Switching from Windows to Linux: where I’d start

I like the idea of a computer that invites you to try things. Change the desktop. Give an older laptop another job. Make a shortcut for something you do twenty times a day. Linux gives you a lot of room to do that, and that freedom can bring some of the joy of computing back.

You can also install a straightforward desktop and get on with your day. You don’t have to become a programmer or turn maintenance into a hobby. The question I’d start with is simple: can this computer do what you need, comfortably and reliably?

A Linux distribution, usually shortened to distro, packages the operating system, updates, installer, and software sources. The desktop is the part you interact with: the launcher, taskbar, windows, and settings. Those are related choices, but they aren’t the same thing.

If you want something familiar, Cinnamon in Linux Mint or KDE Plasma can give you a menu, taskbar, system tray, and ordinary movable windows. We can adjust the layout, scaling, shortcuts, and appearance around your habits. It can feel close to Windows without pretending that every Windows application will work.

GNOME takes a different approach, with an overview and workspaces at the center of navigation. Tiling desktops go further and arrange windows for you. Pick what feels comfortable; there is no prize for choosing the most complicated option.

There is another layer underneath the desktop: how applications put windows on your screen and receive keyboard and mouse input. You’ll see the names Wayland and X11 here. They describe display protocols, not distributions or desktop themes.

X11 is the older system, often provided by the X.Org server, which is why people also call an X11 session “Xorg.” It has a long history and still matters for some older applications and tools. Choosing it does not mean your desktop has to look old.

Wayland is the newer approach. The compositor handles displaying windows and routing input; Hyprland is one example of a Wayland compositor. Wayland itself isn’t a desktop you install instead of Mint or Fedora. The desktop and distribution determine which sessions are available.

XWayland lets X11 applications run inside a Wayland session, alongside native Wayland applications. In many cases this happens without you thinking about it. It is compatibility for Linux graphical applications, not the Windows compatibility provided by Wine or Proton.

I’d start with the session your distribution recommends, then test the things you actually use. Check text clarity at your preferred scaling, monitors with different resolutions or refresh rates, games, graphics drivers, screen recording, and remote assistance. The result depends on the desktop, application, and hardware together; “Wayland” alone is not a performance guarantee.

On Wayland, screen sharing commonly uses desktop portals and PipeWire. In everyday terms, the app asks the desktop for a window or screen to share, and PipeWire carries the video. The correct portal integration matters, especially with a custom setup; Hyprland documents its screen-sharing requirements. Test an actual call rather than assuming a working webcam means screen sharing works too.

Wayland also changes how applications gain access to other windows and input. That gives the desktop more control over sharing, but it can require different approaches for global shortcuts, automation, and accessibility tools. It is not a complete security sandbox, and X11 applications sharing an XWayland server retain X11’s weaker isolation. The XWayland documentation explains that distinction.

If an important tool only works properly in X11, an X11 session can be a practical fallback where your desktop still provides one. Some environments are Wayland-only: Hyprland does not have an X11 mode. We can choose a different supported desktop if that is what your workflow needs. You don’t need to win an argument about display systems to have a computer that works.

NVIDIA can work well on Linux, but the exact card matters. An older GeForce and a current RTX card may need different driver branches. NVIDIA’s open kernel modules support Turing and newer hardware; older generations need a different supported route. These modules are also different from the community Nouveau driver, and they do not make the entire NVIDIA software stack open source. Check support for your specific GPU before choosing an installer option.

The distribution matters because it supplies the kernel, driver packages, and desktop versions that need to work together. I’d use its supported NVIDIA installation method and check how driver updates are handled. A rolling distribution can deliver fixes sooner, but also changes more often. A conservative release may need a supported update before newer hardware works well. Neither approach guarantees a trouble-free result.

On Wayland, possible trouble spots include flickering in certain applications or XWayland games, external monitors on laptops with two GPUs, and suspend or wake problems. Explicit sync helps coordinate when frames are ready to display; the driver, compositor, and application path all matter. Hyprland’s NVIDIA guide covers these issues. I’d test your actual monitors, a few games, a video call, and closing and reopening the laptop before calling the setup finished.

If something breaks, I’d first check the supported driver, kernel, application updates, and desktop configuration. An X11 session can sometimes be a useful comparison or fallback if your chosen desktop still offers one. Hyprland itself runs on Wayland, so that fallback means using another desktop. Copying a pile of old NVIDIA environment variables from a forum can make diagnosis harder.

My own system is an example of how specific this can get: resolving a BAR1 issue in my Wayland/Hyprland setup required BIOS patching. That was a fix for my hardware combination, not something everyone installing Linux should expect to do.

BAR1 is a window through which the CPU and other devices can access GPU memory. Its mapped size is different from the total VRAM on the card. Resizable BAR allows that window to be resized on compatible systems, but the GPU, motherboard firmware, and driver all have a say. A small BAR1 allocation by itself does not prove that it is causing a desktop problem.

