Optimize NVIDIA Control Panel: Best settings for gaming performance (2024)

FAQs

What are the best Nvidia Display settings for gaming? ›

Press the Start button and search for Graphics Settings. Then click to turn on Hardware-accelerated GPU Scheduling. Scroll down and view the settings for "graphics performance preference" from there you can choose the app to set your preference. For Nvidia, this is the Nvidia Control panel.

Or you can do the setting via GPU control panel; If it is NVIDIA GPU, please open the NVIDIA control panel, and then head to “Change Resolution” tab under the “Display” option, and then choose your preferred resolution under “PC (not Ulta HD, HD, SD)”, and choose “ 240Hz/360Hz” under “refresh rate” option.

Anti-aliasing and shadows are usually the two biggest settings that affect FPS. Anisotropic filtering could also be a setting that can affect FPS depending on the game. Textures could affect your game based on what your CPU/GPU is, but as long as it's not a really low end one it won't affect it that much.

Go to play.geforcenow.com > GeForce NOW Settings menu > Streaming Quality > Custom and set the Frame rate to 120 FPS.

When adjusting Image Sharpening through the Control Panel does not affect performance.

What is the best scaling mode for gaming? ›

We recommend choosing “85% or 77%” for the best gaming experience without losing too much image quality. Here is an example that shows you what difference it makes when you enable NVIDIA Image Scaling in-game.

That's just the number of times a monitor can refresh the entire screen per second. The Hertz or Hz can also be described as frames per second, or FPS. The two are the same. So, a 240Hz monitor is four times faster than a 60Hz monitor and 70% faster than a 144Hz display.

As a rule of thumb you want a setup that can exceed the refresh rate of your monitor in frames per second. A setup with a 240Hz monitor hooked up to a system producing 350 frames per second is still better than a system with a 240Hz monitor that produces just over 240 frames per second.

Console gamers should ignore 240Hz monitors. The PlayStation 5 and Xbox Series X support a maximum refresh rate of 120Hz, so the benefits of a 240Hz refresh rate are wasted. A 4K gaming monitor is better for use with a game console, preferably if it supports HDMI 2.1.

Does overclocking GPU increase FPS? Yes, one of the main benefits of overclocking your GPU is that it increases FPS for smoother, sharper graphics. The added computing power from a GPU overclock helps your graphics card crank out more FPS at higher resolutions.

By far the most demanding task for your graphics card is shadows and lighting. You may find them as separate settings — and in games like Call of Duty: Vanguard, split across several settings — but they work together. Shadows are demanding because they require your graphics card to render a second scene.

Does a graphics card affect FPS? Yes. upgrading your graphics card or overclocking your graphics card can provide a significant FPS boost, even more than upgrading your CPU or RAM.

In essence, no, the high-performance mode doesn't unlock any hidden capabilities of your phone to provide magical performance. At the same time, however, it may significantly improve gaming performance on your phone if you usually have lots of background processes running.

For heavy games, 100% GPU usage is good, while for low-ended games, they can't use all resources hence causing a low GPU usage. At the same time, keeping 100% GPU usage when idle for a long time may lead to higher temperatures, noise levels, and even an evident decrease in performance.

How do I increase my GPU acceleration? ›

Press Alt + Z to summon GFE's overlay, then click the Performance option towards the right of your screen. Nvidia's Performance panel will appear. Near the middle you'll see the option to “Enable automatic tuning.” Simply click that and the performance tuning process will start.

In this guide, we'll share the perfect settings for your NVIDIA Control panel that increases your FPS, reduces input lag, improves the visual quality, and unlocks the true potential of your NVIDIA Graphics card.

Initially, it's limited to Chrome and Edge on PC, but the resolution has been bumped to a 1440p maximum and 120FPS. You do, of course, need to be on the RTX 3080 tier to have access to the higher resolution and frame rate.

The GeForce GTX 1660 Ti includes 1,536 CUDA cores, 6GB of the latest GDDR6 memory, and a 1.8GHz boost clock. Nvidia says it has a power envelope of 120 watts, giving the GTX 1660 Ti “the best performance per watt of any GPU in its class,” according to the company.

By submitting the frames just before they're needed in the queue, this mode significantly lowers system latency. As a result, your gameplay will be much smoother, making gaming more enjoyable. Low latency is most impactful with GPU-bound games using frame rates from 60 to 100 FPS.

If sharpness settings are available, the best TV sharpness setting for gaming is zero percent . The best TV color setting for gaming is 50 percent. This setting will avoid potentially bizarre filters built into games.

The most common reason for reduced FPS is graphics settings that create a larger workload than your hardware can handle. So how do you achieve better FPS? Getting a faster CPU, more RAM, or a newer graphics card is one solution.

Is high sharpness good? ›

Almost all TV's and projectors have at least a sharpness control. Setting this level to mid point or low is generally safer than putting it too high as an overly sharp image is generally much more distracting and annoying to watch than a slightly-under or normal sharpness setting.

Unfortunately, while GPU scaling certainly makes retro gaming more enjoyable, it does introduce slight input lag. What this means is that your fps will not be improved by using GPU scaling.

