~9 min
Marvel Rivals runs on Unreal Engine 5, and one setting decides more of your frame rate than everything else combined: Lumen, the engine's real-time lighting, can cost 30 to 60 FPS on a mid-range card, and turning it off is the single biggest performance lever in the game. This guide covers the full optimal setup: every display and graphics setting with the reasoning behind it, the upscaler choice for your GPU, the one setting worth paying frames for, hardware expectations by tier, and the system-level fixes for the stutter that in-game settings cannot touch.
The Settings That Matter, in 30 Seconds
Setting | Value | Why |
|---|---|---|
Global Illumination | SSGI Low Quality (never Lumen) | The biggest FPS lever in the game: 30 to 60 frames on mid-range cards |
Reflection Quality | Screen Space Reflections (never Lumen) | Lumen reflections stack the same cost again for zero competitive value |
Super Resolution | DLSS / FSR / XeSS on Quality | The biggest free frame gain; enable before lowering anything else |
Frame Generation | Off | Adds 10 to 20 ms of input lag; fake smoothness, worse aim |
Low Latency Mode | NVIDIA Reflex On (or On + Boost) / AMD Anti-Lag | Cuts up to 30 ms of input latency for free |
V-Sync | Off | Caps frames and adds delay with no competitive benefit |
Window Mode | Fullscreen (not windowed fullscreen) | Lowest-latency presentation path |
Shadow Detail | Medium, deliberately | The one setting worth frames: keeps enemy shadows visible around corners |
Effects, Post-Processing, Model, Foliage | Low | Team-fight stability; hitboxes do not get prettier with detail |
Motion Blur | Off | Pure clarity gain in a game full of dashing heroes |
Display Settings: Latency First
Before touching graphics quality, lock in the presentation chain, because responsiveness is where settings actually win games.
- Fullscreen, not windowed fullscreen. The exclusive mode takes the lowest-latency path to your monitor.
- V-Sync off. It exists to stop screen tearing by delaying frames, which is precisely the trade a shooter cannot afford.
- Limit FPS: cap slightly below your refresh rate. An uncapped frame rate that swings wildly feels worse than a stable one just under your monitor's ceiling, and the cap prevents the buffer stalls behind UE5's frame-pacing hitches. Turn Show FPS on while tuning so you can see what each change buys.
- NVIDIA Reflex On + Boost on RTX cards, AMD Anti-Lag on Radeon. Reflex synchronizes the CPU and GPU queue and removes up to 30 ms of input latency in GPU-bound scenes, which is exactly what a six-ultimate team fight is.
- Frame Generation off. DLSS 3 and FSR 3 frame generation inflate the counter by inventing frames, at the price of 10 to 20 ms of added input lag that directly damages flick aim and hit registration. Raise your real frame rate instead; the smoothness that matters is the one your mouse can feel.
Upscaling: The Right Choice per GPU
Upscalers render internally at a lower resolution and reconstruct the image, and in this game they are close to free performance. Enable one before lowering a single quality setting.
Your GPU | Upscaler | Mode |
|---|---|---|
NVIDIA RTX | DLSS | Quality; drop to Balanced only if Quality misses your target |
AMD Radeon | FSR | Quality, same escalation rule |
Intel Arc | XeSS | Quality; on non-Intel cards XeSS is the fallback, not the pick |
Older cards without support | TSR (the UE5 native option) | Or skip upscaling and lean harder on the graphics table below |
Three rules keep the image competitive. Never enable two upscaling technologies at once; the interaction produces artifacts and instability. Set Super-Resolution Sharpening around 70 to 80 to claw back the slight softness. And resist Performance mode outside genuine hardware emergencies: aggressive upscaling smears exactly the fast-moving ability effects you need to read in a fight.
Graphics Settings: The Full Sheet
UE5's heaviest costs in this game sit in lighting, shadows, and effects rather than geometry and textures, which is why the sheet below is uneven on purpose.
