Valorant sits in an unusual spot among competitive shooters. It runs on a heavily modified branch of Unreal Engine 4, and Riot Games built it to prioritize frame consistency and low system latency over visual fidelity. That design choice means the game behaves differently than, say, Counter-Strike 2 or Apex Legends when you start pulling settings sliders. In most matches, you will be CPU-bound even on a high-end graphics card. Single-core clock speed matters more than core count. The GPU settings you adjust mostly affect how many frames your CPU can produce by keeping the GPU out of the way, not by directly bottlenecking it. Add Riot’s Vanguard anti-cheat kernel driver into the equation, and you get a game where system-level configuration influences your numbers almost as much as in-game sliders do.
Quick Preset
| Setting | Competitive | Balanced | Low-End PC |
|---|---|---|---|
| Resolution | Native | Native | Native |
| Display Mode | Fullscreen | Fullscreen | Fullscreen |
| Material Quality | Low | Medium | Low |
| Texture Quality | Low | Medium | Low |
| Details Quality | Low | Medium | Low |
| Anti-Aliasing | MSAA 4x | MSAA 2x | None |
| Anisotropic Filtering | 16x | 8x | 4x |
| Vignette | Off | Off | Off |
| 3D Adaptive Resolution | Off | Off | On (if struggling) |
| Frame Rate Limit | Uncapped | Uncapped | 60 or 120 |
| NVIDIA Reflex Low Latency | On + Boost | On | Off |
| Multi-threaded Rendering | On | On | On |
| Improve Clarity of Distances | On | On | Off |
Settings That Matter Most
Material Quality
This slider controls how reflective and detailed surface materials render, particularly on character models, weapon skins, and environmental props like car panels or metal railings. It is the single most expensive GPU setting in Valorant. On Low, materials lose their specular highlights and look flat, but you can regain anywhere from 30 to 80 FPS depending on your card. The competitive cost is minimal. You can still read silhouettes at Low. Serious players run this at Low without hesitation.
Texture Quality
Texture Quality determines the resolution of surface detail maps. On a low-end GPU with less than 4 GB of VRAM, setting this to High can cause stuttering when the GPU swaps textures in and out of memory mid-match. On a 6 GB card or higher, the performance cost between Low and High is often under 10 FPS, but the visual clarity gain for identifying enemies against walls is modest at best. Medium is a reasonable middle ground if you have a GTX 1060 or better. Below that, Low.
Details Quality
Details Quality governs particle effects: smoke edges, flashbang bursts, molly puddles, and ability visual effects. This is the setting that causes frame dips during teamfights when multiple agents pop abilities simultaneously. A 1080p mid-range build might hold 200 FPS on a default site but drop to 140 the moment Jett fires her dash trail mixed with Raze’s satchel explosions. If your minimum FPS in fights matters more than your average, set this to Low.
Anti-Aliasing
Valorant only offers MSAA options: None, 2x, and 4x. This is not a temporal or FXAA pipeline; it is traditional multi-sample AA that works on geometry edges. MSAA 4x costs roughly 15 to 25 FPS on a mid-tier GPU, but it eliminates the jagged stair-stepping on doorframes and crate edges that make enemy silhouettes harder to pick out at range. Most pros who can afford the cost keep 4x. If you are below 144 FPS on a 1080p display, drop to None. The difference in visual noise is noticeable on flat walls but does not affect your ability to track heads.
Anisotropic Filtering
This setting sharpens textures viewed at oblique angles, such as the ground when you look down a ramp or across a floor at an angle. In Valorant, the performance cost is essentially negligible on any GPU released in the last decade. You lose fewer than 2 FPS at 16x. There is no competitive reason to run it below 16x because clearer ground textures help you spot footstep-indicating dust and blood decals.
NVIDIA Reflex Low Latency
Reflex is the most impactful latency setting in Valorant. On + Boost prevents the GPU from queueing frames, which cuts system latency by 10 to 20 milliseconds depending on your CPU-GPU pairing. On a 144 Hz monitor with a frame rate hovering near 140, you will feel the difference immediately: crosshair response is tighter and hit registration feels more direct. The only downside is that On + Boost can cause a slight FPS drop (5 to 12 frames) on very weak CPUs because it forces synchronization between the render and present pipeline. If you are below 100 FPS, leave Reflex Off and rely on raw frame rate instead.
