Among the multitude of Linux distributions available, openSUSE and Ubuntu stand out as two of the most popular and user-friendly options. Both distributions have a lot to offer in their own right and appeal to different needs and skill levels. In this expansive guide, we‘ll compare openSUSE and Ubuntu side-by-side, looking at all aspects from the user interface, software management, hardware support and more to help you decide which one is better suited for your needs.
Brief History and Overview
Ubuntu, developed by Canonical and the Ubuntu community, first appeared in 2004 targeting easy deployment and user-friendliness. Being Debian-based, it leveraged the large software repository available while focusing on a polished desktop experience especially suitable for new Linux users. Over the years, Ubuntu has cemented its position as one of the most popular Linux distributions available today.
openSUSE traces its roots to SUSE Linux which began development in 1992 in Germany. In 2005, Novell acquired SUSE and created the openSUSE project for developing a freely available community edition. After Novell was acquired by The Attachmate Group in 2010, SUSE was spun off as an independent subsidiary dedicated to developing the enterprise version while openSUSE continued to be driven by the open-source community. This shared lineage means both benefit from a large body of compatible packages and a long history of development.
In terms of philosophy, Ubuntu focuses on "Linux for human beings" aiming for maximum usability including an intuitive interface, audio/video capabilities, office applications etc out of the box. openSUSE allows configuring more aspects from the system level up for both desktops as well as servers and tries to give users choice whenever possible.
Release Cycle and Versions
The current Ubuntu LTS (Long Term Support) release is 20.04 focal fossa with 5 years of update support in the pipeline. Non-LTS versions which get updated for only 9 months are also released every 6 months for users wanting latest packages and features.
openSUSE Leap is the current stable release, upgraded every 12-15 months and supported for at least 36 months. openSUSE Tumbleweed provides rolling release bleeding edge software updated continuously from the main development branch. So users have the option of running a rockstable base install and selectively upgrading components with Tumbleweed packages. openSUSE also maintains SUSE Linux Enterprise, a heavily certified commercial product often used for mission-critical applications.
The shared legacy means openSUSE Leap and SUSE are highly binary compatible allowing migration to the enterprise product if necessary.
Installation Process
Modern Linux distributions have come a long way in simplifying what used to be a daunting installation process. Today‘s graphical installers identify hardware, partition disks if necessary and configure everything without significant user intervention. Still there are noticeable differences in the initial setup.
Ubuntu starts with language selection before directly presenting disk partitioning options. Guided partitioning setups like "Erase disk and install Ubuntu" are available to automate the process for novice users. Additional drivers like proprietary GPU drivers or media codecs can also be installed during setup. The live view also allows trying Ubuntu before installing to ensure hardware compatibility.
openSUSE provides more configuration options throughout the setup procedure. After choosing the desktop environment between GNOME and KDE Plasma, YaST handles partitioning by detecting existing installs before offering methods like replace existing Linux, use free space, custom LVM-based proposal etc tailored per disk configuration. Users can choose transactional-updated setup which leverages openSUSE‘s Snapper and Btrfs features for easy rollbacks. Package groups instead of individual programs bring up the Software Selection to tune the purpose like Office & Productivity suite, multimedia editing programs etc. Overall the installer gives a lot of possibilities but may feel overwhelming for first timers.
Post-installation, Ubuntu presents a more streamlined desktop experience with the dock showing pinned applications and favorites. Some nudges towards online accounts help integrate services for messaging and email. openSUSE brings up YaST for first-run configuration split into hardware, network, online services etc. It contains significantly more customization options letting administrators optimize the system profile.
User Interface and Desktop Environment
Ubuntu ships with the GNOME desktop environment which provides a straightforward user experience focused on usability. Desktop layout options like placing dock on bottom/left, toggling application menus etc can easily be changed from within settings. The use of minimal title bars and reliance on keyboard shortcuts suits both entry-level and power users.
openSUSE gives users the choice between GNOME and KDE Plasma during installation. Plasma desktop from the KDE project is considerably more customizable allowing users to control grid size, icon styles, panel placements, widgets etc resulting in vastly different profiles supporting varying workflows. But it comes with the associated complexity of navigating through the array of configuration modules. Both GNOME on openSUSE and Ubuntu strive to provide a unified environment which looks clean and consistent across the board.
As Ubuntu is based on Debian, it uses .deb packages natively. openSUSE being in the Red Hat family of distributions uses the RPM Package Manager standard. But strong cross-compatibility means the majority of popular software is available regardless of native packaging with direct installers reducing friction. Users also have the option of installing Snaps or Flatpak packages which sandbox install locations.
Software Management Systems
Software management is a critical component that directly impacts user experience. Let‘s see how Ubuntu and openSUSE compare here.
