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This article mainly shows you "how to monitor the temperature, frequency, power and utilization of CPU in Linux". It is easy to understand and clear. I hope it can help you solve your doubts. Let me lead you to study and learn how to monitor the temperature, frequency, power and utilization of CPU in Linux.

What is s-tui?

S-tui is a terminal UI for monitoring computers. S-tui can monitor the temperature, frequency, power and utilization of CPU graphically at the terminal. In addition, it shows the performance degradation caused by calorific restrictions, which requires very few resources and does not require an X server. It is written in Python and requires root permission to use it.

S-tui is a stand-alone program that can be used out of the box and does not require a configuration file to use its basic functions.

S-tui uses psutil to detect some of your hardware information. If you don't support some of your hardware, you may not see all the information.

When running s-tui as root, when testing all CPU cores, you can play CPU to the * Rui frequency. It uses the Stress stress testing tool in the background to check whether the temperature of its components exceeds its acceptable range by applying certain types of computational pressure to the system. As long as the computer is stable and the temperature of its components does not exceed its acceptable range, PC overclocking is no problem. There are several programs that can evaluate the overclocking level by testing the stability of the system.

How to install s-tui in Linux

It is written in Python, and pip is the recommended way to install s-tui on Linux. Make sure you have the python-pip package installed on your system. If not, use the following command to install.

For Debian/Ubuntu users, use the apt command or the apt-get command to install pip.

$sudo apt install python-pip stress

For Archlinux users, use the pacman command to install pip.

$sudo pacman-S python-pip stress

For Fedora users, use the dnf command to install pip.

$sudo dnf install python-pip stress

For CentOS/RHEL users, use the yum command to install pip.

$sudo yum install python-pip stress

For openSUSE users, use the zypper command to install pip.

$sudo zypper install python-pip stress

Run the following pip command to install the s-tui tool in Linux.

For Python 2.x:

$sudo pip install s-tui

For Python 3.x:

$sudo pip3 install s-tui how to use s-tui

As I said at the beginning of the article. It requires root permission to get all the information from the system. Simply run the following command to start s-tui.

$sudo s-tui

By default, it enables hardware monitoring and selects the "Stress" option to perform stress tests on the system.

To see other options, go to the help page.

S-tui-help above is all the content of the article "how to monitor the temperature, frequency, power and utilization of CPU in Linux". Thank you for reading! I believe we all have a certain understanding, hope to share the content to help you, if you want to learn more knowledge, welcome to follow the industry information channel!

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