Linux Mint is a great place to start—but at some point, it stops being enough. Maybe you want newer packages, or maybe you want more control over your system. Either way, Mint can start to feel limiting, and you might find yourself wanting to distro-hop in search of something new and exciting. Here are three intermediate distros that offer more flexibility without overwhelming you with complexity.

Fedora KDE

The grown-up general purpose distro

If you're leaving Linux Mint and want to explore what Linux really has to offer, Fedora is one of the best places to start. It gives you access to the best of the Linux ecosystem—or more specifically, the open-source world.

That said, by default, Fedora ships with GNOME, which comes from Cinnamon, can feel like a step sideways. As such, my recommendation is that you go for the KDE Spin instead. KDE Plasma feels like a natural evolution of Cinnamon—it keeps the familiar Windows-style layout but adds far more power-user features and deeper customization.

GNOME logo and KDE Plasma logo side by side.
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If you want to go further, Fedora also offers spins for most major desktop environments, or you can even skip desktop environments entirely in favor of a window manager.

Fedora also delivers a cutting-edge experience. New releases arrive roughly every six months, bringing updated packages across the system. It feels noticeably more current than Mint’s slower, stability-focused update cycle. That said, Fedora doesn’t sacrifice stability—in fact, the distro goes through rigorous testing and remains one of the more reliable options available.

Quiz
8 Questions · Test Your Knowledge

Linux
Trivia Challenge

From a Finnish student's side project to powering the world's supercomputers — how well do you really know Linux?

HistoryCultureCommandsKernelFun Facts
01 / 8
History

In what year did Linus Torvalds announce the first version of the Linux kernel to the world?

Correct! Linus Torvalds posted his now-famous message to the comp.os.minix newsgroup on August 25, 1991, describing Linux as 'just a hobby, won't be big and professional.' That turned out to be quite the understatement.
Not quite — Linus Torvalds made his famous announcement in 1991, when he was just 21 years old and a student at the University of Helsinki. He described it as a 'hobby' project, which is arguably the most successful hobby in computing history.
02 / 8
Culture

What is the name of the Linux mascot, and what kind of animal is it?

Correct! Tux the penguin became the official Linux mascot in 1996, designed by Larry Ewing. The name 'Tux' is often said to stand for Torvalds UniX, and the penguin was chosen after Linus mentioned he was once bitten by a penguin at a zoo.
The answer is Tux, a penguin! The mascot was chosen after Linus Torvalds mentioned being bitten by a fairy penguin at a zoo in Canberra, Australia. Designer Larry Ewing created the iconic image in 1996 using GIMP — fittingly, free software.
03 / 8
Kernel

What type of kernel architecture does Linux use?

Correct! Linux uses a monolithic kernel, meaning the entire operating system runs in kernel space. This famously sparked a heated debate between Linus Torvalds and computer scientist Andrew Tanenbaum in 1992, who argued microkernels were the superior design.
Not quite — Linux uses a monolithic kernel, where the OS core runs as a single large process in kernel space. This was actually controversial, leading to a famous flame war between Linus Torvalds and professor Andrew Tanenbaum, who believed microkernels were the future.
04 / 8
Commands

What does the classic Linux command 'sudo' stand for?

Correct! 'sudo' stands for Superuser Do, and it allows permitted users to run commands with the security privileges of another user — typically the root superuser. It's one of the most typed commands in Linux and has inspired countless memes about power and responsibility.
The answer is 'Superuser Do'! While 'switch user' logic is involved, the name specifically refers to executing a command as the superuser (root). First developed in the 1980s, sudo is now a cornerstone of Linux security, letting admins grant elevated privileges without sharing the root password.
05 / 8
Fun Facts

What percentage of the world's top 500 supercomputers run Linux?

Correct! As of 2017, Linux achieved 100% domination of the TOP500 supercomputer list — and has maintained it ever since. From weather modeling to nuclear research to AI training, every single one of the world's fastest supercomputers runs Linux.
Remarkably, the answer is 100%! Since November 2017, every single computer on the TOP500 supercomputers list has run Linux. It powers everything from climate simulations to particle physics research at CERN to AI model training at major tech companies.
06 / 8
History

Which operating system directly inspired Linus Torvalds to create Linux?

Correct! Torvalds was inspired by Minix, a small Unix-like OS created by Andrew Tanenbaum for educational purposes. Frustrated by Minix's limitations and licensing restrictions, he set out to build his own kernel — and the rest is history.
The direct inspiration was Minix, a small educational Unix-like system created by professor Andrew Tanenbaum. Torvalds was using Minix on his new PC but found it too limited. His desire for a more capable, free system drove him to write Linux from scratch starting in 1991.
07 / 8
Culture

What does the 'GNU' in 'GNU/Linux' stand for?

Correct! GNU stands for 'GNU's Not Unix' — a classic recursive acronym beloved by hackers. The GNU project was started by Richard Stallman in 1983 to create a completely free Unix-like operating system. Linux provided the missing kernel to complete the GNU system.
GNU stands for 'GNU's Not Unix' — a recursive acronym, which is a playful trick where the abbreviation refers back to itself. Richard Stallman launched the GNU Project in 1983, years before Linux existed. When Torvalds released the Linux kernel, it completed the puzzle Stallman had started.
08 / 8
Fun Facts

Which of the following runs on the Linux kernel?