Graphical Tools
The GNOME Software application provides the graphical front-end to install and update programs in Ubuntu. It features a scrollable grid of categories and editors pick alongside a search bar to find relevant software. Available packages show ratings, description and version numbers for evaluation. By default only trusted open-source apps are shown, users need to enable third-party PPAs to access things like Google Chrome.
openSUSE has a more powerful solution in the form of YaST which controls every aspect of system configuration from online updates to bootloader. But for software management specifically there is a dedicated interface listing packages along with repositories allowing one-click installs and upgrades. Showing both user and expert ratings facilitate choosing between multiple options. YaST is tightly integrated into openSUSE making building packages from source or managing extensions easy.
Command Line Tools
While desktop search bars and app stores continue improving, power users still rely on terminal for precision and unlocking advanced functionalities. Ubuntu being Debian-based utilizes apt as default package manager which retrieves programs from repositories including dependency resolution. Common operations like sudo apt update, sudo apt install package make installations almost seamless. Dpkg offers lower level control over deb packages. PPAs(Personal Package Archives) allow users and developers to distribute software.
OpenSUSE and SUSE share a unified codebase which means it utilizes rpm package manager for dealing with binaries. Commands like sudo zypper refresh and sudo zypper install package enable managing packages from cmdline similar to apt. There is deep integration with YaST for undertaking operations like repository management. Being able to switch between Leap and Tumbleweed via sudo zypper migration shows the flexibility granted.
Overall when it comes to package management openSUSE grants added control which skilled users can take advantage of for tweaking their system. Ubuntu chose to streamline the most common operations for simplicity and security.
Stability vs Cutting Edge Software
When running mission critical applications and hardware, stability becomes paramount where the software is guaranteed to run without faults over long deployment cycles. At the other end of the spectrum lie bleeding edge packages where latest features trump reliability. Different use cases demand striking the right balance here.
Ubuntu LTS editions are specifically focused on stability for enterprise setups and consumer desktops. By default only thoroughly tested software enter supported repositories with strict guidelines for major version upgrades. Each LTS release is supported for 5 years by Canonical allowing long-term deployments. Of course enthusiasts have the option to add unofficial PPAs for newer packages.
openSUSE Leap provides a gradual update process with well-tested packages entering maturity phase after community feedback ensuring high reliability. Indeed shared Binary Compatibility makes Leap to SUSE Linux Enterprise migration straightforward for organizations. For users wanting latest packages at cost of integration issues there is rolling release Tumbleweed constantly synced with development code.
So Ubuntu sticks firmly to stability guarantees with optional experimentation whereas openSUSE caters to both via separate distros allowing users to migrate back and forth.
Customization and Power User Features
While both openSUSE and Ubuntu focus on usability, people tweaking their system can result in learning better. Customization also denotes how much tools for diagnosis and repair ship enabled in the standard install. These directly contribute towards community engagement.
Ubuntu provides a streamlined experience without worrying much about internals, so things like boot sequence, network configuration happen under the hood. Home directory presents limited folders for organizing documents etc. Of course CLI tools like monitoring processes with top, network tuning using ip command expose possibilities without overwhelming users. Projects like Ubuntu Make lower barrier for installing dev toolchains. Overall Ubuntu believes hiding complexity maximizes usability.
YaST Control Center included in openSUSE essentially exposes all aspects like partitioning, kernel management, services status etc for examination or editing. Kubernetes and Xen being integrated as modules highlight developer orientation. Airoot RPM Build Script offers template for building custom RPM based distros. Reflecting its technical heritage, openSUSE anticipates it being tweaked thus facilitates through tooling though CLI expertise is still required.
Hardware Support
A key question faces users migrating existing installations to or setting up Linux on new computers and devices – how much will "just work" out of the box? Switching between operating systems introduces issues like missing drivers, incompatible firmware etc degrading functionality. Let‘s explore this facet of hardware support across Ubuntu and openSUSE.
Ubuntu offers one of the most polished experiences when it comes to running smoothly across multitude of devices with minimal effort. Actively contributing towards the Linux kernel means hotfixes make it upstream benefiting all distributions. Preferences pane detects installed hardware and suggests options like proprietary GPU drivers for NVIDIA, touchpad tweaks etc. Near universal support for wireless cards and printing comes integrated. Unique offerings like optimized Windows Subsystem Experience raise confidence for migrations.
openSUSE also follows a heavily proactive policy for hardware certifications maintaining an extensive compatibly Commonly used ethernet, wifi dongles, Bluetooth etc are well tuned. YaST factors missing firmware and device drivers for RDP, NVIDIA during installation using one-click installs when permitted legally. openSUSE also enjoys shared improvements from SUSE Linux Enterprise helping server and embedded use-cases. Certain newer devices, fingerprint scanners may work before Ubuntu based off community feedbacks.
