How To Get 240 Fps On Marvel Rivals

Achieving a steady 240 FPS in Marvel Rivals is a goal for many competitive players, offering the smoothest possible gameplay experience and minimal input lag. While ambitious, it is attainable with the right hardware and careful optimization of both in-game and system settings. This guide compiles expert advice and community-tested methods to help you maximize your frame rate in Marvel Rivals.

System Requirements and Hardware Considerations for 240 FPS

To consistently hit the 240 FPS mark in Marvel Rivals, especially at higher resolutions like 1440p or 4K, you’ll need a robust system. The game can be demanding, and achieving such a high frame rate requires powerful components that can handle the load without becoming a bottleneck.

• GPU (Graphics Processing Unit): This is often the most critical component for high frame rates. To consistently push out 240 frames per second, you’ll likely need a top-tier graphics card. Recommendations typically include high-end cards such as an NVIDIA RTX 4090 or one of the newer generations if available. Equivalent high-end GPUs from AMD are also necessary.
• CPU (Central Processing Unit): A powerful CPU is essential to feed instructions to the GPU quickly enough to maintain a high frame rate. A recent, high-performance processor is recommended, such as an Intel Core i7/i9 from the 13th or 14th generation, or an AMD Ryzen 7/9 from the 7000 series or newer. A weaker CPU can bottleneck even a powerful GPU, preventing it from reaching its full potential.
• RAM (Random Access Memory): While not as impactful on raw FPS as the GPU or CPU, sufficient and fast RAM is important for overall system performance and preventing stuttering. At least 16GB of fast RAM is advisable. Look for DDR4 with a speed of 3600MHz or higher, or DDR5.
• Storage: Installing Marvel Rivals on an NVMe SSD (Solid State Drive) can significantly improve game load times and asset streaming, which can contribute to a smoother experience. However, it generally has minimal direct impact on in-game FPS once the game is loaded.

In-Game Settings for Maximum FPS

Once your hardware is in order, optimizing the game’s internal settings is crucial. These adjustments can dramatically impact performance, allowing you to squeeze out as many frames as possible.

• Display Mode: Always select Fullscreen. This display mode typically offers better performance compared to borderless windowed or windowed modes, as it gives the game exclusive control of the display output.
• V-Sync: Set V-Sync to Off. While V-Sync prevents screen tearing by synchronizing your frame rate with your monitor’s refresh rate, it can introduce input latency, which is undesirable in a fast-paced competitive shooter. Since you’re aiming for 240 FPS, you’ll likely have a high refresh rate monitor where tearing is less noticeable or manageable.
• Limit FPS: Set this to Off, or if you experience minor fluctuations, set a cap just below your maximum achievable FPS (e.g., 220 if your target is 240). This prevents the game from limiting your frame rate artificially.
• DLSS/FSR (Deep Learning Super Sampling / FidelityFX Super Resolution): Enable the relevant technology for your graphics card (DLSS for NVIDIA, FSR for AMD). Crucially, set the mode to “Performance“. These technologies render the game at a lower resolution and then intelligently upscale it, providing a significant FPS boost with a minimal perceived loss in visual quality.
• Super Resolution Sharpening: Adjust this setting to your personal preference. It affects the clarity of the image when using DLSS or FSR. Setting it to zero is an option, or you can find a balance that suits your visual taste.
• Frame Generation: Generally, keep Frame Generation Off. While it can create additional frames, these are interpolated frames and don’t represent true performance. It can also increase input latency, which is detrimental in a competitive setting aiming for low response times.
• Low Latency Mode: Enable NVIDIA Reflex Low Latency (if you have an NVIDIA card) or the equivalent AMD setting. This technology helps reduce input lag by optimizing the rendering pipeline between your mouse click and the action appearing on screen.
• Graphics Quality: This is where you’ll make significant compromises for performance. Set the following options to Low: Global Illumination, Shadow Detail, Effects Detail, Post-processing, and Foliage Quality. These settings often have a high performance cost with a less critical impact on competitive gameplay. For Model and Texture Detail, you might be able to use Medium, but if you’re struggling to reach 240 FPS, set them to Low as well, especially if your GPU has limited VRAM.
• Anti-Aliasing: Rely on the anti-aliasing provided by DLSS or FSR rather than traditional in-game Anti-Aliasing options. DLSS and FSR often include a form of anti-aliasing as part of their upscaling process, and using them is more performance-efficient.

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System and Windows Optimizations

Beyond the in-game settings, optimizing your Windows environment can also free up valuable resources and improve performance.

• Game Bar: Disable the Xbox Game Bar in Windows settings. This overlay and its associated processes can consume resources that could be used by the game.
• Game Mode: Enable Windows Game Mode. This setting prioritizes your game’s performance by allocating system resources more effectively when a game is detected.
• Hardware-Accelerated GPU Scheduling: Enable this feature in Windows graphics settings. It can help reduce latency and improve performance by allowing the GPU to manage its own memory.
• Graphics Performance Preference: In Windows graphics settings, set Marvel Rivals to “High Performance“. This ensures that Windows uses your dedicated graphics card for the game rather than potentially defaulting to integrated graphics.
• Background Apps: Close any unnecessary applications running in the background while you are gaming. Browsers, streaming services, and other programs can consume CPU and RAM that Marvel Rivals could use.

Advanced Tweaks and Monitoring

For those seeking every last frame, some advanced methods can be explored, although they come with potential risks. Monitoring your system is also key to identifying bottlenecks.

• Config File Tweaks: It is possible to further reduce visual settings beyond what is available in the in-game menu by editing the game’s configuration files (such as gameusersettings.ini). However, exercise caution when doing this, as incorrect modifications can cause issues, and future game updates might overwrite your changes.
• FPS Boost Mods: The community may develop mods aimed at stripping down graphics for maximum performance (e.g., “potato fps” mods). Use these with extreme caution. They can potentially violate the game’s terms of service, lead to anti-cheat issues, or cause instability.
• Monitor GPU/CPU Usage: Use monitoring software or overlays (like NVIDIA FrameView, MSI Afterburner, or built-in Windows tools) to track your GPU and CPU usage while playing. If your GPU usage is consistently at 99% while your CPU usage is lower, your GPU is likely the bottleneck. If your CPU usage is high and your GPU usage is lower, your CPU might be limiting your performance. Understanding your bottleneck helps you focus on the most impactful optimizations.

Summary Table: Key Settings for Aiming at 240 FPS

Final Notes

It’s important to note that even with the best hardware, achieving a perfectly stable 240 FPS in Marvel Rivals can sometimes be challenging due to factors like game optimization. Some users with high-end cards like the RTX 4090 have reported difficulty maintaining this frame rate consistently at ultra settings, especially at higher resolutions.

For competitive play, prioritizing a stable frame rate and the lowest possible input latency is more crucial than having the highest visual fidelity. Making the graphical compromises outlined above will significantly contribute to a smoother and more responsive gameplay experience.

Finally, ensure you regularly update your GPU drivers to the latest version, as these often include performance optimizations for new games. Keeping the game itself updated is also important for benefiting from any performance patches released by the developers.