Correct! Android is built on top of the Linux kernel, making Linux the most widely used OS on the planet when you count smartphones. Billions of Android devices worldwide are technically running Linux — Torvalds' 'hobby' project ended up in nearly everyone's pocket.
The answer is Android! Google built Android on top of a modified Linux kernel, which means billions of smartphones worldwide are running Linux under the hood. macOS and iOS use a Darwin/XNU kernel, and WSL runs Linux tools but translates syscalls rather than running the kernel natively.
Challenge Complete

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It’s also the premier home for free and open-source apps. If a FOSS app exists for Linux, it’ll likely run on Fedora. However, because Fedora ships strictly with open-source software, proprietary drivers and media codecs aren’t included by default. NVIDIA users, along with anyone who wants proprietary apps like Spotify or Steam, will need to enable third-party repositories such as RPM Fusion. That being said, if you’ve used PPAs or Flatpaks on Mint, this process should feel familiar.

You can download Fedora KDE here.

Fedora Workstation 40 running on a laptop
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By 

CachyOS

The most exciting place to land after Mint

If Fedora feels a bit too safe and conservative—and you’re craving more power, CachyOS is a compelling next step. At the time of writing, it has been consistently sitting at #1 on DistroWatch for the last 18 months. That shows sustained interest from people who've actually tried it and kept coming back. And there are good reasons behind its popularity.

CachyOS is essentially Arch made simpler. You get the flexibility and performance of Arch, while much of the setup and maintenance overhead is handled for you. There’s a straightforward graphical installer, and the CachyOS Hello app lets you manage many routine tasks through a clean and intuitive graphical interface.

Out of the box, it ships with KDE Plasma, but like Fedora, you have options. Most major desktop environments and window managers are supported, and you can choose them during installation if you want something different.

You also get a rare mix of bleeding-edge packages and practical stability. As a rolling-release distro, updates arrive continuously, giving you instant access to the latest software. But at the same time, you don’t have to worry about an update introducing a bug and breaking your system. Thanks to Btrfs and Snapper snapshots, you can easily roll back to a previously working state if something breaks.

Laptop With Linux Intel NUC13.

Choose from three different Intel processors when you configure this mini PC, along with your choice of dozens of Linux distribution options.

However, the real unlock you get with CachyOS is access to its optimized kernel—the CachyOS kernel—and a curated repository of optimized packages. The distro is tuned for modern hardware—AMD Ryzen and Intel Haswell or newer—helping you squeeze more performance out of your system.

You can download CachyOS from here.

CachyOS running Steam, Heroic Games Launcher, and the CachyOS Hello app.
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By 

MX Linux

Staying close to home, while gaining a lot more power

Not everyone's idea of graduating from Mint involves chasing the bleeding edge. If you want something that’s more serious, more capable, but still feels familiar—MX Linux is worth a close look.

Under the hood, the distro will feel eerily similar to Mint. Since it’s based on Debian, your APT commands will work as you expect. There’s no need to learn a new package manager or wonder why a familiar app isn’t available in the official repositories. You also get access to Flatpak for broader software availability.

Where MX Linux really stands out is with its collection of graphical tools. The distro gives you access to MX Tools—a centralized control panel that gives you access to powerful system-level features. You can manage boot options, clean your system, handle packages, tweak visuals, create system snapshots, and more—all from one place. On other distros, these features are either hidden behind terminal commands or spread across multiple utilities you have to install yourself.

On the topic of snapshots, MX Linux takes a different approach from CachyOS. Instead of simple rollback points, MX Snapshot lets you create a full ISO of your current system. You can install that ISO on another machine and get the exact same apps and configuration. It’s a practical way to back up or replicate your setup.

In terms of desktop environments, MX Linux doesn’t offer as many options as Fedora or CachyOS. However, it provides a well-balanced trio for different hardware tiers: KDE Plasma for modern systems, Xfce for mid-range machines, and Fluxbox for older or low-spec hardware. There’s also the AHS (Advanced Hardware Support) repository, which includes newer kernels and an updated graphics stack for better compatibility with newer systems.

Finally, MX Linux offers native support for persistent live USBs. You can run the distro from a USB drive while keeping your files, settings, and installed apps across reboots—all without installing the distro on any system. This is the pinnacle of power and portability.

You can download MX Linux from here.

A desktop PC with MX Linux running and Fastfetch showing the MX Logo.
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Which distro is right for you?

Fedora, CachyOS, and MX Linux each represent a different philosophy of what “more powerful” means. Choose Fedora if you want a full open-source experience with access to the most popular Linux tools. Go with CachyOS if you’re after performance and cutting-edge features. Or pick MX Linux if you still want Debian familiarity paired with better built-in tools.

All three are solid upgrades. Choose the one that matches how you actually plan to use your system—not just the one that sounds the most impressive.