Best NVIDIA Control Panel Settings for Gaming — Settings and Testing Guide

The NVIDIA Control Panel has over 30 settings that affect gaming performance, image quality, and input lag. Most gamers leave them on default — Some settings may be worth comparing with the defaults on your PC..

Here's every setting explained with a suggested value for competitive gaming. These settings apply globally but can also be set per-game.

Power Management Mode

Set to: Prefer Maximum Performance. The default "Optimal Power" lets the GPU lower its clocks when load drops. If you see stutters and the GPU clock dropping at the same time, test "Prefer maximum performance", which keeps clocks higher, and compare.

Texture Filtering — Quality

Set to: High Performance. This controls the quality of texture filtering algorithms. \"High Performance\" changes texture-filtering quality settings. Compare image quality and measured performance in your game. Image quality and performance differences depend on the game and hardware. Compare both before keeping the change.

Texture Filtering — Trilinear Optimization

Set to: On. This allows the driver to use bilinear filtering where trilinear isn't visually necessary. This changes texture filtering; compare image quality and performance in your game.

Texture Filtering — Anisotropic Sample Optimization

Set to: On. Reduces anisotropic filtering samples where the visual impact is minimal. Another filtering option to compare for image quality and performance.

Texture Filtering — Negative LOD Bias

Set to: Allow. This lets games sharpen textures at distance. Some competitive players prefer this for better visibility.

Threaded Optimization

Set to: On. Allows the NVIDIA driver to use multiple CPU threads. On modern multi-core CPUs it can help in CPU-limited scenarios.

Low Latency Mode

Set to: On (or Ultra). This controls the GPU render queue. "On" limits the queue to 1 frame. Where supported, Ultra changes frame submission behavior. Its effect on latency and FPS depends on the game, graphics API and workload.

Shader Cache Size

Set to: Unlimited. Shader cache stores compiled shaders on disk so they don't need to be recompiled every time. Unlimited removes the configured size limit; it does not prevent every cache reset. Reusing cached shaders may reduce compilation-related stutter.

V-Sync

Set to: Off. V-Sync can add one or more frames of input lag. For competitive gaming, it is usually disabled globally and per game.

Triple Buffering

Set to: Off. Triple buffering only works with V-Sync enabled. Since we've disabled V-Sync, this setting has no effect — but keep it off to be safe.

MFAA (Multi-Frame Anti-Aliasing)

Set to: Off. MFAA is an anti-aliasing option whose image quality and performance should be compared in supported games, but for competitive gaming, you want to disable all anti-aliasing at the driver level and control it in-game instead.

DSR (Dynamic Super Resolution)

Set to: Off (all factors). DSR renders at a higher resolution and downscales. Rendering at a higher resolution increases the pixel workload and may reduce FPS. Only enable this for single-player games where you have performance to spare.

Anisotropic Filtering

Set to: Application-controlled. Let each game control its own anisotropic filtering level. If you want a global override, 8x is a good balance between quality and performance.

Antialiasing — Mode

Set to: Application-controlled. Let games manage their own antialiasing. Driver-level AA overrides can cause visual glitches and compatibility issues.

Antialiasing — FXAA

Set to: Off. FXAA is a post-processing filter that blurs the entire image. Compare FXAA's image quality and measured performance in your game. Disable it globally — enable per-game if desired.

CUDA — GPUs

Set to: All. This ensures all CUDA cores are available for GPU-accelerated tasks. There's no reason to limit this.

OpenGL Rendering GPU

Set to: Your dedicated GPU. If you have integrated graphics (Intel/AMD) alongside your NVIDIA GPU, make sure OpenGL rendering points to the NVIDIA card.