How to increase FPS in Counter Strike?
In this article you will learn how to improve FPS in CS: GO. Counter-Strike is an e-sports discipline so that to be a winner you need to use all the ways to win. To win you need a good team and playing professionalism. Many users ask the question “How to increase FPS in CS: GO?” The search engine issues “Install the program RAZER GAMEBOOSTER”. This program does not need to be downloaded.
Here’s what we advise:
One of the most important factors in CS: GO is the speed of packet transfer from client to server and vice versa. In the configuration of the connection, the TCP Optimizer program will help us, you can download it from this link – http://www.speedguide.net/files/TCPOptimizer.exe
The program does not require installation, it can be started immediately.
After starting the program below, you will see 4 checkboxes. Click on the checkbox at the inscription “Optimal”, and then restart the computer.
After restarting, open this program again, and select the checkbox at the “Custom”
Now you can change the settings by yourself. Change the value of LargeSystemCache to “default: 0” and the value of the TcpAckFrequency and TCPNoDelay parameters to “enabled: 1”, and then restart the computer again.
Configuring the video card
A video card is one of the main components on which the FPS depends.
Now I’ll show you how to configure the NVIDIA graphics card.
First, we’ll figure out the power supply.
Follow the links as in the screenshot (below is a text version):
Control panel – Power – Setting the transition to sleep mode – Change additional power settings – PCI Express – Power management of communication status – Value: Off.
Then open the NVIDIA control panel, and in the “3D Options” list select “Manage 3D settings”, select Counter-strike: Global Offensive and specify the settings:
Anisotropic filtering: OFF
Vertical sync: OFF
Background lighting: OFF
Maximum number of pre-prepared frames: 4
Streaming optimization: ON (If multiple processors)
Power management mode: Maximum performance mode is preferred
Smoothing – gamma correction: OFF
Smoothing – Transparency: OFF
Triple buffering: OFF
Filtration of textures – anizotropic optimization by sample: OFF
Texture Filtering – Quality: High Performance
Texture filtering – negative deviation LE: Binding
Texture filtering – trilinear optimization: OFF