Garuda Linux is an Arch-based rolling release distribution that has
gained popularity in the Linux community for its performance and unique
features. However, as with any operating system, there are always ways
to optimize its performance and make it even faster. In this blog post,
we will explore some commands that you can use to make your Garuda Linux
even faster.
1. Update your system regularly
The first
and most important step to ensure a fast and smooth experience on Garuda
Linux is to keep your system up to date. This is because updates not
only bring new features and bug fixes, but they also include performance
improvements. To update your system, open the terminal and use the
command:
sudo pacman -Syu
This command will synchronize your package repositories and update all the packages on your system.
2. Enable ZRAM
ZRAM
is a compressed swap space in the RAM, which can significantly improve
the performance of your system by reducing the need for swapping to the
hard drive. Garuda Linux has ZRAM enabled by default, but if you have
disabled it, you can enable it by using the following command:
sudo systemctl enable zramswap
This will enable ZRAM on your system and make your system more responsive.
3. Use a lightweight desktop environment
Garuda
Linux offers a variety of desktop environments to choose from,
including KDE Plasma, GNOME, and Xfce. While KDE Plasma and GNOME are
known for their feature-rich and visually appealing interfaces, they can
also be resource-hungry, which can impact the performance of your
system. If you want to make your Garuda Linux faster, consider switching
to a lightweight desktop environment like Xfce or LXQt. These desktop
environments are lightweight and offer a snappy experience, especially
on low-end hardware.
4. Utilize the power of systemd
systemd
is a system and service manager for Linux, and it can be used to
optimize the boot process and improve system performance. To enable
systemd on your system, use the following command:
sudo systemctl enable --now systemd-readahead-collect.service
This
will enable systemd to collect information about the files and services
that are accessed during the boot process and preload them into the
memory, resulting in faster boot times.
5. Try out different CPU schedulers
The
CPU scheduler controls how processes are scheduled and executed on your
system's CPU. Garuda Linux comes with the Completely Fair Scheduler
(CFS) enabled by default, but you can experiment with different
schedulers to find the one that works best for your system's hardware.
Some popular alternatives include the Brain Fuck Scheduler (BFS) and the
MuQSS scheduler, both of which can be installed and enabled using the
following commands:
sudo pacman -S linux-zen
sudo systemctl enable --now linux-zen-sched
While
these schedulers may not make a noticeable difference on high-end
systems, they can significantly improve performance on low-end systems.
6. Clean up your system regularly
Over
time, your system can become cluttered with temporary files, cache, and
other unnecessary data, which can slow down your system. To keep your
system clean and optimized, use the following commands:
sudo pacman -Scc
This command will remove all the cached packages from your system, freeing up some disk space.
sudo pacman -Rs $(pacman -Qdtq)
This command will remove all the packages that are no longer needed by your system.
7. Use an SSD
If
you are using a traditional hard drive, consider switching to a
solid-state drive (SSD). SSDs are significantly faster than HDDs, and
they can significantly improve the overall performance of your system.
Garuda Linux has a built-in tool called Garuda Gamer that can help you
migrate your system to an SSD easily.
In conclusion, Garuda Linux
is a fast and efficient operating system, but with these commands, you
can make it even faster and smoother. By keeping your system up to date,
utilizing the power of systemd, and using lightweight components, you
can optimize the performance of your Garuda Linux and have a seamless
experience. Give these commands a try and see the difference they make
in your system's speed and responsiveness.
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