OBS Screen Recording on Arch Linux: Professional Setup Guide

OBS Screen Recording on Arch Linux: Professional Setup Guide

How to Install and Run OBS Studio on Arch Linux

This guide is part of the MusaBase Arch Linux series. For the complete overview, see the Arch Linux Complete Guide.

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 Arch Linux workflow, or capture your gaming on Linux, 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!

How to Install XFCE Desktop on Arch Linux (Lightweight & Fast)

How to Install XFCE Desktop on Arch Linux (Lightweight & Fast)

How to Install XFCE Desktop Environment on Arch Linux

This guide is part of the MusaBase Arch Linux series. For the complete overview, see the Arch Linux Complete Guide.

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.

If you want to explore advanced tiling setups later, check out my guide on ML4W Hyprland on Arch Linux.

Neofetch on Terminal inside XFCE Desktop Environment on Arch Linux
How to Make Arch Linux a Stable Daily Driver (Post-Install Guide)

How to Make Arch Linux a Stable Daily Driver (Post-Install Guide)

Cover Photo for Arch Linux Post Installation Guide

This guide is part of the MusaBase Arch Linux series. For the complete overview, see the Arch Linux Complete Guide.

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.

How to Install and Use GNOME on Arch Linux

How to Install and Use GNOME on Arch Linux

How to Install Gnome Desktop Environment on Arch Linux

This guide is part of the MusaBase Arch Linux series. For the complete overview, see the Arch Linux Complete Roadmap.

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.


Neofetch on Terminal inside GNOME Desktop Environment on Arch Linux
Fix Slow Pacman Downloads on Arch Linux (Mirrors & Speed Fix)

Fix Slow Pacman Downloads on Arch Linux (Mirrors & Speed Fix)

How to Fix Pacman & Yay Slow Downloads on Arch Linux

This guide is part of the MusaBase Arch Linux series. For the complete overview, see the Arch Linux Complete Roadmap.

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!

Arch Linux KDE Plasma: Complete Setup & Optimization Guide

Arch Linux KDE Plasma: Complete Setup & Optimization Guide

Arch Linux KDE Plasma Desktop Screenshot - Modern Customizable Interface

This guide is part of the MusaBase Arch Linux series. For the complete overview, see the Arch Linux Complete Roadmap.

Just installed Arch Linux and staring at a black terminal? Time to bring it to life with a proper desktop. For many, including myself, KDE Plasma on Arch Linux hits the sweet spot, it's powerful, looks modern straight out of the box, and you can tweak every little detail. It's the perfect match for Arch's do-it-yourself spirit.

Welcome to MusaBase! If you just finished my Arch Linux installation guide and have a fresh terminal in front of you, you're in the right place.

This isn't just another "click next" tutorial. This is your complete roadmap for installing and setting up KDE Plasma on Arch Linux. We'll go from that bare terminal to a sleek, fully functional Arch Linux KDE desktop that's ready for work, play, or just showing off.

By the end, your Arch Linux with KDE Plasma will have:

  • A smooth graphical login (thanks to SDDM)
  • All the essential apps to get started
  • A clean, fast, and responsive KDE desktop on Arch

Think of this as the essential next step after installing Arch. Let's swap that command line for a proper Arch Linux desktop environment.



Fedora Silverblue Installation Guide: Immutable Linux Explained

Fedora Silverblue Installation Guide: Immutable Linux Explained

Cover Photo for How to Install Fedora Silverblue: Immutable OS Installation

This guide is part of the MusaBase Advanced Linux Distributions series. For the complete overview, see the Advanced Linux Distributions Guide.

If you're looking for a Linux distribution that prioritizes stability, security, and a truly modern approach to system management, Fedora Silverblue represents a significant evolution in desktop Linux. This immutable operating system offers a unique combination of rock-solid reliability and flexible application management that's perfect for developers and power users alike.

Welcome back to MusaBase! In this comprehensive guide, I will walk you through the installation of Fedora Silverblue, a modern, immutable, and rollback-ready Linux operating system designed for long-term stability.

If you have previously explored declarative or traditional systems like NixOS or Arch Linux, Fedora Silverblue offers a unique middle ground. It provides a rock-solid, image-based base system while separating it from user applications. This architecture also pairs exceptionally well with advanced virtualization workflows using tools like QEMU/KVM.

In this guide, we will cover how to:

  • Download the Fedora Silverblue ISO and create a bootable USB
  • Boot into the Live Fedora Silverblue environment
  • Handle hard disk partitioning (both automatic and manual methods)
  • Execute the Fedora Silverblue installation process
  • Complete the initial post-installation system configuration

By the end of this guide, you will have a consistent, immutable, and rollback-capable Linux system running on your machine, making it a perfect environment for both development and daily experimentation.



