The Tool Desk
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“Matter most” has three meanings. A setting can change rendering workload and frame rate, improve or hurt target visibility, or affect responsiveness and display latency. Treat those as separate decisions instead of assuming that a prettier image, a higher average FPS number, and faster input always come from the same option.
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Which graphics settings should I lower first?
Start with settings that add substantial scene complexity or extra processing, then change only a few at a time. Riot Games’ official support guidance, dated October 7, 2026, groups these as the options that often have the largest performance effect:
- Shadows
- Effects, particles, and post-processing
- Environment, detail, or material quality
- Anti-aliasing and other image-enhancement effects
- Texture quality
That list is a starting point, not a promise of a fixed FPS gain. A setting called “High” in one game may do far more work than the identically named setting in another. Riot’s own instructions distinguish the controls in League of Legends from those in VALORANT, so do not assume their menus or costs are interchangeable.
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Lower two or three demanding options, play the same training area or match scenario, and compare frame-time consistency as well as the average FPS counter. If the result is acceptable, raise one option at a time until you find the point where its visual benefit is worth the performance cost.
Shadows
Dynamic shadows require lights, objects, and filtering to be calculated and displayed. They can also affect minimum frame rates when many players, vehicles, or destructible objects enter a scene. Nevertheless, “turn shadows off” is not a universal rule. In NVIDIA’s title-specific Destiny 2 guide, the reported difference between three shadow-detail levels was only 0.3 FPS in that test context, and the guide says High could improve shadow detail and visibility. That old, game-specific result is a warning against applying one game’s setting hierarchy to every current FPS.
Test shadow quality in an area with multiple light sources, foliage, and player movement. If lowering shadows does little, restore them and try effects or detail quality instead. If shadows obscure opponents or make corners difficult to read, use the game’s own visibility options rather than assuming the lowest preset is automatically clearest.
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Effects, particles, and post-processing
Explosions, smoke, muzzle flashes, volumetric effects, screen-space reflections, depth of field, and color-processing passes can become expensive during the moments when a fight is most demanding. Lowering effects often helps worst-case frame rates more than an empty-map benchmark suggests. It can also remove visual clutter, but excessive reduction may make important cues—such as a grenade’s smoke or a damaging ability—harder to identify.
Change effects while watching an actual firefight or ability-heavy encounter. A stable frame rate during calm movement does not prove that the setting is adequate when several players use effects simultaneously.
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Environment, detail, and material quality
These controls can change object complexity, draw distance, material shaders, foliage density, and the level of detail used as objects move away from the camera. Lowering them can reduce both GPU and CPU work, depending on the game’s renderer. The trade-off is visible geometry: distant cover may become simpler, surfaces less distinct, or small objects disappear earlier.
Inspect long sightlines and common head-glitch positions after each change. If a lower detail level removes information that helps you identify cover or opponents, raise it and seek performance elsewhere.
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Anti-aliasing smooths stair-stepped edges and temporal shimmer. Its cost varies widely by technique: a simple post-process pass may be inexpensive, while temporal or multi-sample methods can add substantial work or blur. Lowering it can increase apparent sharpness at the expense of flickering edges, wires, foliage, and distant targets.
Compare anti-aliasing while moving the camera, not only in a static screenshot. A setting that looks clean while standing still can produce distracting shimmer during a real match.
Textures
Texture quality primarily consumes video memory and texture bandwidth. If your graphics card has enough VRAM, moving from Medium to High may have little effect on frame rate while making surfaces easier to read. On a card that is near its memory limit, however, high textures can cause streaming stutter or sudden quality changes. Lower textures when you see hitching during movement or when the game reports video-memory pressure; otherwise, they are often a better setting to preserve than expensive lighting and effects.
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What settings give more FPS?
Resolution is the most obvious way to reduce rendering work, but it is also one of the most visible compromises. Riot warns that lowering resolution can improve performance while producing a more noticeable image-quality loss than many individual quality sliders. Use it after testing the less conspicuous options, or when your GPU is clearly the limiting component and you need a large performance increase.
