CSGO may have been 8 years old last October, but CSGO is now hitting 1 million players for the first time. With such a large number of players, certainly optimizing the configuration to play smoothly is something everyone wants to achieve.
Frames per second, or FPS (frames per second), is extremely important in good gaming. The article will guide those who own an NVDIA graphics card the steps to achieve a stable high FPS in its software.
Note: Counter-Strike runs on a tweaked version of the Source engine and uses more CPU resources than GPU. If you are using an old CPU and want to play CSGO, you should upgrade your CPU first.
The best configuration to achieve high FPS for NVIDIA graphics cards
This tutorial will show you how to optimize configurations, specifically NVIDIA GPUs, using the NVIDIA Control Panel software.
If you have never updated your graphics card driver, go to NVDIA’s download website, find the graphics card you are using, and install the driver. Once you have updated the driver to the latest version, right-click on the desktop, and select NVIDIA Control Panel from the list.
A new window will open with two separate areas. On the left is a list of different configurations, while on the right are the active monitors attached to the computer.
If you have a 144 or 240Hz monitor, make sure the refresh rate value is correct for the monitor. There have been cases, some of you used 144Hz screens but never changed the refresh rate and let it default to 60hz. Remember to check again.
When done, look to the left item. In the “3D Settings” section, select, “Adjust Image settings with previews”. Select the circle next to “Use the advanced 3D image settings” before going back to the left menu and choosing “Manage 3D Settings”.
Now we will configure the GPU. There are two options: change the graphics configuration of the entire computer, or just a single program. We will go to Program Settings. By customizing with Counter-Strike Global Offensive, this configuration will only apply when you run CSGO.
Click on the “Program Settings” tab and select “Counter-Strike: Global Offensive” from the list. If you don’t see it here, you can click “Add”, navigate to CSGO.exe, and add it this way.
In the frame, there are two columns called “Feature” and “Setting”. We’ll tweak them so that when CSGO is open, the graphics card will use the configuration you’ve set up here, instead of the game’s default.
By configuring NVIDIA here, players have more control over framerate than relying on in-game tools. We will go through each configuration, describe it, and offer a “Setting” recommendation to improve FPS in CSGO.
Increase CSGO FPS with NVIDIA Graphics Control Panel
Image Sharpening
This is a post-process effect, meaning it only applies after the image is sent from the GPU to the screen. While sharpening an image can make things clearer, too much will cause the image to be distorted.
It is best to tweak this last and test at 50% to see if you notice any difference in eye detection of the target. Begin to adjust gradually. As for FPS, the less sharp the adjustment, the higher the FPS.
Ambient Occlusion
It creates a dimming effect on the light as the light passes through the objects. Since we don’t go sightseeing, it’s best to turn it off to increase performance.
Anisotropic Filtering
- Setting: APPLICATION CONTROLLED
Anisotropic Filtering makes images sharper and less blurry. We already have Filtering in the game, so we will let CSGO control this configuration.
Antialiasing – Gamma Correction
This small adjustment makes dark backgrounds like Under Palace in Mirage easier to see without causing FPS drops. Turn it on.
Antialiasing – Mode
- Setting: APPLICATION CONTROLLED
If you really want to, NVIDIA cards can use antialiasing with any game. Since we want to reduce the burden and improve performance, NVIDIA recommends we leave it at “Application Controlled”.
CUDA – GPUs
Leave it as “All”. Even if you only have one graphics card, it will avoid the case that the game runs on the integrated graphics card on the motherboard. You’ll definitely notice it right away, but it’s still a good idea to turn it on first.
DSR – Factors
Dynamic Super Resolution is great for things like screenshots, but it hurts performance. DSR actually renders the frame at a higher resolution than the screen and then scales it down again, making the image extremely sharp. Unfortunately, turning it on again affects the frame the most, so turn it off.
Low Latency Mode
- Setting: USER DEPENDS
Depends on how powerful your CPU is. Low Latency Mode can be a double-edged sword. The configuration limits the amount of frames the CPU can process before the GPU can display them, meaning what the player sees will happen more closely to reality.
Imagine, someone took 20 pictures of a running dog in 20 seconds. Instead of taking 1 photo 1 second, they took 12 photos in the first 5 seconds, 2 photos in 10 seconds, and one photo in the next 6 seconds.
Someone looks at the pictures and won’t understand what’s going on between them.
If the pictures were taken once every second for 20 seconds, and shown to someone, you would obviously realize that the dog was running.