How to Install NixOS: Declarative Linux Installation Guide

How to Install NixOS: Declarative Linux Installation Guide

Cover Photo for How to Install NixOS: A Declarative, Developer-Friendly Linux Distribution

This guide is part of the MusaBase Advanced Linux Distributions series. For the complete overview, see the Advanced Linux Distributions Guide.

What if your entire operating system was just a single text file? This isn't just a concept; it's the core philosophy behind NixOS, a distribution that is redefining how we think about system stability and deployment

Welcome back to MusaBase! In today's guide, I will cover the installation of one of the most unique, reproducible, and declarative operating systems available today: NixOS.

NixOS stands out in the Linux world due to its revolutionary approach to system management, where your entire environment is defined in a single configuration file. If you are interested in this modern breed of "immutable" and "atomic" operating systems, you might also want to check out my later guide on installing Fedora Silverblue for a different take on the same philosophy. In this comprehensive NixOS walkthrough, you will learn how to:

  • Download the NixOS ISO and create a bootable USB drive
  • Boot into the Live NixOS environment
  • Configure the base system settings for a stable build
  • Handle hard disk partitioning (manual and automatic methods)
  • Execute the NixOS installation process smoothly
  • And finally, log into your freshly installed NixOS system

By the end of this guide, you will have NixOS running on your PC effortlessly. So without further ado, let's get started!

Neofetch command output showing system details on NixOS Linux distribution




How to Install XFCE on OpenBSD (Fast, Lightweight & Secure)

How to Install XFCE on OpenBSD (Fast, Lightweight & Secure)

OpenBSD with XFCE Desktop - Installation Guide Cover

This guide is part of the MusaBase BSD series. For the complete overview, see the Complete BSD Roadmap: FreeBSD and OpenBSD installation, desktop environment and daily use..

Transforming a fresh OpenBSD installation into a daily driver requires the right balance of performance and simplicity. While KDE and GNOME are great, XFCE provides that classic UNIX feel that fits perfectly with the OpenBSD philosophy.

Welcome back to MusaBase! In today's guide, we are going to install the XFCE desktop environment on an OpenBSD system.

In my earlier tutorials, I demonstrated how to set up KDE Plasma on OpenBSD and how to configure GNOME for a stable OpenBSD workstation. In this follow-up, we are completing the lineup with XFCE, one of the fastest, lightest, and most reliable desktop environments available for BSD users today. In this ultimate guide, you will learn how to:

  • Prepare your OpenBSD system for a graphical environment
  • Download and install the necessary XFCE packages
  • Create and configure an .xsession file to launch XFCE
  • Enable and start the required display services
  • And finally, log into your new XFCE desktop environment on OpenBSD

By the end of this tutorial, you will have a clean, fast, and fully functional XFCE setup running smoothly on your OpenBSD system. So without further ado, let's get started!

Neofetch command output showing system details in XFCE desktop environment on OpenBSD


How to Install XFCE on FreeBSD (Lightweight Desktop Guide)

How to Install XFCE on FreeBSD (Lightweight Desktop Guide)

How to Install XFCE on FreeBSD

This guide is part of the MusaBase BSD series. For the complete overview, see the Complete BSD Roadmap: FreeBSD and OpenBSD installation, desktop environment and daily use..

Sometimes, all you need from your FreeBSD system is a clean, fast desktop that gets out of your way. If you're looking for that perfect balance of lightweight performance and just enough customization, XFCE is often the ideal choice. Let's bring this classic desktop environment to your FreeBSD installation. Hi all, and welcome back to MusaBase! In today's article, I will guide you through the process of installing and configuring the XFCE desktop environment on your FreeBSD system.

In our previous walkthroughs, we covered how to set up KDE Plasma as a modern FreeBSD workstation and how to configure GNOME for a dual-desktop FreeBSD setup. In this follow-up, we are adding XFCE to that same system, providing a lightweight yet powerful alternative. In this comprehensive guide, you will learn how to:

  • Prepare and configure your FreeBSD base system for XFCE
  • Download and install the official XFCE packages
  • Install the Xorg display server and the LightDM graphical login manager
  • Configure procfs entries and essential input services
  • Enable and initialize the necessary display services
  • And finally, log into your new XFCE desktop environment

By the end of this guide, you will have a fully functional XFCE desktop environment running smoothly on your FreeBSD system. So without further ado, let's get started!

Neofetch command output displaying system information on a FreeBSD system running the XFCE desktop environment