Running Ubuntu on the Framework Laptop 16: A Practical Look

The Framework Laptop 16 has earned a reputation among repair advocates and Linux enthusiasts for its modular construction and user-upgradeable parts. Pairing it with Ubuntu feels like a natural fit, since the operating system is known for embracing open hardware standards and offering long-term support cycles. Early adopters in Australia have started documenting their experiences on forums and community sites, painting a picture of a portable workstation that behaves well under the popular Debian-based distribution.

Demand for repairable, customisable hardware has grown steadily in places like Melbourne and Brisbane, where professionals and students often look for laptops that last beyond the typical three-year refresh cycle. Ubuntu, with its predictable release cadence and wide driver coverage, complements that philosophy. The combination promises a machine that you can open with a single screwdriver, configure to your taste, and keep running on a free operating system for years.

Hardware recognition and driver support

Most components inside the Framework Laptop 16 are detected automatically by a fresh install of Ubuntu 24.04 LTS. The AMD Ryzen processors, whether you choose the 7040HS or 7940HS series, work out of the box without any extra firmware packages. The integrated Radeon graphics also perform reliably, and switching between the integrated and discrete Radeon RX 7700S GPU is handled through the standard Mesa driver stack.

Community resources and tutorials on UbuntuNext have been tracking the Framework's quirks since the first batch shipped. The most common issues involve the fingerprint reader, which sometimes requires a manual enablement step, and the LED matrix modules on the keyboard deck, which need a small community-maintained utility to light up properly. Speakers, the 1080p webcam, and Wi-Fi 6E card from MediaTek all function without intervention on a standard Ubuntu desktop image. The experience is far smoother than it was during the original Framework Laptop 13 launch, when buyers often had to wrestle with BIOS updates before Linux would cooperate.

The expandable bay system is another area where Ubuntu shines. Plugging in different port cards, swapping the storage drive, or upgrading the memory is a matter of shutting down, swapping parts, and rebooting. The kernel recognises new devices instantly, and the GNOME Settings panel reports them accurately. For users who frequently move between home offices in Adelaide and coworking spaces in Perth, this kind of flexibility is genuinely useful.

Graphics performance and creative workloads

The discrete GPU option turns the Framework Laptop 16 into a credible machine for content creation. In Blender, video encoding through FFmpeg, and photo editing in darktable, the Radeon RX 7700S delivers roughly twice the performance of the integrated graphics. Drivers are open source, and the AMDVLK and Mesa RADV stacks are both available through the standard repositories. Users who need a stable workstation can pin to a specific driver version, while tinkerers can experiment with the latest Mesa builds from the kisak PPA.

Gaming has improved markedly on Linux over the past few years. Steam's Proton compatibility layer, combined with the Vulkan support baked into Ubuntu, lets most modern titles run within a few percentage points of their Windows performance. A 16-inch 2560x1600 display is well suited to this kind of work, and the 165Hz refresh rate makes the desktop feel responsive even when you are not gaming. Australian players in regional areas with limited internet options appreciate being able to run many games offline once they are downloaded.

Under sustained loads, the laptop's thermal design holds up reasonably well. Fan noise rises during benchmarks but settles back to a whisper during normal browsing and document editing. The bottom panel gets warm rather than hot, which is comfortable for lap use on the couch or at a busy café in Surry Hills. Power profiles can be switched through the GNOME power panel or via TLP, giving you control over the balance between quiet operation and maximum throughput.

Battery life and travel considerations

Battery endurance depends heavily on whether the discrete GPU is active. With the Radeon RX 7700S engaged, expect around four to five hours of mixed usage. Switching to integrated graphics and enabling the power-saver profile extends that figure to roughly seven or eight hours, which is enough for a flight from Sydney to Cairns or a full day of note-taking at university. USB-C charging works through any of the four expansion card slots, so a single 65W brick can power the machine whether you plug it in from the left or right side.

