Best NVIDIA Control Panel & App Settings for Gaming

The NVIDIA app is the free official replacement for GeForce Experience and the old Control Panel. It's where you update drivers, tune per-game settings, and enable features like Reflex and DLSS overrides. Up-to-date drivers regularly ship game-specific performance and stability fixes, so keeping them current is the single highest-value thing you can do.

If a brand-new driver ever causes trouble in a game you play, it's perfectly safe to roll back to the previous stable release — the NVIDIA app keeps the recent version available and reinstalling is reversible.

Input latency is the delay between your mouse move and the screen reacting. NVIDIA Reflex, built into many games, is the best way to reduce it because it syncs the CPU and GPU to avoid a backed-up render queue. If a game has a Reflex option in its own settings menu, turn it on there first — it's more effective than the driver-level setting.

For games without Reflex, the Control Panel's 'Low Latency Mode' is the fallback. 'On' keeps the queue short; 'Ultra' pre-empts frames for the lowest latency and pairs well with a frame rate cap. Leave it 'Off' only if you notice reduced smoothness in a GPU-bound single-player game.

By default the GPU down-clocks aggressively to save power, which can cause a brief dip when a game suddenly demands more. Setting the power management mode to 'Prefer maximum performance' keeps clocks up so frame times stay consistent from the first second of a match.

Apply this per game rather than globally. A global setting keeps the GPU boosted on the desktop too, which wastes power and adds heat for no benefit — a per-program setting gets you the smoothness only when you're actually playing.

Texture filtering quality controls how sharp textures look at oblique angles. The default 'Quality' is the right balance for almost everyone; 'High performance' trades a little image quality for a tiny FPS gain on older or entry-level GPUs. There's no reason to force 'High quality' unless you're chasing screenshots.

VSync eliminates screen tearing but can add latency and stutter if frames drop below your refresh rate. If you have a G-SYNC or G-SYNC Compatible (FreeSync) monitor, the modern best practice is to enable G-SYNC, leave driver VSync 'On', turn the in-game VSync 'Off', and cap your frame rate just below the refresh rate. That combination gives tear-free, low-latency gameplay. Without a variable-refresh monitor, use the in-game VSync or a frame cap based on which you find smoother.

DLSS (Deep Learning Super Sampling) renders the game at a lower internal resolution and reconstructs a sharp image, giving you a large FPS boost for a small quality trade-off. On RTX cards it's often the single biggest performance win available, so turn it on in the in-game graphics menu and start with the 'Quality' preset, dropping to 'Balanced' only if you need more frames.

Frame Generation inserts AI-generated frames between rendered ones to raise smoothness — it's available on RTX 40-series and newer (with Multi Frame Generation on RTX 50-series). It works best when your base frame rate is already reasonable (roughly 60 FPS before generation), because it adds a little latency; pairing it with Reflex keeps that in check. If a game stutters or feels laggy with it on, simply turn it off in the game's menu.

The NVIDIA app can also override DLSS to the newer transformer model in supported games via 'Driver Settings' for sharper results — a nice bonus, and fully reversible.