Projects such as NvStrapsReBar show how specialized this work can be: it targets Resizable BAR on Turing cards such as the GTX 16 and RTX 20 series through motherboard UEFI modifications. That is not a universal NVIDIA or Wayland fix. I would establish the cause, check supported firmware updates and simpler workarounds, and confirm compatibility and a recovery method before considering a modified BIOS. A bad flash can leave a computer unable to boot.

This is one reason I offer help checking a Linux migration against the computer you actually own. Sometimes the answer is a driver change or a different desktop. Sometimes a hardware limitation makes keeping Windows, using WSL2, or choosing another machine the more sensible option.

Linux Mint: my first suggestion to try if you want a familiar desktop with relatively little fuss. Cinnamon is the obvious starting point. Mint also offers lighter desktop choices for some older machines, though changing the OS cannot fix failing hardware.

Zorin OS: another approachable option for someone coming from Windows. Its layout choices and guidance toward Linux alternatives can make the first few days easier. Start by looking at the free edition; paid extras aren’t required to try Linux.

Ubuntu LTS and Kubuntu: widely documented options. Ubuntu’s desktop is based on GNOME; Kubuntu uses KDE Plasma. An LTS release favors a longer support window over constantly changing the whole system. Check the support period for the particular edition you install.

Fedora Workstation and Fedora KDE: worth a look if you want a current Linux desktop with regular releases. Workstation uses GNOME; the KDE edition gives you Plasma. Plan on periodic version upgrades.

Debian: a good candidate when you value a conservative, predictable base. Software in its stable release can be older by design. Very new hardware deserves a compatibility check before settling on it.

openSUSE: offers the regular-release Leap and rolling-release Tumbleweed approaches. Rolling means updates arrive continuously instead of waiting for a big version upgrade; it also means staying engaged with updates.

Pop!_OS: System76’s desktop Linux option, with its COSMIC desktop worth trying if window organization and workspaces appeal to you. Test the workflow and your hardware rather than picking it from screenshots alone.

CachyOS is based on Arch and emphasizes performance tuning, optimized packages, and a choice of desktops, including Plasma and Hyprland. It’s an interesting option for newer hardware, gaming, and people who want current software. Performance gains depend on the machine and workload; I wouldn’t promise a universal speed boost.

Arch Linux gives you more responsibility for building and maintaining the system. CachyOS makes parts of getting started easier, but it still follows a rolling-release approach. I’d choose this route because you want its flexibility and can make time for maintenance.

Bazzite is another option to evaluate for a gaming desktop or supported handheld. It uses a Fedora-based system-image approach and includes gaming tools. It won’t make an unsupported game compatible, and its system-management approach differs from a traditional distro.

For a first attempt, I’d narrow this list to two choices and try them. Spending a month comparing distributions can become its own hobby before you’ve answered whether your printer works.

Hyprland manages windows and displays using Wayland, the modern Linux display system. It can tile windows, organize workspaces, and put keyboard shortcuts at the center of your day. You can still use a mouse and floating windows. The appeal is getting your workspace arranged the way your brain expects it.

Noctalia supplies the desktop shell: things like a bar, launcher, notifications, and control center. It can run with Hyprland. Neither is a Linux distribution on its own. Together, they can give you a coordinated desktop that looks and behaves very differently from Windows.

One current detail matters here: checked October 10, 2026, Noctalia’s docs separate the current v5 shell from the archived v4 Quickshell version. Use instructions for the version you’re installing; old configuration snippets aren’t automatically interchangeable.

Omarchy takes a more prearranged approach around Arch and Hyprland, with selected tools, themes, and a keyboard-oriented workflow. It can spare you some initial design decisions. You’re also accepting the project’s choices and update model, so try its workflow before making it your only machine.

This is where Linux can be a lot of fun. A beautiful desktop, useful shortcuts, and small custom tools can make you want to sit down at the computer again. But screen sharing, accessibility tools, multiple monitors, and everyday controls still need testing. A lovely setup that gets in your way isn’t finished.

Linux lets you choose a system with fewer connections to a vendor account and more control over installed services. For example, Linux Mint says it does not collect user data. Local accounts, local files, and open-source software can make it easier to understand and limit what your computer is doing.

That isn’t a promise that every Linux distribution or application collects nothing. Review diagnostic settings, browser sync, extensions, and any cloud services you add. Signing into the same websites still exposes information to those websites. Using a cloud AI assistant still sends it whatever you submit.

Keep updates enabled, use trusted software sources, and consider disk encryption when installing. Encryption helps protect a powered-off machine if it is lost; it doesn’t stop a malicious application you run while logged in. Linux needs sensible security habits too.