For officially sanctioned support, Ubuntu leads with widespread public cloud images, OEM partner device optimization and extensive enterprise ecosystem integration. But openSUSE community assists trying their utmost for user reported issues via discussion forums. So users get to pick their balance of support trade-offs when choosing.
Gaming Performance
Gaming has been a traditionally weak area on Linux with the vast majority of popular game titles either unavailable or offering subpar performance. The advent of Steam Deck and Proton layer promises to change the equation significantly. But between Ubuntu and openSUSE are there noticeable differences today?
Ubuntu has been the most aggressive distribution in pitching itself as the choice for gaming. By partnering with vendors like Valve to integrate Steam and enable graphics drivers, many Windows native AAA titles now play flawlessly. Vulkan GPU drivers reduce overhead massively allowing fluid frame rates even on modest hardware. Lower latency from kernel improvements round up a strong showing.
openSUSE provides a pleasant experience via tools like Open Build System. Packman repository enables adding essential packages like Mesa Graphics, DXVK easily keeping the system versatile for creative workloads. Strong KDE background ensures compositor and display settings are gaming ready. While slightly behind Ubuntu in OpenGL game compatibility, major titles with Vulkan render backends fare excellent with fluid performance.
So while Ubuntu investing heavily in Steam integration inches ahead, openSUSE community ensures the complementary packages elevate gaming making either choice satisfactory depending on hardware generation.
Community Support and Documentation
Perhaps the greatest strength of open source projects is the culture of contribution and altruistic support in forums. When stuck in technical issues without official help, an active community can provide workarounds saving the day. Let‘s see how our distros compare.
AskUbuntu forum with over 440k registered users has emerged as one of the most popular sources of support. Concise problem statements get several answers very soon from veterans and developers detailing contextual solutions. Superuser privileges help moderate quality. Github issue trackers of various Ubuntu projects also see strong engagement. Canonical blog and Linux news coverage further aid troubleshooting specific versions. Overall exceptional breadth and responsiveness from forums.
openSUSE doesn‘t yet have forums quite as largely trafficked like Ubuntu but the openSUSE subreddit keeps discussions active. Equally exhaustive wikis elaborate configurations with OBS(Open Build Service) powering distributing packaging. Version specific documentation could improve as Tumbleweed changes continuously and Leap upgrades slowly. Encouragingly with growth in openSUSE popularity driven by innovations like transactional updates, community participation looks on the uptick.
Job Opportunities and Commercial Ecosystem
While Linux skills greatly aid technology career growth, some distros like Red Hat and SUSE boast major enterprise commit pushing lucrative job roles facilitating consulting. Most institutions standardize around Ubuntu. How do the job markets compare?
Canonical has been hugely successful driving Ubuntu adoption spanning Fortune 500 companies to smaller startups who rely on Long Term Support releases. Cloud vendors like Microsoft Azure, AWS, Google Cloud offer Ubuntu images cementing position. Consulting roles for migration, DevOps and Systems Administration abound at technology partners. Sound Ubuntubackground helps immensely in getting shortlisted to interviews. Knowledge translates directly to in-demand skills like Docker, Kubernetes and OpenStack.
On technology front, openSUSE code sits at the heart of SUSE Linux Enterprise powering mission-critical workloads in industries like banking, manufacturing and healthcare with extensive certifications. So certified administrators command premium salaries. openSUSE packages like YaST simplify managing bare metal and cloud instances. Experience with RPM package manager transitions cleanly into Red Hat skills domain yielding opportunities. Tumbleweed tests development readiness. While still catching up to Ubuntu volume, SUSE partners position well for services.
So Ubuntu leads in popularity within small and mid-sized players in addition to mindshare among developers. But SUSE penetration in traditional enterprises raises supply of niche, well compensated roles. Overall technology professionals can seldom go wrong mastering either distribution as fundamentals transfer across the board.
Final Thoughts
Ubuntu and openSUSE have much in common – being free, user-friendly Linux distributions with rich history and massive software repositories. Yet after comparing intricacies around release cycles, customization depth, cutting edge features and hardware support etc we find them optimized for differing needs.
Ubuntu puts user experience first aspiring to be a refined desktop focused operating system with things working out of the box. Choices which may overwhelm new users are abstracted with sane defaults baking in legal codecs and drivers. An uncluttered interface further eases daily usage across devices. Smooth upgrade cycle also appeals to commercial audiences.
openSUSE offers flexibility aiming to bend the distribution to suit user requirements through powerful tools like YaST. Access to latest software via rolling Tumbleweed or rocksolid stability from Leap means picking the right strain. High customizability makes it popular with seasoned sysadmins. Shared openSUSE and SUSE code sees usage from workstations to datacenters.
For proprietary hardware users wanting convenient gaming experience with minimum hassles, Ubuntu has the edge. Developers aspiring to master latest technologies may gain from openSUSE‘s configurability. So understand specific pain points before choosing the right distro for the job!