Upscaling and Frame Generation
Valorant does not support DLSS, FSR, XeSS, or any form of AI frame generation. Riot has not added these because the game targets extremely high frame rates through low-cost rendering rather than resolution upscaling. The only resolution-related option is “3D Adaptive Resolution,” which dynamically lowers your render resolution during heavy particle moments to hold a target frame rate. It functions like a simplified version of Unreal Engine’s temporal super resolution but with no dedicated upscaling pass. The result is a soft, slightly blurry image that can make distant enemies harder to distinguish. Use it only if you are below 60 FPS on a genuinely underpowered system, such as integrated graphics. For everyone else, the better approach is to lower Material and Details Quality and let the native render pipeline do its job.
If you have an RTX 40-series or newer GPU and want to use frame generation, it will not engage in Valorant. The game’s frame limiter and Reflex pipeline are not designed to interact with external frame interpolation, and NVIDIA has not listed Valorant as a supported title for its DLSS 3 frame generation profile. Attempting to force it through the NVIDIA app will introduce latency penalties without any FPS benefit.
Outside the Game
Because Valorant is CPU-bound and Vanguard loads at kernel level, your operating system and driver configuration carry more weight here than in GPU-bound titles.
Vanguard and Windows 11. Vanguard requires TPM 2.0 and Secure Boot on Windows 11, which means it runs as a ring-0 driver from boot. On certain AMD Ryzen 5000 and early 7000-series systems with BIOS settings that leave certain C-states enabled, Vanguard’s polling routine can cause micro-stutters. Updating to the latest AMD chipset drivers and disabling Global C-state Control in BIOS (if you are comfortable with the trade-off on idle power) has resolved these for many players. Riot has been aware of this since 2026 and continues to issue micro-patches, but the workaround remains hardware-side.
NVIDIA Control Panel. Set Power Management Mode to Prefer Maximum Performance. Set Texture Filtering Quality to High Performance. Set Threaded Optimization to On. These global driver overrides reduce the chance of the GPU downclocking between rounds, which is when frame dips are most noticeable in Valorant because you are standing still and looking at a static scene.
Fullscreen optimizations. Right-click the Valorant executable in your game files, go to Compatibility, and check “Disable fullscreen optimizations.” Valorant’s exclusive fullscreen mode already bypasses the Desktop Window Manager compositor, but Windows 11 can still inject overlay hooks that add a frame of latency. Disabling this is free.
Game Mode and overlays. Keep Windows Game Mode on. It correctly identifies Valorant as a high-priority foreground application and prevents background scheduling interference from things like Windows Update delivery optimization. Turn off any Discord, Steam, or Xbox Game Bar overlay while playing. They hook DirectX 11 and add a measurable input delay even when invisible.
Settings to Leave Alone
Do not touch the FPS limiter unless you are trying to match a specific monitor refresh. Capping to 120 on a 165 Hz display is a valid strategy to reduce thermal throttling and GPU noise, but capping to 144 when you are only producing 140 will cause frame pacing issues that manifest as inconsistent microstutter. Leave Multi-threaded Rendering On. Disabling it can actually help on some older dual-core CPUs from around 2012 or earlier, but on anything with four cores or more, the game’s render thread offloading is well-optimized.
FAQ
Does lower resolution actually help FPS in Valorant?
Barely. Because the game is CPU-bound in the vast majority of scenarios, dropping from 1080p to 720p on a mid-range GPU will give you maybe 5 to 15 additional FPS. That gain comes from reduced GPU fill, but your CPU is still the bottleneck. Lower resolution does make 3D Adaptive Resolution less effective because you are starting from a degraded image. Stick with native resolution and lower quality sliders instead.
Should I cap my FPS in Valorant?
Cap it at roughly 20 FPS above your monitor’s refresh rate if you experience GPU coil whine, thermal issues, or inconsistent frametimes. On a 144 Hz display, a cap of 165 or 170 smooths out pacing because it keeps the queue short without causing the GPU to idle and wake repeatedly. If your average is already below your refresh rate, leave it uncapped.
Why does my FPS drop during rounds but not between them?
That is Details Quality and particle load. During a default onto a site, you have smoke edges, flash impacts, satchel trails, and potentially a neon or molly effect all rendering on the same frame. Between rounds, you are standing in a simple geometry-only environment. Lower Details Quality or cap your FPS to prevent the GPU from spiking its power draw and then downclocking mid-fight.
Does Vignette cost performance?
Effectively zero. Vignette is a screen-space multiply pass that adds a fraction of a millisecond. Turn it off purely for the competitive reason that it darkens your peripheral field of view and makes it slightly harder to notice a Jett pushing off the side of your screen. It is a free setting either way, so choose based on readability, not FPS.
