Linux Kernel 3.19.5 / 3.18.12 LTS / 3.14.39 LTS / 3.12.39 LTS / 3.10.75 LTS / 3.4.107 LTS

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The core of the Linux operating systems, created and maintained by Linus Torvalds

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What's new in Linux Kernel 3.13:

  • The release got delayed by a week due to travels, but I suspect that's just as well. We had a few fixes come in, and while it wasn't a lot, I think we're better off for it. At least I hope so - I'll be very disappointed if any of them cause more problems than they fix..
  • Anyway, the patch from rc8 is fairly small, with mainly some small arch updates (arm, mips, powerpc, s390, sparc, x86 all had some minor changes, some of them due to a networking fix for the bpf jit). And drivers (mainly gpu and networking). And some generic networking fixes. The appended shortlog gives more details.
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Kernel.Org Organization, Inc.
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ROOT \ System \ Operating Systems \ Kernels
5 Linux Kernel Screenshots:
Linux Kernel - The configuration window of the Linux kernel compilationLinux Kernel - The GTK front-end of the Kernel configuration utilityLinux KernelLinux KernelLinux Kernel
Linux kernel is the essential part of any Linux operating system. It is responsible for resource allocation, low-level hardware interfaces, security, simple communications, basic file system management, and more. Written from scratch by Linus Torvalds (with help from various developers), Linux is a clone of the UNIX operating system. It is geared towards POSIX and Single UNIX Specification compliances.

Features at a glance

Linux comes with powerful features, such as true multitasking, multistack networking, shared copy-on-write executables, shared libraries, demand loading, virtual memory, and proper memory management. Initially designed only for 386/486-based computers, now Linux supports a wide range of architectures, including 64-bit (IA64, AMD64), ARM, ARM64, DEC Alpha, MIPS, SUN Sparc, PowerPC, as well as Amiga and Atari machines.

The most essential component of a GNU/Linux operating system

The most essential component of a Linux-based operating system is the Linux kernel. Without it, the entire system (libraries, applications, etc.) is useless. When creating a Linux distribution, it is also very important to know how to correctly optimize the Linux kernel package, in order to make it support certain hardware components or recognize a specific device.

Distributed in multiple stable branches

One should not be confused by the many stable branches of the Linux kernel, as they are available for different purposes. For example, there are several LTS (Long Term Support) branches that can be used to deploy very stable Linux operating systems. These days, major Linux distribution developers provide users with optimized kernel packages for different purposes. However, advanced users can configure, compile and install their own kernels directly from the source packages at any point (all you need is a supported GCC compiler).

The heart of a Linux distribution

The Linux kernel is the heart of a Linux distribution. If you are a long time Linux user, you may have stumbled across upgrades to the default Linux kernel packages, which lead to better support for certain hardware components or peripherals.

Linux Kernel was reviewed by , last updated on April 23rd, 2015

#linux kernel #linux core #kernel linux #kernel #linux #core #linux kernel

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