Travel across Australia presents some unique challenges. Power outlets in older buildings, particularly heritage sites in Hobart or converted warehouses in Fremantle, sometimes deliver inconsistent voltage. The Framework's USB-C power delivery handles this gracefully, and the included 180W charger is happy with international input ranges. Users who carry a lightweight GaN charger as a backup often find it sufficient for non-gaming tasks.

Heat is another factor in the Australian context. Ambient temperatures in Darwin during the build-up can sit above 35 degrees for weeks, and a hot laptop bag is never welcome. The Framework 16's ventilation draws air from the bottom and exhausts it through the rear hinge, which works well provided you avoid soft surfaces. A simple laptop stand and a sensible power profile go a long way toward keeping internal temperatures under control.

Modular expansion and long-term value

The headline feature of the Framework Laptop 16 is its modularity. The mainboard is documented, the schematics are public, and replacement parts are sold directly to consumers. Framework ships to Australian customers through its online store, and local specialists such as MSY and Umart have started stocking expansion cards and accessories. This philosophy pairs naturally with Ubuntu's commitment to long-term support, since a machine running an LTS release can outlive the typical Windows laptop by several years. When a component fails, you order the replacement and swap it in within minutes.

Storage upgrades are particularly painless. The machine accepts standard M.2 2280 NVMe drives, and Ubuntu's installer detects them without complaint. Users in Sydney's competitive tech job market, where staff turnover often means transferring a workstation to a new home, can clone drives with simple tools like Clonezilla or GNOME Disks. The keyboard deck itself is interchangeable, which is unusual in a laptop of this size and lets you choose between a full numpad layout or a more compact arrangement.

Repairability has practical benefits beyond sustainability. Insurance claims are simpler when parts are individually priced, and you can replace just the hinge or the bezel instead of writing off the entire device. For Australian small businesses that operate on tight margins, this kind of incremental maintenance can save a noticeable amount over a five-year hardware cycle.

Software ecosystem and licensing

Ubuntu's software centre covers most everyday needs. Browsers, office suites, media players, and development tools are all a click away, and the Snap and Flatpak formats make installing more specialised applications straightforward. The framework surrounding multimedia playback, including restricted codecs, is straightforward to enable through the first-run setup wizard.

Proprietary software is where some users hit a wall. Certain creative applications, engineering tools, and enterprise utilities are still distributed primarily for Windows and macOS. CrossOver, Bottles, and similar compatibility layers can bridge the gap, and many users in design studios in Melbourne rely on these tools to keep their existing workflows intact. For genuine Windows-native software, dual-booting remains a clean solution, and the Framework's spacious NVMe slots make it easy to install Ubuntu alongside another operating system.

Some commercial applications require valid licence keys, and users occasionally look for legitimate software activation resources when transitioning between machines or replacing a lost installation. The Framework's modular approach makes it easier to swap just the affected component, and Ubuntu's stability means that once you have activated your software, you rarely need to repeat the process. Keeping your activation details in a password manager is a sensible habit that complements the modular hardware philosophy.

For Australian businesses subject to the Privacy Act 1988 and the Notifiable Data Breaches scheme, running a transparent, auditable open-source stack can simplify compliance reporting. Knowing exactly which packages are installed and which services are contacting the network makes it easier to demonstrate that customer data is handled responsibly, which is increasingly important for organisations operating in regulated industries.

The Framework Laptop 16 running Ubuntu is a compelling package for anyone who values openness, longevity, and the freedom to repair. The hardware works well out of the box, the performance is more than adequate for programming, creative work, and even moderate gaming, and the modular design ensures that the machine can grow with your needs. Australian users who travel between states, work in mixed environments, or simply want a laptop that will not become obsolete in three years will find the combination especially attractive.

Setting realistic expectations is the key to satisfaction. Battery life will not match a low-power ultraportable, and some niche software may require extra effort. For the right user, though, Ubuntu on the Framework Laptop 16 offers a flexible, future-proof alternative to the sealed, disposable laptops that dominate the mainstream Australian market.