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|---|---|---|---|
| Shadows | Reduce lighting and shadow calculations | Less depth and potentially poorer cover readability | Dark corners, multiple lights, moving objects |
| Effects/particles/post-processing | Reduce expensive combat-time passes | Less visual information or a flatter image | Explosions, smoke, abilities, firefights |
| Detail/material quality | Reduce geometry, shaders, and draw distance | Simpler or disappearing distant objects | Long sightlines and cover edges |
| Anti-aliasing | Lower filtering or temporal processing cost | Shimmer, jagged edges, or blur | Camera movement, foliage, wires |
| Textures | Reduce VRAM use and streaming pressure | Lower surface detail; may not raise FPS if VRAM is adequate | Stutter, texture pop-in, memory warnings |
| Resolution | Large reduction in pixels rendered | Softness and loss of fine target detail | Text, distant targets, image stability |
Use a repeatable process rather than chasing a number from a different computer. Record your starting resolution, quality options, frame-rate cap, and observed performance. Change a small group, reproduce the same route or benchmark, and note average FPS, one-percent lows if the game exposes them, and whether controls feel consistent. Restore any setting whose visual loss is larger than its measured benefit.
Should I use upscaling, native resolution, or anti-aliasing?
Modern games may offer several ways to render fewer pixels and reconstruct the final image. NVIDIA describes DLSS Super Resolution as reconstructing a higher-resolution frame from a lower-resolution render. It is an upscaling method intended to increase performance while retaining more detail than simply displaying a low-resolution image. NVIDIA describes DLAA differently: it applies anti-aliasing at the display’s native resolution. DLAA is therefore an image-quality option, not a performance-oriented substitute for Super Resolution.
These features are not guaranteed to appear in every FPS. Availability depends on the game’s implementation, graphics card, operating system, and platform. Test each quality mode while moving and aiming. Look for ghosting, shimmering, disocclusion trails, and loss of small target detail, not just a higher counter value.
Frame generation
NVIDIA’s documentation describes DLSS Frame Generation as creating additional displayed frames. Those generated frames can make motion appear smoother, but they do not mean the game is processing input at the same rate as the displayed image. For competitive play, judge the underlying rendered-frame rate and control response separately from perceived smoothness.
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NVIDIA also warns that native DLSS Frame Generation and Smooth Motion are competing technologies and should not be enabled together. If a game exposes both, choose the supported path appropriate to that title rather than stacking them.
Should I turn motion blur, bloom, and lens flare off?
Usually, these are visibility decisions rather than FPS decisions. In NVIDIA’s Destiny 2 guide, motion blur had zero measured performance impact whether enabled or disabled. The same guide says competitive PvP players may disable it to see enemies and attacks more clearly. NVIDIA’s Rainbow Six Siege guide similarly describes Bloom and Lens Flare as having minimal performance impact while suggesting that disabling them can maximize online visibility.
Those are title-specific examples, not universal benchmarks. Turn motion blur off if moving targets or rapid camera turns become harder to track. Disable bloom or lens flare when bright effects wash out an opponent or a sightline. Keep an effect if it helps you read an ability or does not interfere with aiming; there is no FPS advantage in removing a setting that costs essentially nothing in that game.
Does VSync cause input lag?
VSync synchronizes rendered output with the display to prevent tearing. Depending on the game and frame queue, it can add delay, especially when the computer cannot maintain the display’s refresh interval. Disabling it may reduce latency or improve throughput, but tearing can appear. Riot recommends trying both states rather than declaring one universally correct.
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NVIDIA’s October 2020 system-latency guide generally recommends disabling VSync for the lowest latency when a player accepts tearing, and discusses a variable-refresh-rate configuration for people who want to avoid tearing. That guidance is dated and depends on the monitor, driver, frame limiter, and game, so treat it as a test plan rather than a current prescription.
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A practical VSync test
- Use the same resolution, quality settings, and frame-rate cap for both tests.