Effect of GPU on Input Lag

The process of GPU scaling requires a lot of processing power. This is because the process displays the graphics or game images just as they are while preserving their quality. If you play a video, this slight delay while displaying will not be noticed easily.

GPU scaling decreases the FPS a bit as it embraces the input lag. This, however, doesn't affect the performance if you own a good graphics card. Everytime you turn On GPU scaling, it takes time to stretch low aspect ratio graphics into high aspect ratio. This impacts the FPS(Frames Per Second).

Although everyone perceives motion and input lag differently, the vast majority of people will likely have a hard time seeing any difference above 240Hz. Going higher doesn't hurt performance, but for people who aren't competitive or esports gamers, the money is probably better spent on other features.

The simple answer to that is no, not a big difference. Since 165fps is just 21 frames per second more than 144. That's just a 13% increase. Most people aren't likely to notice those extra frames, but the clincher is that if you're getting a new monitor for gaming, you should know that 165Hz is basically the new 144Hz.

The higher the number, the smoother the screen will appear to the human eye. This means that a 120Hz display – which updates itself 120 times a second – will look noticeable slicker and more natural than your average 60Hz screen which only updates itself 60 times a second.

144hz monitors refresh their image every 6.94ms, and 240hz monitors refresh every 4.17ms. The difference between 60hz and 144hz is much more noticeable, but 240hz will give you a smoother experience. More products have 144hz refresh rates than they do 240hz.

165Hz vs. 240Hz. Avid eSports fans who cannot tolerate any input lag and want a completely smooth experience at all times should look for a 240Hz monitor.

“Yes , you can get 240 fps on a 144HZ monitor.. Simple answer: Yes, but 96 of the FPS will be wasted. The monitor can only display 144 FPS, but your game can run at 240FPS, it isn't a problem. FPS is given by the GPU – yes you can get 240 in the screen.”

Is HDMI enough for 240Hz? ›

HDMI 2.0 carries combinations like 1440p 165Hz with no issue, and for 1080p, frame rates of 240Hz are no problem. On PC, HDMI is secondary to DisplayPort, which offers significantly more bandwidth, with DP 1.4 not that far from HDMI 2.1 and capable of 4K 120Hz.

Nvidia GeForce RTX 4090

All games are being built under this technology and Nvidia has the proper environment to show those advances. For that reason, the RTX 4090 is the best GPU for 1440p 240Hz gaming.

HDMI 2.1 cables can technically support 240Hz at 4K if it uses display stream compression, but that's not ideal for gaming as it can introduce visual artifacts. For lower resolutions, however, like 1440p or 1080p, it has no trouble managing that without compression.

Enable FreeSync/G-Sync

If you're gaming on a monitor that supports AMD's FreeSync, or Nvidia's G-Sync technology, you should enable them. Doing so makes sure that you don't get any screen tearing or stuttering, and means you don't need to use V-Sync to get it, which otherwise can result in worse input lag.

Many people find that the 75% range is the most comfortable on their eyes. Try this setting with both the room lights on and off to make sure it works for either. Color – When you increase or decrease the color setting, you adjust the color saturation of the monitor.

We recommend choosing “85% or 77%” for the best gaming experience without losing too much image quality. Here is an example that shows you what difference it makes when you enable NVIDIA Image Scaling in-game.

Change resolution: Set the highest possible resolution and the highest refresh rate available. Select Use Nvidia Color Settings and set the color depth to the Highest, and the dynamic range to Full. Adjust desktop color settings: Set Digital Vibrance to 70-80% and see if you like it.

Game players want to be immersed in the game's world and experience its mood while they play. The use of RGB colored light in lighting design applications is best for generating a cool ambiance. Cool colors like blue, green, and purple should be used when creating a cool vibe.

That's because 165Hz is becoming the new 144Hz, the middle ground between 60Hz and really high frame rates like 240Hz and 360Hz. Being a newer standard means with 165Hz monitors you're more likely to get improved panels, better color accuracy, better HDR, and faster response. Given the choice, go with 165Hz.

Should FreeSync be on or off for gaming? ›

FreeSync can completely eliminate screen tearing and stuttering by providing you with a variable refresh rate if you have a compatible graphics card, so it's definitely worth it.

That means even an LCD should be calibrated at least once every six months, though once a month is a good habit. Calibrating your monitor is essential to produce a neutral white with no color shift. It's also important that other colors be as accurate as possible with the ambient light conditions you're working under.

In this way, 60 Hz means that the screen can show 60 pictures in 1 second and 144 Hz means that the screen can show 144 pictures in 1 second, and so on. A higher number of hertz or a higher refresh rate means you get more pictures per second adequately which makes an increasingly smoother picture display on the screen.

So while image sharpening can be part of a process to increase fps, by itself it doesn't do that. The availability of dynamic texture resolution depends on the game. Quite a few newer games have some form of it, but you won't find it in most older games. You can also do this when using Nvidia Ansel to take screenshots.

Nope, it is the resolution rather than the colours. The background programs might be working a little more or less from time to time, Thats why your FPS might vary.

Under How do you make color adjustments, select With the NVIDIA settings. If necessary, click the Color tab and then move the Brightness, Contrast, Hue, and Saturation sliders to achieve the optimum baseline color quality for your video. Click the Advanced tab, then check the Color enhancement check box.