The clock speed of the CPU, also known as the CPU frequency or clock rate, is a critical aspect of the computer's performance. It determines how quickly the processor can...

If you're a Linux enthusiast, system administrator, or a developer working on optimizing software for specific hardware, understanding the feature set of the CPU is crucial. Every CPU comes with...

Knowing the storage devices connected to a Linux system is crucial for various tasks such as system administration and maintenance. Whether you need to retrieve the available storage devices on...

NVIDIA GPUs are widely famed for their exceptional computing power, especially in tasks related to parallel processing, machine learning, and scientific simulations. One key metric that defines the performance of...

NVIDIA Management Library (NVML) is a powerful tool that can help to gather information about GPU utilization, temperatures, power consumption, and much more. CMake can be used to configure and...

Dealing with unresponsive graphical user interface (GUI) applications can be a frustrating experience for Linux users. When a program freezes or becomes unresponsive, it not only disrupts the workflow, but...

Determining whether a Linux system is running on a physical machine or a virtualized environment is a crucial diagnostic task, providing valuable insights into the system's infrastructure and aiding in...

Random Access Memory (RAM) is important for systems, temporarily storing data actively used by the CPU. Knowing how to check RAM details on Linux is beneficial for troubleshooting hardware issues...

Determining the total RAM size on a Linux system is a fundamental task for understanding the system's memory capabilities and optimizing performance. RAM is a vital component of any computer...

In a Linux environment, retrieving the path to the executable file being run is a common requirement for various applications and systems. Knowing the executable file path can be crucial...