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Worlds beyond Windows: Which Linux distribution is right for you?

Worlds beyond Windows: Which Linux distribution is right for you?

Debian , Arch , Slackware ? Ubuntu , Open Suse , Mint ? Knoppix , Tails , Parted Magic ? KDE , Gnome , Cinnamon ? Anyone who deals with Linux has to process and categorize dozens of names. A few safe claims can help as landmarks. If you want to install Linux, you really are spoiled for choice: There are currently around 250 distributions available for end users, the vast majority of them free of charge. Do you have to know or even try out 250 distributions to find the right one? Certainly not: 80 to 90 percent can be filtered out in advance. In this article, I’ll present the best systems and work out the differences, advantages, and weaknesses. Main strains with Debian dominance The only thing that unites all Linux distributions is the Linux kernel. On this basis, there are five main strains on which the vast majority of distributions (derivatives) are based: Debian Linux : around 125 active distributions, including Debian , Raspbian , Knoppix , Ubuntu with numerous other derivatives such as Linux Mint Red Hat/Fedora : around 25 active distributions, including Fedora , RHEL , Alma Linux Arch Linux : around 20 active distributions, including Manjaro , Endeavour-OS ) Slackware : around 10 active distributions, including Porteus , Slax , and a handful more, if you still want to count Open Suse as Slackware-based Gentoo Linux : around eight active distributions, including Redcore Linux In addition, there are numerous independent distributions such as Solus-OS , Clear Linux , or Puppy Linux and — for the sake of completeness — the Android mobile system. Debian therefore has far more successors than all other Linux strains combined. The more than 50 Ubuntu derivatives alone add up to more systems than any other main Linux strain. The main reasons for the spread of Debian are its compactness, flexibility, and stability (in the most widely used “stable” branch) and the reliable package management with a huge selection of software. Many derivatives such as Linux Mint , Elementary OS , Bodhi Linux , Zorin-OS , or Bunsenlabs do not reveal their Debian or Ubuntu ancestry in their names. Knoppix , Raspbian , or the NAS system Open Media Vault are also based on Debian. This picture is only intended to convey the quantities. These are half of the Debian derivatives with the Ubuntu node. Foundry The user and desktop area is dominated by comfortable Debian systems such as Ubuntu , Mint , or Elementary OS . The bottom line is that Debian systems are the first choice for beginners, but also for many pragmatic Linux connoisseurs. The only disadvantage of Debian and others may be somewhat outdated software versions. Most Gentoo-, Slackware-, Red Hat- and Arch-based systems are not suitable for the majority, but are islands for Linux connoisseurs and for specialized areas of application. The Gentoo base is practically dying out after the end of Sabayon and the switch from System Rescue CD to the Arch base . However, there are some notable exceptions with Arch, etc.: Arch Linux: There are two particularly popular distributions here: Endeavour-OS is a very fast Linux with a graphical installer, but requires some Linux experience in everyday use. Manjaro with its graphical installer and package manager is probably the most convenient Arch Linux, but is also not a beginner’s system. Red Hat: Fedora Workstation is focused on innovation, less on stability. The “Anaconda” installer used here cannot compete with the simpler Debian/Ubuntu alternatives (Ubiquity, Calamares). Slackware: Porteus is designed as a live system (no installation) and is the first choice for a mobile and fast surfing system. Open Suse is basically based on Slackware, but is now considered independent. For more than a decade, it was almost the only Linux aimed at the PC desktop with graphical operation and configurability. The distribution has lost importance and now tends more towards innovation (e.g. BTRFS file system) and less towards beginner-friendliness. Nevertheless, Open Suse (“ Leap “) remains a rock-solid choice. Package formats and containers A desktop user may not care whether their VLC player or Office program runs under Debian or Arch. The software is the same in both cases. However, as all the main strains mentioned use a different package format and different tools when obtaining the software, the choice of system for the software used plays an important role. Once you are used to the DEB package format (Debian, Ubuntu & Co., Linux Mint) and the apt terminal tool responsible for this, the changeover to RPM (Slackware, Red Hat, Open Suse), Tar.xz (Arch) or even Portage (Gentoo) is a significant hurdle and vice versa. Package management differs technically in terms of recognizing package dependencies