- Play a repeatable movement-and-aim sequence with VSync enabled, noting tearing, control feel, and frame pacing.
- Repeat with VSync disabled. Check whether the lower delay is worth visible tearing.
- If your display supports variable refresh, test that mode with the game’s recommended frame cap and compare both smoothness and responsiveness.
How do refresh rate and latency fit into graphics settings?
Average FPS is not the same as total system latency. NVIDIA separates latency into peripheral, PC, and display components. A faster monitor can reduce the time required to scan an image to the screen, but it cannot compensate for a slow render queue, a heavily loaded CPU, or a low polling-rate device.
NVIDIA’s guide states that increasing refresh rate is generally the best way to reduce display latency and notes that a 125 Hz polling rate can add up to 3 ms of system latency on average compared with 1000 Hz. That 3 ms figure concerns peripheral polling, not a graphics-setting benchmark. It should not be used to predict a particular game’s result.
A high-refresh-rate gaming monitor is therefore an optional part of a latency-focused setup, not a guarantee of higher FPS or better competitive results. The game must render frames quickly enough to use the refresh rate, and the rest of the system still contributes to the delay.
What are Reflex and other latency features?
NVIDIA describes Reflex as an in-game technology that synchronizes CPU and GPU work to reduce system latency where supported. It addresses a different problem from lowering texture quality or resolution. Enable it only when the game and GPU support it, then compare control response in a repeatable scene. A latency feature can improve feel without changing the average FPS counter, while a quality reduction can increase FPS without eliminating a queueing bottleneck.
Keep latency-related options separate from image-quality testing. First establish a stable rendering configuration; then test VSync, Reflex, frame caps, and variable refresh one at a time. This makes it possible to identify which change affected responsiveness or tearing.
Quick Recap
How should I build and verify an FPS graphics preset?
- Define the goal. Decide whether you prioritize maximum target visibility, a stable competitive frame rate, cinematic image quality, or a balance. Your target determines which compromises are acceptable.
- Record the baseline. Note resolution, refresh rate, VSync, frame cap, upscaling mode, quality preset, and any latency feature. Use the same driver and game version throughout the comparison.
- Choose a repeatable scene. A training range, replay, built-in benchmark, or familiar route is preferable to comparing unrelated matches. Include a quiet view and a demanding combat situation.
- Lower a few costly settings. Start with shadows, effects, detail/material quality, anti-aliasing, or textures according to the symptoms you observe. Do not change every slider at once.
- Measure consistency. Watch for stutter and frame-time spikes, not merely the highest average FPS. A stable lower rate can feel better than a fluctuating higher rate.
- Check visibility in motion. Inspect distant targets, foliage, edges, smoke, bright effects, and camera pans. Restore settings that remove useful information.
- Test resolution or reconstruction. If the GPU remains the bottleneck, compare native resolution with a supported Super Resolution mode. Check sharpness and artifacts during aiming.
- Test responsiveness independently. Compare VSync, variable refresh, frame caps, and supported latency features after the visual preset is settled.
- Save and document the result. Keep a written profile for each game. Menu names, defaults, and feature support differ, so a preset that works in one FPS may not transfer to another.
Common mistakes when optimizing an FPS
- Copying a streamer’s preset. Different GPUs, CPUs, monitors, resolutions, and game builds produce different costs.
- Assuming every low setting improves FPS. Motion blur can have zero impact in a particular title, and high textures may matter mainly when VRAM is constrained.
- Using a single benchmark. Calm scenes can hide combat-time effects and streaming stutter.
- Confusing generated frames with input response. Smoother motion does not prove that the underlying simulation or input path is faster.
- Changing VSync without checking tearing. Lower delay may be visible only alongside artifacts that make aiming less comfortable.
- Lowering resolution too early. It can deliver a large workload reduction, but its softness is often more damaging to target clarity than a moderate quality-slider change.
- Stacking incompatible frame technologies. Follow the game and driver documentation; NVIDIA specifically says native DLSS Frame Generation and Smooth Motion should not be used together.
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