![]() Checking Kernel Version with /proc/versionĪn alternative method for checking the kernel version in Linux is to access the /proc/version file. This command will display the version number of the currently installed kernel. On Fedora, you can use the following command to check the kernel version: $ rpm -q kernel The kernel version is included in the package name, so you can easily identify the version you are running. This command will display a list of installed kernel images, along with their version numbers. In this case, you can use distribution-specific commands to check the kernel version.įor example, on Ubuntu, you can use the following command to check the kernel version: $ dpkg -l linux-image-\* | grep ^ii ![]() If you are using a Linux distribution such as Ubuntu or Fedora, you may find that the uname command does not provide detailed information about the kernel version. Finding Distribution-Specific Kernel Version For example, if the output of the command is “5.11.0-27-generic”, this indicates that your system is running the 5.11.0 version of the Linux kernel. This command will display the kernel version in use on your system. To check the kernel version using uname, simply open a terminal window and enter the following command: $ uname -r This command displays information about the operating system, including the kernel version, hostname, operating system release, and processor type. The uname command is a useful tool for checking the kernel version in Linux. Checking Kernel Version Using uname Command As a result, Linux users can experience improved reliability, stability, and functionality with each new kernel release. These updates bring forth new kernel versions, often accompanied by fresh features and advancements in system performance and security. In the case of Linux, the kernel is an open-source software that is continually being updated and enhanced by a diverse community of developers worldwide. Additionally, the kernel provides an interface for applications and user-level programs to interact with the underlying hardware. ![]() It has the essential task of managing various system resources such as memory, CPU time, input/output devices, and file systems. The kernel is a software component that serves as a critical link between the hardware and software layers of a computer system.
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