Running Windows games on Linux is no longer experimental.
With Steam and Proton, many modern Windows titles now run
reliably on Linux, making it a practical gaming platform.
Welcome to MusaBase. In this first part of the
Windows Games on Linux series, I show how I run Windows games on my
daily-use Linux system using Steam for games and Proton for compatibility.
I'm using Arch Linux btw, but you can treat it as a reference rather than a requirement.
This guide focuses on real-world setup and playability, not benchmarks or FPS chasing.
After using a dual-boot setup with Linux and Windows 11 for a year, I tested both operating systems for tasks ranging from gaming to content creation, software testing, and running virtual machines. Windows excels at letting you plug-and-run anything you want, but when it comes to complex setups or technical workflows like GPU passthrough, Linux offers superior speed, flexibility, and reliability.
If you installed Arch Linux alongside Windows and expected a clean dual boot menu, chances are you ran into a frustrating surprise. You boot your system, GRUB shows up, but Windows is missing. No option to boot into Windows, no clear error, and no explanation of what went wrong.
This is a very common issue on Arch Linux. Unlike many other distributions, Arch does not automatically detect Windows during GRUB setup. Features like os-prober are disabled by default, and if your Windows partition is not readable or mounted correctly, GRUB simply ignores it. Running grub-mkconfig alone is often not enough.
Welcome back to MusaBase!
In this guide, I will show you the proper and reliable way to fix GRUB dual boot on Arch Linux, step by step. No random commands, no risky workarounds, and no guessing. This guide focuses on making GRUB correctly detect your existing Windows installation and keeping it stable after updates.
Here is exactly what we are going to do in this guide:
Install and enable os-prober on Arch Linux
Regenerate grub.cfg correctly for dual boot
Fix cases where Windows is still not detected after running grub-mkconfig
Install ntfs-3g to ensure the Windows partition is readable
Manually mount the Windows partition and re-detect it in GRUB
Confirm that GRUB successfully finds and adds the Windows boot entry
This article is focused on real-world dual boot problems that Arch Linux users actually face. By the end of this guide, your GRUB menu will correctly show Windows, and your dual boot setup will work the way it should. If you are stuck at a missing Windows entry, let’s fix it properly.
If you are a video editor who got tired of Windows bloatware and decided to move to Linux, you quickly hit a wall. Adobe Premiere Pro and Final Cut Pro are not available on Linux. Yes, Linux has its own editors like Kdenlive, but if you are coming from an Adobe or DaVinci Resolve workflow, adjusting to Kdenlive can feel limiting and frustrating.
The good news is that DaVinci Resolve does work on Linux. The bad news? On Arch Linux, installing it is not a simple “next, next, finish” process or a one-line command. Resolve depends on very specific system libraries, proper OpenCL support, and correct GPU configuration. If even one piece is missing, Resolve may not launch, fail to detect your GPU, or crash without any clear error.
Welcome back to MusaBase!
In this guide, I will show you the correct and stable way to install DaVinci Resolve on Arch Linux, without random fixes or workarounds that break after updates. If you want a professional video editing setup on Arch that actually works, you are in the right place.
Here is exactly what we are going to do in this guide:
Installing DaVinci Resolve on Arch Linux using yay
Selecting the correct GPU libraries during installation (AMD or NVIDIA)
Fixing the common yay failed to download DaVinci Resolve error
Manually downloading the official DaVinci Resolve zip from Blackmagic Design
Placing the extracted files in the yay cache to complete the installation
Launching DaVinci Resolve successfully on Arch Linux
This article is focused on the practical, working method only, no unnecessary tweaks or theory. By the end, DaVinci Resolve will be installed and ready to launch on your Arch system. If you just want Resolve running without wasting hours fixing errors, let’s get started.
Finding a free download manager that "just works" especially on Arch Linux, can be quite a challenge. I have tried several popular download managers like FDM, KGet, and XDM, but they often struggle with specific links or fail to start downloads on certain sites. What I was looking for was something as reliable as IDM on Windows. For me, JDownloader 2 is the closest and most capable alternative to IDM on Linux.
Welcome back to MusaBase!
If you have been looking for a way to get IDM-level performance on your Arch Linux machine, JDownloader 2 is the answer. In this guide, we are going to set up this powerful download manager from scratch, ensuring that your Java dependencies are correctly handled and your download engine is tuned for absolute maximum bandwidth.
Here is what we are going to achieve in this guide:
Installing JDownloader 2 using the Arch User Repository (AUR)
Ensuring the correct OpenJDK environment is active for stability
Fine-tuning Simultaneous Downloads and connections per file
Setting up LinkGrabber to automatically catch downloads from your browser
Once we are done, you won't even miss IDM anymore. Your Arch system will be ready to handle massive downloads with automated organization and speed. Let's dive in!
Need to capture your screen on Arch Linux without the headache of black screen issues or lag? Whether you want to record a quick tutorial, share your terminal workflow, or capture gameplay, OBS Studio is the most reliable tool, provided it is configured correctly for the Arch ecosystem.