Make a list of what you actually use: email, browser, office documents, photo tools, accounting, work VPN, printer software, games, and anything your employer requires. For each one, identify a native Linux version, an acceptable web version, or a replacement you have tested.

LibreOffice may cover your documents, but test real spreadsheets, macros, fonts, and shared files before relying on it for work. A program opening the file is only the first check. Adobe’s Photoshop desktop requirements still list Windows and macOS, rather than native Linux support. A different image editor may be useful without being a drop-in replacement for your workflow.

Windows compatibility has come a long way, and there are several ways to keep an application you like. I’d work through the options below before assuming that one Windows program rules out Linux. The useful test is completing your actual work, including saving, exporting, printing, and opening the result again.

Wine implements Windows interfaces so compatible Windows programs can run on Linux without installing the Windows operating system. It is a compatibility layer, not a full Windows virtual machine. Some programs work well; others need particular components or a specific Wine version. Check the exact application version, not just its name.

Bottles gives you a graphical way to manage separate Wine environments, called bottles. Keeping an application’s settings and dependencies separate makes experiments easier to manage. CrossOver is a paid Wine-based option with application-specific setup and support. Its trial is useful for testing your own software before buying. Neither option guarantees that every Windows application works.

For games, Steam’s Proton is usually the easiest starting point. Heroic helps manage Epic, GOG, and Amazon libraries, while Lutris brings games and their different runners together. These tools organize installation and compatibility settings; they cannot remove every DRM or anti-cheat restriction.

The progress is real and ongoing. Checked October 10, 2026: Wine 11.0 was released on January 13, 2026, and Valve’s Proton 11.0-2 release on August 21, 2026 lists newly playable games alongside fixes for controllers, launchers, and NVIDIA/Wayland problems. That is a better picture of the current state than “Linux cannot run Windows software.” Compatibility is advancing one application and use case at a time.

I’d test login and activation, plugins, GPU acceleration, file exchange, and any USB device the app needs. A working installer or splash screen is not enough. Keep application licenses and backups, and use trusted installers: running a Windows program through Wine does not make it harmless.

A Windows virtual machine runs Windows inside your Linux desktop. That can be a sensible home for an occasional office or business application, provided the machine has enough RAM and storage. It still needs a properly licensed Windows installation, updates, and backups. Graphics-heavy software and specialist devices need additional testing; an ordinary VM does not automatically give an app full access to your GPU.

WinApps can make applications running in a Windows VM or remote Windows system appear as individual windows in Linux. That can feel much more integrated than switching between two complete desktops. Windows is still running underneath, with its resource needs and licensing. It is a different approach from Wine, even if the finished desktop looks similar.

GPU passthrough can give a VM more direct graphics access, but hardware support and configuration make it a separate project. For some people, remote access to an existing Windows PC or dual boot is simpler. I’d choose the arrangement that keeps your work dependable, and check the software vendor’s requirements before promising support.

You may find you prefer a different application. Many of these tools also run on Windows, so you can learn them and test your files before changing operating systems. I’d choose by the job you need done, rather than trying to match every item in a software bundle.

Documents and spreadsheets: LibreOffice and ONLYOFFICE Desktop Editors are options for everyday office work on Linux. Try your real DOCX, XLSX, and presentation files, especially templates, macros, and complicated formatting. If colleagues depend on a particular Microsoft Office feature, test that feature specifically.

Photo editing and illustration: GIMP handles image editing, Krita is aimed at digital painting, and Inkscape is a vector editor for work such as logos and diagrams. For RAW photography and organizing a photo workflow, look at darktable. These cover different parts of a creative workflow; one program does not have to replace all of Adobe.

Video and 3D: Kdenlive is a free, open-source video editor. DaVinci Resolve has a Linux version for editing and color work; check the supported hardware, distribution, codecs, and differences between free and Studio editions. Blender covers 3D modeling, animation, rendering, and compositing.

For paid creative work, I’d test a copy of a complete project from import to final delivery. Fonts, color management, layered files, plugins, and the formats a client expects matter more than whether two applications have similar toolbars. Keep the originals until you are confident in the new workflow.

ArtCraft’s Crafting Apps are worth a look if you want familiar creative tools without being tied to Adobe. The lineup covers image editing, vector illustration, video, RAW photography, PDF work, motion graphics, and page layout. The project describes these as free, open-source applications that run locally, with Linux among the listed desktop platforms.

PhotoCraft offers layers, masks, adjustment layers, and PSD/PSB support. VectorCraft targets illustration with paths, editable effects, and SVG/PDF import and export. FilmCraft covers timeline editing and color tools. Their product pages list Linux downloads, so this is more than a suggestion to try running a Windows installer through Wine.