and also in terms of operation. Graphical software centers of desktop systems should not be relied on exclusively, as they only offer a subset of the software sources. Fundamental knowledge of the respective terminal package manager is therefore important. The package format for installations and updates differs significantly between the main Linux strains. Anyone who is used to Debian or Arch will remain loyal for this reason. Foundry Apt (DEB packages under Debian/Ubuntu), Zypper (RPM packages under Open Suse) and Yum (RPM packages under Red Hat) can be considered relatively simple. You have to get used to the very concise syntax of Pacman (Arch), although only a handful of commands are required for the essentials (update, installation, uninstallation, search). Familiarizing yourself with Emerge and Gentoo’s Portage package format will be too much for normal users. The Snap and Flatpak container formats require independent management. This, their package sizes, and the increased system complexity are annoying or even off-putting for many users. If you want to avoid Snaps, you have to avoid all official Ubuntus (Ubuntu, Kubuntu, Lubuntu, Xubuntu, Ubuntu Mate/Budgie/Cinnamon/Unity). With Flatpak, the situation is more relaxed because here, as a rule, only the offer in the form of the management software is available, but no binding pre-installed Flatpak software. Candidates with a pre-installed Flatpak environment are Linux Mint , Elementary OS , Endless OS , Fedora , Tuxedo-OS , Zorin-OS . Different release models All Linux distributions provide standard package sources to supply the respective operating system with software and updates. There are clearly differentiated release models, which are essential for up-to-dateness and stability, but are not always communicated as clearly as they should be. Fixed: This is the regular and predominant release model with a quasi-static standard system. The fixed model is not only typical for Debian/Ubuntu/Mint, but is standard almost everywhere beyond Arch Linux. The kernel and system remain conservatively in their original state and updates only correct the current security problems. In the case of LTS long-term versions, function and kernel updates are carried out via periodic point releases. In general, this model guarantees high stability for the desktop, and even more so for server systems. However, the application software from the package sources can become relatively outdated over the years (with the exception of browsers). Rolling: This model is the rule for Arch-based distributions ( Arch , Endeavour-OS , Manjaro ), but can also be found elsewhere as an optional variant: Examples include Debian Sid , the Ubuntu-based Rhino Linux , or Open Suse “Tumbleweed” . The independent Solus OS is also a rolling release. Rolling releases do not recognize system versions, but keep the Linux kernel, drivers, system, and software permanently up to date — with certain risks of incompatible components. Rolling releases are suitable for users who tend to be competent, who always want to stay up to date and can fix any problems themselves. Semi-rolling releases such as MX Linux , Antix , KDE Neon , or Tuxedo-OS are hybrids between fixed and rolling. Immutable : The young, extremely secure release model “Immutable Linux” is more restrictive than the fixed model and strictly separates the core system and software. Apart from updates, the core system is static and unchangeable for both users and software. For application software, the container formats Flatpak and Snap are used, which do not interfere with the core system. Prominent candidates are Fedora Silverblue , Endless OS , and soon a variant of Debian 13. However, the immutable model is hardly recommended for normal users: The range of software is limited, the read-only system is too inflexible for server tasks, and the same applies to driver updates. Origin and sustainability In the mass of distributions on offer, some candidates may appear to be the perfect solution at first glance. However, typical desktop users or even Linux beginners should not get involved with exotics. Linux projects from small development teams may quickly become obsolete or have shortcomings that are not immediately recognizable even after trying out the live system. A lack of language support or a mixed-language system are among the most common, but by no means the most serious shortcomings. Distributions and desktops A user-friendly interface is at least as important to many users as the familiar package format or release model. However, distributions and desktops are a complicated subject. Although the well-established statement that the desktop under Linux is merely an interchangeable software application is technically true, it is still not correct. If you choose a distribution with the wrong desktop, you will regularly be disappointed by a “real” desktop installed afterwards. This