Welcome back to MusaBase!
In today's guide, I will show you the most efficient way to install OBS Studio using Pacman and, more importantly, how to fine-tune your Output and Video settings for professional-grade results right from the first boot.
In this guide, we will cover:
Installing OBS Studio and critical dependencies via Pacman
Navigating the First-Boot Auto-Configuration for optimal results
Fine-tuning Bitrate and Encoders based on your hardware
Adjusting Canvas and Output Resolution for crisp video quality
By the end of this tutorial, your OBS Studio will be fully optimized and ready to record your Arch Linux workflow with maximum efficiency. Let’s get started!
Arch Linux offers total control, and XFCE ensures that power is translated into pure performance. While other desktop environments waste resources on heavy animations, XFCE remains lightweight, stable, and incredibly fast. This combination creates a distraction-free system where your hardware is dedicated entirely to your workflow rather than visual effects.
Welcome back to MusaBase!
In my previous guides, I covered the installation of KDE Plasma and GNOME. Today, we are completing the trio with XFCE, a desktop environment legendary for its low RAM usage and modular customization.
In this guide, you will learn how to install XFCE on Arch Linux and set up a productive workstation using the LightDM display manager.
In this comprehensive guide, we will walk through how to:
Prepare your Arch Linux base for XFCE
Install the XFCE4 package group and core plugins
Configure LightDM for a fast login experience
Enable system services to boot into your XFCE session automatically
By the end of this guide, you will have a fast, reliable, and highly responsive desktop environment running on your Arch Linux system. Whether you are reviving an older machine or looking for the ultimate distraction-free workstation, this setup will provide the perfect balance of simplicity and power.
Setting up Arch Linux is only half the battle; the real work begins when you turn that terminal into a functional workstation. This guide focuses on practical post-install steps to make your system stable, fast, and ready for daily use.
Hi everyone, welcome to MusaBase!
In this guide, I’m sharing my personal approach to
Arch Linux post-installation, focusing on how to turn
a fresh Arch setup into something that’s actually comfortable, practical,
and easy to use on a daily basis.
Whether you’re moving over from Windows, or coming from modern Linux
distributions like
NixOS
or
Fedora Silverblue,
this guide is written to help you make Arch Linux feel less intimidating
and more familiar from day one.
This is not another guide about systemd tweaks, display manager configuration,
or unnecessary ricing. Instead, the focus here is on making Arch Linux
genuinely usable, from setting up faster package mirrors and reliable
network defaults, to replacing common Windows software with
open-source alternatives that are often more advanced
and dependable for daily use.
In this post-installation guide, you’ll learn how to:
Configure faster Arch Linux mirrors and basic network settings for a smoother experience
Install the Yay AUR helper while avoiding common dependency and build errors
Set up essential daily applications using practical, open-source Windows alternatives
Fix common Arch Linux issues that appear after installation
Prepare your system for long-term, stable daily use without breaking it
By the end of this guide, your Arch Linux system will feel polished,
predictable, and ready for everyday use.
Arch Linux provides the control, but GNOME delivers the focus. By combining bleeding-edge performance with a fluid, gesture-based interface, you transform a minimal base into a sophisticated, clutter-free workstation designed for pure productivity.
Welcome back to MusaBase!
In my previous guide, I showed you how to install KDE Plasma on Arch Linux. Today, we are focusing on GNOME, a desktop environment renowned for its minimalist aesthetic and fluid, gesture-based navigation.
In this guide, we will learn how to install GNOME on Arch Linux and transform your command-line system into a premium workstation using the GDM.
In this comprehensive guide, we will walk through how to:
Configure your Arch Linux base for a graphical interface environment
Install the GNOME Desktop group and its primary dependencies
Set up GDM for a seamless login experience
Enable system services to boot into your GNOME session for the first time
If you're interested in more advanced desktop setups later on, you can explore Jakoolit Hyprland on Arch Linux for a modern wayland-based workflow.
Struggling with sluggish updates or "could not resolve host" errors on Arch Linux? These bottlenecks are typically caused by inefficient DNS resolvers or outdated package mirrors that are physically distant from your location.
Welcome back to MusaBase!
Whether you have just finished a
minimal Arch Linux installation
or you are currently customizing your
KDE Plasma desktop,
slow download speeds can make the process frustrating. In today's guide, I will show you how to fix slow download issues in both Pacman and yay, while also configuring /etc/resolv.conf for a faster, more reliable connection.
In this guide, we will cover:
Adding Google and Cloudflare Public DNS for hostname resolution
Installing and configuring Reflector, a powerful mirror optimization tool
Updating your mirrorlist with the fastest and most secure servers
Optimizing Parallel Downloads to fetch multiple packages at once
By the end of this tutorial, you will have resolved your Pacman and yay speed issues and established a solid DNS configuration. Let’s get started!