The second example more accurately describes the events that occurred. Low Latency Mode works similarly. By limiting how much the CPU can preprocess, the player will get an accurate description of what is happening right now inside a CS game.
But if your CPU doesn’t keep up with the tempo, the player will feel jerky and screen tearing, so we’ll turn it off in this case.
If your computer is strong, turn it on. Otherwise, turn it off until the day the CPU is upgraded to the same level as the GPU.
Max Frame Rate
Some think having a higher frame rate than the monitor’s refresh rate is useless. This is not correct. More frames means more data, ie a 144hz screen at 180 FPS will not look as smooth as a 144hz screen running at 300 FPS. This is especially true of CSGO’s antiquated interpolation configuration. Simply put, the more frames, the smoother CSGO feels. Set Max Frame Rate to Off.
Multi-Frame Sampled (MFAA)
NVDIA’s latest antialiasing is great technology, but it requires too many resources, and is not necessary for CSGO. We should get a few more FPS when we turn it off.
OpenGL rendering GPU
Counter-Strike doesn’t use OpenGL, so don’t worry about this one. Set to Auto-select.
Power management mode
- Setting: PREFER MAXIMUM PERFORMANCE
Power management mode is the biggest culprit that makes CSGO jerky. While you are fighting hard, the GPU goes to sleep.
NVIDIA GPUs have this option enabled by default in all driver versions. If one day open CSGO and the game feels like turtles, check this first. Setting “Prefer maximum performance” means the card will use as much power as possible to ensure CSGO achieves high frames.
Preferred Refresh Rate
- Setting: HIGHEST AVAILABLE
For those who have a monitor capable of displaying a refresh rate higher than 60Hz, it should be set to “Highest available”. Even if your monitor is only running at 60Hz, it’s still a good idea to make sure the GPU knows how many frames to give to the screen.
While you can set CSGO’s refresh rate using the game’s launch options, let the GPU take over. But players should add -freq 144 or -freq 240 to their launch options, if your monitor can afford it.
In fact, CSGO hasn’t used these commands for years and defaults to Windows or driver configuration by default. It is best to “be careful and uncompromising”.
Shader Cache
Many people think that CSGO gamers should turn it off. Don’t do that!
Almost any Shader and Shadow configuration has a big impact on the CPU of the computer, so many people often think that anything related to shadows should be turned off.
However, this configuration runs first and stores shaders available on the hard drive, to give the CPU more resources in the game, depending on what your processor is. If you install CSGO on an SSD, you will hardly notice the difference. The less work the CPU has, the more it can focus on improving frames.
Should you tweak Filter Textures in CSGO?
Have.
Anisotropic sample optimization Round the jagged edges using a special formula related to the map’s texture.
WOMENegative LOD bias reduce the CPU burden by using a clever method to sharpen textures, while Texture filtering – Quality can be understood as a computer filtering complex textures. Final, trilinear optimization allows the GPU to use trilinear filtering only on certain areas, reducing the load on the GPU.
You can turn them all off if you don’t plan to use antialiasing.
Texture filtering – Anisotropic sample optimization
Texture filtering – Negative LOD bias
Texture filtering – Quality
- Setting: HIGH PERFORMANCE
Texture Filtering Trilinear optimization
Next, Threaded optimization helps the program use more CPU threads, increasing the speed at which the CPU sends data to the GPU. The less CPU work, the more resources it has to increase frames for CSGO.
Threaded Optimization
Finally, if you’ve tested the above configurations and consistently get higher FPS than the monitor’s refresh rate, disable V-Sync for both CS and NVIDIA Control Panel.
If your computer sometimes has an FPS below the refresh rate and recovers quickly, use the “Adaptive” profile. Adaptive is suitable for weak PCs that cannot run CSGO smoothly. It turns off V-Sync when the framerate is lower than the refresh rate, and if it is higher, it will limit it.
V-Sync can get in the way, but missing a headshot because of frame tearing is even worse. With V-Sync turned on, you’ll at least have a chance to headshot.
Want high FPS in CSGO, you need to experiment
Once done, click “Apply” and close the NVIDIA Control Panel. No two PCs are alike. So what can slow down one machine makes another run fast, so you’ll need to experiment back and forth to find the best configuration.
Don’t be afraid to experiment. NVIDIA has a button to restore all configurations to default, right next to the Apply button.
According to Win.gg
Source link: Instructions to increase FPS for CSGO with NVIDIA Control Panel configuration
– https://emergenceingames.com/