Setting | Value | Reasoning |
|---|---|---|
Global Illumination | SSGI Low Quality | Lumen GI is software ray tracing: gorgeous, GPU-devouring, and competitively worthless |
Reflection Quality | Screen Space Reflections | The Lumen option here stacks a second lighting cost on top of the first |
Ray Tracing | Off | Piles onto the same GPU budget Lumen was draining |
Shadow Detail | Medium | The deliberate exception; see below |
Texture Detail | Medium (Low under 8 GB VRAM) | Nearly free on FPS and much better looking than Low; VRAM is the only constraint |
Effects Detail | Low | The main variable behind team-fight frame drops; six ultimates at once is the stress test that matters |
Post-Processing | Low | Cinematic polish, competitive noise |
Model Detail | Low | Hitboxes do not scale with polygon count |
Foliage Quality | Low | Less visual clutter is an information gain, not just a frame gain |
Motion Blur | Off | Dash-heavy heroes generate heavy blur exactly when you need clarity most |
The One Setting Worth Paying For
Shadow Detail at Medium is the sheet's deliberate splurge, and the reasoning is informational rather than cosmetic: at Low, character shadows on the ground disappear entirely, and at Medium they stay, which means an enemy moving behind a corner can announce themselves by shadow before their model is visible. In a game of flankers and dive heroes, that is a real detection tool, and it costs only a minor slice of frames. If your hardware genuinely cannot spare it, Low is the fallback, but drop everything else in the table first.
What Your Hardware Can Actually Do
Expectation-setting saves hours of tweaking toward impossible targets. Community benchmarks put the tiers roughly here:
Hardware class | Realistic outcome |
|---|---|
RTX 3060 / RX 6600 XT class | Around 144 FPS at 1080p on the Low sheet with DLSS or FSR Quality; the practical competitive floor |
RTX 4070 / RX 7700 XT class | Roughly 89 FPS at 1440p on a balanced preset before upscaling; the 1440p-at-144 floor with the sheet applied |
GTX 1650 / integrated class | Around 45 FPS at 1080p balanced; reduced settings and resolution scaling reach a playable 30 to 40, but 60 is a stretch |
VRAM requirements | 4 GB minimum at 1080p, about 10 GB at 4K to avoid texture-streaming stutter |
Targets: 60 FPS is the playable floor, and 120 or more is where competitive play wants to live, both for motion clarity and reaction time. An unoptimized setup can drag even high-end cards below 144 in a full ultimate exchange, which is the scenario the whole sheet above is tuned around.
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System-Level Fixes for Stutter
UE5 stutter usually is not a settings problem, and no in-game slider fixes it. The checklist that does:
- Let shaders compile after every patch. Give the game five minutes of idle or casual play on first launch after an update before queueing anything competitive; shader-compilation hitches are the classic UE5 first-session stutter.
- Clear the launcher's three local caches after updates. Patch residue is a documented source of frame drops and hitching in this game specifically.
- Keep GPU drivers current. UE5 titles receive meaningful driver-side performance fixes on a monthly cadence; a stale driver quietly costs frames.
- NVIDIA users: override the DLSS model. In the NVIDIA App, under the game's Graphics tab, setting a custom DLSS Super Resolution preset can add 20 to 30 FPS on supported systems with no visual downside.
- Check Windows VBS/HVCI. The virtualization-based security layer costs 5 to 15% of UE5 performance; whether to trade that security for frames is your call, but know the price exists.
Three Ready Presets by Goal
The same sheet, tuned three ways depending on what your session is for and what your hardware allows.
Preset | Configuration | Target |
|---|---|---|
Survival (weak hardware) | Everything in the graphics sheet at its lowest, Shadow Low included, upscaler on Balanced, resolution scale down if needed | A stable 60; stability beats a higher average that dips in fights |
Competitive (the default) | The full sheet as written: SSGI Low, Screen Space Reflections, Shadow Medium, Texture Medium, everything else Low, upscaler on Quality, Reflex on | 120 to 144 with clean image readability; the ranked configuration |
Comfort (strong hardware, casual play) | Textures High on 8 GB+ VRAM, Shadow Medium, Effects and Post-Processing raised to taste, but Lumen stays off in both slots | Your refresh rate with better looks; Lumen remains a bad trade even here |
The constant across all three is the lighting rule: no preset on any hardware benefits from Lumen in a competitive lobby, because the frames it burns buy nothing your crosshair can use.
Controller, Steam Deck, and Config Files
- Controller players: the priorities are stable aim and clean inputs, which in practice means lowering stick deadzones until drift appears and backing off one notch, and rebinding abilities so nothing critical shares a claw-grip finger. Aim assist tuning is preference, but deadzone slack is pure wasted reaction time.
