. AMD explains that shader cache stores frequently used shaders to avoid repeatedly compiling them. That makes shader compilation and cache behavior relevant when investigating hitching, but it does not establish that deleting a cache—or installing a third-party cleaner—will fix this RPG.
Observe whether a hitch repeats in the same place or appears at different times, and whether it coincides with a change in the scene. Keep other settings fixed while you compare. If the problem remains, avoid claiming a single cause without evidence; the available information does not establish a game-specific fix, cache procedure or driver setting for this title.
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Do not confuse presentation changes with rendering fixes
Changing fullscreen mode, synchronization or a display feature can affect how frames are presented, but the cited material does not establish that exclusive fullscreen fixes every hitch. Likewise, a compatible VRR display can improve presentation behavior without increasing the game’s rendered throughput. Diagnose the symptom before treating a display change as a performance repair.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.When is a hardware upgrade justified?
Consider hardware only after a measured limitation remains and lower-cost, reversible settings changes do not meet your needs. A GPU purchase can address a GPU rendering constraint; it is not a universal cure for game latency, intermittent hitching or display tearing.
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NVIDIA’s system-latency guide notes, “There is only so much optimization you can do in software.” That is a useful reminder that a confirmed hardware limit may remain after tuning—not evidence that every player needs a new graphics card. Before buying, verify the game’s official requirements once its identity and PC build are known, check compatibility with the rest of the system, and establish which component is limiting the experience.
The AMD Radeon RX 9060 XT 16GB is an actual graphics-card model, but there is no evidence here for how it performs in this unnamed RPG or whether it is appropriate for a particular player’s PC. Treat it only as a possible upgrade to assess after a GPU bottleneck is established—not as a recommended or guaranteed fix.
How do the main tuning choices compare?
Each option solves a different potential problem. Use the table to choose a comparison that matches what you have observed, then change one variable at a time.
| Choice | Potential benefit | Trade-off or limit | What to verify |
|---|---|---|---|
| Native resolution | Uses the display’s output resolution for rendering. | May leave a heavier rendering workload than a lower internal resolution. | Whether sustained rendering throughput is the issue. |
| Supported upscaling | May reduce the rendering workload while reconstructing an output image. | Image detail or artifacts can differ; support and versions vary by game. | That this game implements the feature, which version it uses and what modes its menu offers. |
| Lower a visual setting | Can test whether a particular graphics workload contributes to the problem. | Image quality changes, and the effect is game-specific. | That the setting exists and whether the same scene improves after changing only it. |
| Frame generation on | Can increase displayed frame counts in a supported implementation. | Displayed frames are not the same as underlying rendered response; artifacts or responsiveness may be unacceptable. | Game support, implementation prerequisites, visual quality and control feel—not only the FPS counter. |
| V-Sync or VRR adjustment | Can address tearing or affect presentation smoothness. | Latency preferences and display compatibility matter; VRR does not create rendered frames. | The actual game modes and the specific monitor/GPU compatibility. |
| Hardware upgrade | May address a confirmed component limit. | Costs money and will not necessarily resolve a different bottleneck or intermittent hitch. | A measured limitation, official game requirements and system compatibility. |
What is known—and not known—about this RPG?
The game’s title is not included in the assignment, and no unique official match has been established. Fantasy games are separate products with their own feature support; AMD’s supported-games and FSR material cannot identify which one the title means.
Accordingly, no game-specific PC requirements, settings menu labels, supported upscaler, developer-recommended preset, FPS benchmark or performance result can be responsibly supplied here. Those facts are necessary before turning this method into a title-specific settings guide. Until then, use only settings and features confirmed in the game you own, and treat every change as a system-specific comparison rather than a guaranteed prescription.
How to tune the game without losing track of what helped
- Identify the build and system. Note the game version, CPU, GPU, installed RAM, display resolution and desired frame rate. Use the exact game’s official PC requirements and feature information once the title is known.
- Choose a repeatable scene. Use the same demanding area or encounter for every comparison. Record whether the issue is persistent low FPS, intermittent hitching, input delay or tearing.
- Start from the current preset. Record its name and any existing changes. Observe the scene before editing anything, including frame timing or FPS if your tools expose them.
- Test one change. If a GPU rendering limit is plausible, try one lower resolution, confirmed upscaler mode or available visual option. If the issue is presentation-related, compare synchronization options instead.
- Replay and assess both costs and benefits. Compare the same scene for performance, image quality, artifacts, tearing and responsiveness. Do not select a frame-generation mode on the displayed counter alone.
- Keep or revert, then proceed. Retain a change only if it helps the symptom without an unacceptable trade-off. Restore the baseline before testing another variable, and avoid a hardware purchase until the limitation and compatibility are established.
Frequently Asked Questions
Does AMD’s advertised FSR performance figure predict how this RPG will run?
No. AMD’s page reports a vendor-measured 3.5× average FPS result from November 2025 for FSR Redstone on an RX 9070 XT across AMD’s specified game mix, comparing 4K native with Performance-mode upscaling plus frame generation. It concerns other games and includes generated frames, so it is not an expected uplift for this title.
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No. Support depends on the individual game and its implementation; the genre does not establish that a graphics feature is present. Check the exact game’s feature information or graphics menu rather than inferring support from another fantasy title.
Why might the in-game FPS number differ from another counter when frame generation is enabled?
Counters may count different stages of frame production: NVIDIA’s Streamline documentation warns that the in-game count can differ from externally presented-frame counts. Use a counter as context, not as a substitute for judging control response and image quality.