also applies to distributions without a default desktop with Netinstaller (such as Debian , Open Suse , Parrot-OS ), which install the desktop selected by the user. As flexible as this may seem, the result is always an unambitious standard desktop that requires reworking and possibly further installations. Desktop and distribution selection: The widest possible range of graphical management tools is important if terminal knowledge is lacking. Foundry Practically speaking: It is advantageous to choose distributions that are clearly or even unambiguously committed to a desktop. Here you can assume that the interface is optimized and delivered with all the associated components. Examples of distributions that clearly serve a desktop are official Ubuntu flavors such as Kubuntu (KDE) , Xubuntu (XFCE) , Lubuntu (LXQT) , as well as Elementary OS (Pantheon) , KDE Neon (KDE) , Bodhi Linux (Moksha) , or Bunsenlabs (Openbox) . Most distributions avoid the restriction to one desktop and therefore offer several interfaces, but favor at least one standard. It is practically always best to choose this standard desktop — and if this desktop is not desired, it is better to choose a different distribution. Examples of distributions that clearly favor a specific desktop are Linux Mint (Cinnamon) , Solus-OS (Budgie) , or Parrot-OS Home (XFCE) . The Linux desktops If you expect — without a terminal — the most complete graphical use possible for software installation, system configuration, drive management, and desktop customization, you cannot choose just any Linux desktop and therefore not just any distribution. The desktop for Linux systems is in principle freely selectable, as here with the Debian Netinstaller. However, you are better off with a distribution with a pre-installed standard desktop. Foundry KDE Plasma : With its configuration centers and system tools, KDE is the undisputed leader among Linux desktops. However, KDE is complex and not always beginner-friendly. Other obvious distributions would be Kubuntu , KDE Neon , or Opensuse “Leap” . Cinnamon : This desktop is probably the best Linux interface at the moment, combining a wealth of functions with (still) clear operation. Linux Mint , Ubuntu Cinnamon, and others offer the latest and most complete Cinnamon. Gnome : This desktop is unconventional, but functional and complete, although the administration area (“Settings”) is more confusing than KDE or Cinnamon . Typical Gnome distributions are Ubuntu , Fedora , or Pop-OS . Mate : The Mate interface still ranks among the complete desktops in that almost all administrative tasks can be performed graphically. Nevertheless, it only serves as the standard desktop under Ubuntu Mate , although many distributions offer it as an option. Budgie : The Gnome-based desktop makes Gnome more traditional again, but has the same confusing settings center and its own customization tools that take some getting used to. The traditional distributions are Solus-OS and Ubuntu Budgie . XFCE : The conservative desktop is easy to use and customize, but has slight deficits compared to the “big” interfaces when it comes to system tools. Model distributions are Xubuntu , MX Linux , or Voyager-OS . LXQT : This desktop is standard in Lubuntu alone, but optional in many distributions. Although LXQT borrows configuration tools from its big brother KDE , complete graphical system administration reaches its limits here. Pantheon : The desktop with a Mac look is attractive, but very reduced. System settings and customizations only offer the essentials. Pantheon is developed by the Elementary OS distribution and is standard there. LXDE/Moksha/Openbox/Fluxbox : These interfaces are representative of a number of others that a user can select specifically because they like them or because they need to save resources. They offer few configuration tools and delegate system administration to the terminal. Distributions that rely on such desktops are generally optimized for economy or live operation, such as Knoppix (LXDE) , Bodhi Linux (Moksha) , Bunsenlabs (Openbox) , and MX Linux (Fluxbox) . More hard facts about Linux distributions Wikipedia with hardcore information: The article “Comparison of Linux distributions” provides technical details on a large number of Linux distributions in several individual tables. Foundry The English-language Wikipedia website “ Comparison of_Linux_distributions ” shows information on all important distributions in sophisticated tables. For example, the existence of an installable live system or a graphical installer, the general orientation, the standard file system, the standard desktop or the number of software packages for each distribution can be researched here. These tables are excellent decision-making aids for a strategic distribution search. The Distrowatch website always provides up-to-date information on all Linux distributions — including servers, exotics, and extinct dinosaurs. In addition to basic data on origin and orientation, there is always a brief, rarely in-depth system characterization. A simple distribution search by name can be found at the top left of the homepage. The real highlight, however, is the search filter at distrowatch.com/search.php . Provided you have some knowledge of Linux, there is no other way to get a quicker answer to the question of whether there is an Arch-based distribution with Netinstaller and Budgie desktop . Advanced search filters on Distrowatch: The well-maintained database enables technical selection filters for a targeted system search. Foundry