- Steam Deck: the realistic target is around 40 FPS on low settings, which is playable for Quick Match and casual modes. Treat the Deck as the practice-and-dailies machine rather than the ranked one; the frame budget for a six-ultimate fight simply is not there.
- Engine.ini tweaks: skip them. Hand-edited UE5 config files circulate constantly, and the failure mode is silent: patches overwrite or invalidate entries, leaving you diagnosing phantom stutter weeks later with no memory of the cause. Everything in this guide lives in menus that survive updates, and in-game settings plus driver-level options cover the legitimate gains. If you do experiment, keep a dated backup of the original file, because you will need it.
Audio: The Competitive Preset
Audio settings do not move FPS meaningfully, but one of them moves information: set the Combat Mix preset to Focus. It amplifies the cues that matter competitively, footsteps, incoming fire, ability sounds, at the expense of cinematic ambience, which is exactly the right trade for ranked. The Immersion preset is the opposite deal. Enable 3D audio only on systems with CPU headroom, since spatial processing costs cycles a struggling machine cannot spare, and consider dropping music volume to zero: it is pure distraction in the mix once you are tracking fights by sound.
Setup Priorities
- First: kill Lumen in both slots. Global Illumination to SSGI Low, Reflections to Screen Space. This is most of the guide's value in two clicks.
- Second: enable your GPU's upscaler on Quality, Frame Generation off, Reflex on. The latency chain matters more than any quality slider.
- Third: apply the graphics sheet, keeping Shadow Medium. Free information beats free frames when the cost is this small.
- Fourth: adopt the post-patch routine. Shader warm-up plus cache clear after every update, and this game updates constantly.
- Then go play. Settings set the ceiling; they do not climb for you. The habits that convert stable frames into rank live in our climbing guide, the heroes worth the frames are in the Season 9 tier list, and if aim and settings are fine but the rank still is not moving, a coaching session finds what a config file cannot.
FAQ
What is the best setting for FPS in Marvel Rivals?
Turning Lumen off. Set Global Illumination to SSGI Low Quality and Reflection Quality to Screen Space Reflections: Lumen is Unreal Engine 5's real-time lighting and the single biggest FPS cost in the game, worth 30 to 60 frames on mid-range cards. After that, enabling DLSS or FSR on Quality is the biggest free gain.
Should I use DLSS or FSR in Marvel Rivals?
DLSS on NVIDIA RTX cards, FSR on AMD, XeSS on Intel Arc, always on Quality mode first and never two at once. Set Super-Resolution Sharpening around 70 to 80 to offset the softness, and only escalate to Balanced if Quality misses your frame target. Avoid Performance mode outside emergencies, since aggressive upscaling smears fast-moving ability effects.
Should Frame Generation be on in Marvel Rivals?
No, not for competitive play. Frame generation inflates the FPS counter with generated frames while adding 10 to 20 ms of input latency, which directly hurts flick aim and hit registration. Raise real frames through upscaling and the graphics sheet instead, and keep NVIDIA Reflex or AMD Anti-Lag on to cut latency further.
Why does Marvel Rivals stutter after updates?
Usually shader compilation and patch residue rather than your settings. Give the game around five minutes of casual play after every update so shaders precompile before you queue ranked, clear the launcher's three local caches, and keep GPU drivers current, since UE5 titles receive regular driver-side performance fixes.
What PC do you need for 144 FPS in Marvel Rivals?
Roughly an RTX 3060 or RX 6600 XT for 144 FPS at 1080p on optimized Low settings with DLSS or FSR Quality, and an RTX 4070 or RX 7700 XT class card as the practical floor for 1440p at 144. VRAM needs run about 4 GB at 1080p and around 10 GB at 4K to avoid texture-streaming stutter.
Is there a setting that gives a competitive advantage?
Shadow Detail at Medium. At Low, character ground shadows are removed entirely; at Medium they render, which means enemies can reveal themselves by shadow while still behind a corner. It costs a minor amount of performance and is the one quality setting worth paying frames for. The audio equivalent is the Combat Mix Focus preset, which amplifies footsteps and ability cues.
Do audio settings affect FPS in Marvel Rivals?
Barely, with one caveat: advanced 3D spatial audio costs CPU processing, which can shave frames on systems that are already CPU-bound. The competitively meaningful audio change is the Combat Mix Focus preset for clearer footstep and ability cues; volume settings, including muting music to cut distraction, are preference.