There is a maturity distinction to keep in mind. As checked October 10, 2026, the Crafting Apps catalog labels PhotoCraft and PdfCraft early alpha, and the other apps in development. I’d try them on copies of projects and check the results before depending on them for a deadline. Listed file support does not establish perfect compatibility with every Adobe document or plugin.

ArtCraft also has a separate AI image and video studio for composing scenes and directing generated output. That is a different workflow from its individual creative editors. Check the particular tool and model service you use before assuming that generation happens locally or has no usage costs. What interests me is having more choices, and being able to keep the parts that actually make creating enjoyable.

Valve’s Proton lets many Windows games run on Linux. That has made Linux gaming much more practical. Check your actual library, including multiplayer, controllers, launchers, and any mods you rely on.

Anti-cheat remains an important exception. Valve documents support that requires game-developer configuration for systems such as Easy Anti-Cheat and BattlEye, and notes that kernel-space anti-cheat is not supported by Proton. “It uses Steam” doesn’t tell us whether your particular game will work.

If one game is how you spend time with friends, that matters. Keeping a Windows installation for it can make more sense than turning every update into a troubleshooting session.

Windows Subsystem for Linux 2 runs a real Linux kernel in a lightweight virtual machine managed by Windows. It’s useful for learning the terminal, development, scripts, and Linux services while keeping your Windows applications.

On a supported Windows setup, Microsoft’s installation guide starts with the command wsl --install in an administrator terminal, followed by a restart when requested. Virtualization needs to be available, and managed work computers may require IT approval.

WSLg also supports individual Linux graphical apps alongside Windows apps. Microsoft explicitly distinguishes that from a complete Linux desktop experience. I’d use a conventional virtual machine or a spare computer to evaluate a whole desktop.

WSL2 is a useful middle ground if your goal is Linux tools. Windows remains the host, so it doesn’t remove Windows privacy settings or give you the same hardware experience as booting Linux directly. Back up important Linux files too; they aren’t automatically covered just because your Windows documents are backed up.

These figures and developments were checked on October 10, 2026. They measure different things, so I wouldn’t combine them into a claim that millions of people have permanently abandoned Windows.

April 15, 2026: Zorin reported more than 3.3 million downloads since Zorin OS 18 launched six months earlier. That is evidence of interest. Downloads can include repeat downloads, tests, and existing Linux users; they aren’t a count of completed Windows migrations.

September 2026: Valve’s Steam Hardware & Software Survey put Linux at 3.05%, down 0.85 percentage points from the previous month. CachyOS was listed at 0.55% of the combined survey. This is an optional survey of Steam users, including Linux gaming systems such as SteamOS devices. It is neither the whole desktop market nor a direct measure of switching from Windows, and the linked page changes each month.

September 19, 2026: Schleswig-Holstein’s government reported that more than 200 State Chancellery employees were using Linux after its Windows migration. Around 20 workstations still had technical dependencies preventing the switch. This is a concrete migration example, with a useful reminder that exceptions remain.

Windows 10’s ordinary support ended on October 14, 2025. As checked October 10, 2026, Microsoft’s current consumer ESU page lists extended security updates through October 12, 2027 for eligible enrolled devices. Enrollment and eligibility matter; this does not mean every Windows 10 installation automatically receives those updates. Commercial arrangements differ.

That leaves several possible paths: supported Windows, an eligible temporary ESU arrangement, Linux, or different hardware. I’d compare them against the applications you need and the condition of the computer. An older machine that cannot meet Windows 11 requirements may still have useful life with Linux, but check Linux compatibility before committing.

First, make a separate backup and check that you can open the files. Save your Windows recovery information and BitLocker recovery key somewhere you can reach from another device. Make sure cloud-only files you need have actually downloaded. A system snapshot is useful, but it is not a separate backup of your documents.

Next, use a live USB where the distro supports it, without starting the installer, or try a virtual machine. A VM is good for learning the desktop but cannot prove that your laptop’s actual hardware will work. With a live session, check Wi-Fi, Bluetooth, sound, webcam, suspend, monitors, scaling, and the devices you use. Battery life and specialist drivers may need a proper test installation.

For longer testing, a spare computer or separate drive can keep the experiment manageable. Dual boot lets you choose Windows or Linux at startup, but it still involves disk and boot configuration. Read the installer’s storage summary carefully; don’t select an erase-disk option unless that is what you intend.

Use it for normal tasks for a week or two. Open your files, join a call, print something, and play the games you care about. You’ll learn more from that than from another list of the “best” distributions.

I can review the machine and your must-have applications, help choose a desktop, arrange backups and installation, move files, and explain the new workflow. We can keep it familiar, try a custom Hyprland and Noctalia setup, or start with WSL2 while Windows stays in place.

If staying on Windows makes more sense, I’ll say so. If Linux fits, we can build a setup that is useful, comfortable, and enjoyable to use. That’s the result I care about.