More frames do not have to mean turning every setting to Low. Find the demanding options, use supported upscaling carefully, and compare changes with a repeatable test before settling on a PC game profile.

SECTION 01

Measure a real gameplay moment first

Before changing settings, record a baseline in the same game area, resolution, and scene. A built-in benchmark is useful when available; otherwise repeat a short route with similar camera movement and effects. Note average frame rate and, if your tool provides it, frame-time consistency. A high average can still feel rough when frames arrive unevenly, so do not judge performance from one busy menu or one lucky run.

Check whether the game is limited by the graphics card, processor, memory, or temperature. Overlay tools from your GPU maker or the game can show utilization, clocks, and temperature. If the GPU is fully occupied, graphics settings may help; if one CPU thread is saturated or the system is overheating, lowering texture detail may change very little. Diagnose before applying a random optimization checklist.

Make the test repeatable

Write down your current resolution, preset, frame cap, and upscaling mode before making changes. Use the same save point or benchmark and repeat it after each adjustment. Online matches are poor benchmarks because player activity, network latency, and map conditions change. A stable single-player scene can reveal graphics performance, while a built-in benchmark may provide a more comparable result across sessions.

Watch for frame-time spikes as well as average FPS. Stutters can come from shader compilation, storage, memory pressure, or background software rather than a setting that controls visual detail. Let a new area load once before comparing its performance. If the problem appears only after several minutes, monitor temperatures and clocks; heat-related throttling may not show up in a short benchmark.

SECTION 02

Adjust the settings that cost the most

Start with resolution scale, ray tracing, volumetric effects, shadows, ambient occlusion, and dense crowd or foliage settings. Their performance cost varies by game and hardware. Reduce one option by one step, replay the same test, and compare the image as well as the frame rate. Often a small adjustment to a demanding effect preserves the overall look better than switching every setting to Low.

Keep texture quality higher when your graphics memory can handle it; textures affect surface detail and may have a different performance cost from lighting or shadows. If the game stutters when turning quickly, watch memory use and asset streaming, not only average FPS. Close background downloads and overlays you do not need, and make sure the game is using the intended display and refresh rate.

Spend performance where your eyes notice it

Not every setting contributes equally to the image. Texture quality affects surface detail, while shadow resolution and ambient effects can create a heavy cost in some games. Draw distance matters more in open environments than in a small arena. Lower one setting a step and inspect the same objects, edges, and moving effects. Keep the settings that visibly improve your experience and reduce the ones you barely notice.

Resolution scale is a powerful adjustment but can soften the entire picture if lowered too far. Before reducing it, test expensive reflections, ray tracing, volumetric fog, or dense crowd settings. If a competitive title feels sluggish, disabling visual effects can improve clarity as well as performance. In a cinematic game, you may prefer a slightly lower frame target with richer lighting. The best profile depends on your priorities.

SECTION 03

Use upscaling only when the game and GPU support it

NVIDIA DLSS, AMD FSR, and other reconstruction options can render internally at a lower resolution and rebuild an image for your display. Support and quality depend on the game, hardware, and mode. Try a quality-oriented preset first, then compare fine details, motion, and interface text. Frame generation can increase displayed frame counts in supported setups, but it does not replace the responsiveness of rendering each frame directly.

Avoid enabling multiple driver overrides and in-game options at once. Use the game's own implementation when available, read the hardware compatibility notes, and test whether latency or visual artifacts are acceptable for the type of game you play. A single-player adventure and a competitive shooter can have different priorities. Official NVIDIA and AMD documentation explains supported features; the in-game menu confirms what this specific title offers.

Use vendor tools as a reference, not a command

NVIDIA's app can recommend settings for supported games, and AMD's software provides per-game graphics profiles and performance tools. These recommendations are a sensible starting point, not a guarantee that every choice suits your monitor or taste. Apply a suggested profile, then check it in actual gameplay. Vendor software and game patches change, so use current documentation for steps and feature support.

For upscaling, start with the quality-focused option if the game offers one. Compare fine text, thin lines, foliage, and motion. A setting that looks clean in a static screenshot can show artifacts during movement. Frame generation is similarly game- and hardware-dependent. Check latency and feel, especially in a competitive game, and disable it if the extra frames do not make the controls feel right to you.

SECTION 04

Save a balanced profile and revisit after updates

Once you find a stable combination, save the settings or take a screenshot. Change one setting at a time if performance later drops. Game patches and graphics drivers can change behavior, so repeat your baseline test after a significant update rather than assuming an old preset remains ideal. Keep a restore point in mind: the game's default or recommended settings are a useful fallback.

The goal is not the largest number on an FPS counter. It is a clear image, stable frame pacing, and controls that feel responsive on your actual setup. Increase PC game FPS methodically: measure, identify the bottleneck, tune the highest-cost options, test supported upscaling, and stop when the result feels right.

Avoid risky “optimizer” shortcuts

Be cautious with scripts that promise a large FPS boost by changing undocumented Windows or driver settings. Some changes can reduce security, break other applications, or make results harder to diagnose. Prefer the game's settings, official driver controls, and well-documented system options. Update drivers from the GPU maker or PC manufacturer, and do not install a driver just because a forum user says it fixed an unrelated game.

Keep a known-good profile and change one option at a time. If the update causes problems, return to that profile and verify the game files through the official launcher. A balanced PC game setup aims for stable frame delivery and readable visuals, not a screenshot of the highest possible counter. Measure, adjust, compare, and stop once the actual session feels smooth.

  TUNING RULE

Change one setting per test so you know what actually helped.

QUICK ANSWERS

FAQ

Should I set every graphics option to Low?

Usually not. Measure performance, then adjust the most demanding settings one at a time to preserve visual quality where possible.

SOURCES & FURTHER READING

CHECK THE ORIGINALS.

Facts and update details above are based on these official sources. Details can change as the game is updated.

TAGSPC GamingFPS GuideGraphics SettingsPerformance