My mouse aim in PC games was terrible. These 7 tips fixed it

My mouse aim in PC games was terrible. These 7 tips fixed it

If you’re struggling to make hits in your online games, I hear you. Aiming in multiplayer matches can sometimes feel like you’re the only one not doing it right. But the good news is that mouse aim is something that can be improved. Try these helpful tips on for size. Lower your mouse sensitivity While mouse sensitivity is a highly personal setting, some casual gamers are guilty of using a sensitivity that’s far too high for their skill level, leading to overshooting and missed hits. Lowering your sensitivity gives you far more precision control, making it easier to land careful shots. You should also adjust sensitivity for your different games. While some games like Valorant and Fortnite lend themselves well to a higher sensitivity, since the action and player movements are quick and frantic, in traditional shooters like Call of Duty and Battlefield you’ll benefit from a reduced sensitivity. Just make sure you don’t reduce the sensitivity so low that you can’t turn around quickly to counter foes behind you. Relax your arm One of the best bits of advice for aspiring guitarists is to relax your arm while playing. This simple piece of advice works for aiming in games too. It’s easy to tense up when you’re in the heat of combat, but when the muscles in your arm, wrist, hand, and shoulder aren’t relaxed, your range of motion is reduced and your movements become more erratic. The opposite of that is also true, if you’re relaxed you will move more freely, and your hand movements will be more controlled. Find your perfect grip You need to spend a fair amount of time working through the three major grip styles to find out which one best suits you. Many players swear by the claw and fingertip grip styles as being faster and more precise than the palm grip style, but it really comes down to personal preference. You should also consider each of the three styles to be a rough template. You might find that the grip style that works for you is a hybrid of more than one of these styles put together. Adjust your crosshairs Most games allow you to customize your crosshairs so you should do this to optimize your chance of getting hits. Your crosshairs are your main focus, so what you want is crosshairs that stand out clearly against the background of your game. There’s no single crosshairs that works for everyone, which is why pro gamers use vastly different crosshairs. You’ll need to experiment to find a crosshair that works best for you. Pexels: FOX ^.ᆽ.^= ∫ Master counter strafing Strafing is the technique of moving your character sideways, making it harder for your opponent to hit you. While in some games it’s easy to aim while strafing, in others like Counterstrike 2 it’s a lot harder. In these games it’s useful to learn how to counter strafe (e.g. pressing left while simultaneously moving right) before you start shooting. This will bring your character to a quick halt, allowing you to aim with better accuracy. Keep your crosshairs at head height Keeping your crosshairs at the typical height of a player’s head helps you get more headshots. The reason is because you’re minimizing the amount of screen space you have to move your crosshairs to make a headshot when you see an enemy. Players typically lower their crosshairs when they turn corners, so be sure to keep your crosshairs up at head height next time you come tearing around a corner. Aim vertically as well as horizontally Because most players move horizontally in games, your muscle memory is going to be well honed to aim left to right or right to left. That’s reinforced in target practice where most enemies also appear at your level. But that leaves one whole axis unaccounted for. Enemies can jump, crouch, or find an elevated position in a map, leaving you vulnerable if you haven’t practiced shooting vertically as well as horizontally. Make a conscious effort to aim vertically and move your hand up and down as well as from side to side and I can guarantee you you’ll land more hits. Related content What DPI is good for gaming mice? Does lift-off distance matter in a gaming mouse? Why most pro gamers use a claw grip with gaming mice