Linux Mint: Technical Advantages Over Other Distributions

Linux Mint 22.x is not an independent distribution in the packaging sense — it consumes the Ubuntu 24.04 LTS archive directly, plus a Mint-maintained overlay repository for its own tools. The current release tracks the same package base and 6.8 HWE kernel line as Ubuntu 24.04, and Mint only rebases on Ubuntu LTS releases, never interim ones, so a single Mint major version stays on one upstream base for its full support window. The advantages below are therefore not differences in the underlying package set — they're differences in policy, tooling, and default configuration layered on top of it.

1. No snapd by default

Mint's Ubuntu base ships snapd and routes several core packages (Firefox, the software center) through Snap by default. Mint's build process removes snapd from the base image and patches the base to prevent its reinstallation, pointing users to Flathub and traditional .deb packages instead. This isn't cosmetic — it's enforced at the package-manager level with an APT pin:

# /etc/apt/preferences.d/nosnap.pref
Package: snapd
Pin: release a=*
Pin-Priority: -10

A negative pin priority means apt will never select the package to satisfy a dependency, even transitively. Any Ubuntu PPA or .deb that lists snapd as a dependency will fail cleanly instead of silently reintroducing it. The practical effect: no daemon managing squashfs-mounted, auto-updating containers running in parallel with the system's own library set — each Snap package otherwise carries its own copy of libc, GTK, and other shared libraries, which is a meaningful disk and startup-time cost multiplied per app.

2. Kernel and update-risk separation

Update Manager sits above apt and categorizes pending changes into software, security, and kernel updates rather than presenting a flat list. This distinction exists because kernel updates in Mint install a new kernel image alongside the existing ones rather than replacing them in place — every kernel update is additive until you explicitly remove an old version. At boot, GRUB defaults to the newest, but every previously installed kernel remains selectable from the Advanced Options submenu.

# check the kernel currently running
uname -r

# list installed kernel packages
dpkg --list 'linux-image*' | grep ^ii

# force the GRUB menu to appear at boot (hold Shift during POST),
# then choose Advanced Options to pick an older kernel manually

This matters specifically for proprietary drivers. NVIDIA and Broadcom drivers compile against a running kernel via DKMS, and a driver that hasn't rebuilt correctly for a given kernel simply won't load correctly under it — meaning a kernel bump can silently break GPU acceleration until DKMS catches up. Because old kernels aren't removed automatically, rolling back is a GRUB menu selection, not a reinstall.

3. Timeshift integration at the OS level

Timeshift is installed and pre-configured out of the box, not an optional add-on. It supports two backends: rsync mode (hardlink-based incremental snapshots on any filesystem) and btrfs mode (native subvolume snapshots, near-instant, if the root filesystem uses Btrfs). Update Manager can be configured to prompt for a snapshot before applying kernel or major system updates, which turns a risky operation into a reversible one.

# manual snapshot before a risky change
sudo timeshift --create --comments "pre-kernel-update"

# list snapshots
sudo timeshift --list

# restore — can also be run from a live USB if the system won't boot
sudo timeshift --restore

The live-USB restore path is the operative detail: because Timeshift snapshots are stored on a separate partition or external drive rather than inside a bootloader-dependent mechanism, a broken boot doesn't require reinstalling — boot the installer ISO, launch Timeshift from it, and restore against the existing snapshot set.

4. Cinnamon: resource profile and desktop model

Cinnamon uses Muffin, a fork of Mutter, as its compositor, and defaults to X11 rather than Wayland. Measured on identical LTS bases, Mint with Cinnamon idles at roughly 750–800 MB of RAM versus roughly 1.0–1.1 GB for Ubuntu's GNOME session, and Mint also runs fewer background processes at idle. On systems at or below 8 GB of RAM this is a real, measurable difference rather than a rounding error; on 16 GB+ systems it's negligible day to day.

The X11-default choice is deliberate rather than a lag in catching up. The Mint team has prioritized stability over adopting Wayland ahead of driver and application readiness, which matters concretely for anyone relying on X11-specific tooling — xdotool, xclip, screen-locking utilities, and X11-only automation scripts keep working without translation layers. A Wayland session for Cinnamon exists as a tech preview but isn't the default.

5. X-Apps: forked utilities that don't chase upstream redesigns

Mint maintains its own fork of several core GNOME 3-era utilities under the "X-Apps" umbrella — Nemo (files), Xed (text editor), Xviewer (images), Xreader (documents) — decoupled from GNOME's GTK4/libadwaita migration path. The rationale is that upstream GNOME has progressively removed configurability (menu bars, status bars, compact layout options) in favor of a more opinionated, mobile-influenced design; the X-Apps forks keep those features rather than dropping them to match upstream.

Nemo in particular is a meaningful upgrade over Nautilus for power users — it supports split-pane views, an embedded terminal, and customizable toolbar buttons, several of which Nautilus has removed over successive GNOME releases. Because these are Mint's own packages rather than pass-through Ubuntu packages, they update on Mint's schedule, not GNOME's.

6. Driver Manager: proprietary driver handling without CLI required

Driver Manager wraps ubuntu-drivers (the same detection backend Ubuntu uses) in a GUI that lists available proprietary and open-source driver options per device, with recommended selections pre-highlighted. For NVIDIA hardware this includes selecting among multiple driver branches (open kernel modules vs. proprietary, current vs. legacy) without hand-editing APT sources.

# equivalent CLI path, useful for headless or scripted setups
ubuntu-drivers devices
sudo ubuntu-drivers install
# or target a specific driver package directly
sudo apt install nvidia-driver-550

Because DKMS rebuilds are tied to the kernel-versioning behavior described in Section 2, a driver installed this way stays consistent across kernel updates as long as DKMS successfully rebuilds — checkable directly rather than inferred from a black screen after reboot.

7. Update Manager's package classification and mirror handling

Beyond the software/security/kernel split, Update Manager exposes per-package update deferral: individual packages can be excluded from a given update pass via the Upgrade checkbox in the UI, which maps to an APT hold underneath.

# CLI equivalent of excluding a package from updates
sudo apt-mark hold virtualbox-dkms

# release the hold later
sudo apt-mark unhold virtualbox-dkms

# list all held packages
apt-mark showhold

This is useful for packages with known fragile integration points — kernel-module-dependent software like VirtualBox or VMware, where a kernel bump without a matching module rebuild breaks the dependent software rather than the OS itself. Update Manager separately supports selecting a nearer mirror for faster download speeds, which applies to the Mint-only package server independent of Ubuntu's own mirror selection.

8. No default telemetry

Linux Mint does not collect personal data or track user activity, and is designed without hidden telemetry or data monitoring by default. This is a policy difference rather than a technical one — Ubuntu's telemetry (e.g., the popularity-contest and system info collection prompts) is opt-in on modern releases as well, but Mint's stance has been consistent and unconditional rather than presented as a first-boot choice.

Distribution comparison

Where this doesn't hold up

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None of the above requires treating Mint as categorically "better" than Ubuntu, Fedora, or Arch — the advantages are specific: a default configuration that avoids Snap's per-app dependency duplication, a kernel/update model that keeps rollback cheap, snapshotting wired in rather than bolted on, and desktop utilities that haven't dropped configurability to match an upstream redesign. Whether those specific trade-offs matter depends on whether the workload is a daily-driver desktop (where they matter a lot) or a development or server target tracking the newest upstream components (where they mostly don't).