How To Install NVIDIA Drivers on Fedora 44

If you want to install NVIDIA Drivers on Fedora 44 without breaking your system, the safest path is to use the Fedora and RPM Fusion workflow, not random scripts or copy-paste commands from old blogs. Fedora 44 has a modern kernel, fast updates, and strong defaults, but NVIDIA support still needs the right repo, the right package, and a little patience while the kernel module builds.

This guide shows you how to do it cleanly, why each step matters, and how to avoid the most common mistakes that cause black screens, missing drivers, or Secure Boot issues. It also covers the NVIDIA Drivers on Fedora 44 setup for desktop users, laptops with hybrid graphics, and anyone who needs CUDA or GPU compute on a Linux server tutorial style workflow.

Table of Contents

Introduction

Installing NVIDIA on Fedora sounds simple until you hit kernel module errors, Secure Boot blocks, or a reboot that lands on a black screen. The good news is that Fedora 44 works well with NVIDIA when you follow the right order and understand why each command matters.

In practice, the cleanest method is usually RPM Fusion with akmod-nvidia, because it builds the driver for your current kernel and keeps working after updates. That is why this article focuses on a stable, repeatable workflow instead of a risky one-time install.

You will learn how to prepare the system, install the driver, verify that it works, and fix the common problems that show up on fresh Fedora 44 installs. By the end, you should be able to configure NVIDIA Drivers on Fedora 44 with confidence on a workstation, laptop, or development machine.

Prerequisites

Before you start, make sure you have the basics in place. These checks save time and prevent most failed installs.

OS version: Fedora 44 fully updated.
Permissions: A user account with sudo access.
Tools needed: Terminal, internet access, and a reboot-ready machine.
Optional but useful: Secure Boot status check with mokutil.
For compute users: CUDA support may require extra packages such as xorg-x11-drv-nvidia-cuda.

Step 1: Update Your System

Refresh Fedora First

Run a full update before installing anything else:

sudo dnf upgrade --refresh

This command updates package metadata and installs the latest system packages. You want this because NVIDIA kernel modules must match the currently installed kernel, and old kernel headers often cause build failures.

Reboot if the Kernel Changed

If the update installs a new kernel, reboot before continuing.

sudo reboot

This matters because akmod-nvidia builds against the running kernel. If you skip the reboot, you may build the driver against an older kernel and then wonder why it does not load after restart.

Step 2: Enable the Right Repositories

Add RPM Fusion

Install the free and nonfree RPM Fusion release packages:

sudo dnf install \
https://mirrors.rpmfusion.org/free/fedora/rpmfusion-free-release-$(rpm -E %fedora).noarch.rpm \
https://mirrors.rpmfusion.org/nonfree/fedora/rpmfusion-nonfree-release-$(rpm -E %fedora).noarch.rpm

RPM Fusion gives you the Fedora-friendly NVIDIA packages that track system updates more safely than ad hoc installer scripts. This is the standard route because it integrates better with DNF and keeps your driver updated when Fedora updates the kernel.

Refresh Repository Metadata

Run:

sudo dnf upgrade --refresh

This forces Fedora to see the new repos immediately. Without this refresh, DNF may not pick up the NVIDIA packages you just enabled.

Step 3: Install the Driver Package

Install akmod-nvidia

Use this command:

sudo dnf install akmod-nvidia

This package installs the NVIDIA kernel module build system. The reason to choose akmod is simple: it rebuilds the driver automatically for new kernels, which helps Fedora keep working after updates.

Add CUDA Support if Needed

If you want CUDA, hardware acceleration in some apps, or better support for creative and compute tools, install this too:

sudo dnf install xorg-x11-drv-nvidia-cuda

You need this because the base driver alone does not always include the extra libraries that compute and media apps expect. For developers, this is often the difference between “driver installed” and “applications actually use the GPU.”

What to Expect

A successful install usually ends without fatal errors, but the driver is not ready yet. The module still has to build in the background, so do not rush into a reboot right away.

Step 4: Wait for the Kernel Module Build

Give akmods Time

Wait about 5 to 10 minutes after the install finishes.

This step matters because akmods compiles the NVIDIA module for your exact kernel. If you reboot too soon, the module may not exist yet, and Fedora can fall back to the open-source driver or boot into a broken graphics state.

Check Build Status

Use:

modinfo -F version nvidia

If the command returns a version number, the module is built. If it returns nothing or an error, the build is still incomplete or failed.

Optional Manual Rebuild

If you want to force it:

sudo akmods --force --kernels $(uname -r)

This tells Fedora to build the module for the running kernel now, which is useful when you want immediate confirmation before rebooting.

Step 5: Handle Secure Boot

Check Secure Boot Status

Run:

mokutil --sb-state

If Secure Boot is enabled, Fedora may refuse to load unsigned NVIDIA modules. You need to know this early because it is one of the top reasons the driver installs but does not actually work.

Choose Your Path

You have two choices. You can disable Secure Boot in firmware, or you can enroll a key and sign the module.

If you want to keep Secure Boot on, use the akmods key workflow:

sudo dnf install kmodtool akmods mokutil openssl
sudo kmodgenca -a
sudo mokutil --import /etc/pki/akmods/certs/public_key.der

This works because Secure Boot only trusts signed modules. Signing the NVIDIA module lets you keep firmware security while still loading the driver.

Reboot to Enroll the Key

After importing the key, reboot and complete MOK enrollment on the blue screen.

sudo reboot

This step is required because the firmware must accept the key before Linux can load the module at boot time.

Step 6: Reboot and Verify

Reboot the System

Once the module is built, reboot:

sudo reboot

You want the reboot only after the build is done because that is when the driver can load cleanly during startup.

Check That NVIDIA Loaded

After logging back in, run:

lsmod | grep nvidia
nvidia-smi

The first command confirms the kernel module is active. The second shows the driver version, GPU name, and basic runtime status, so it is the fastest proof that the NVIDIA Drivers on Fedora 44 setup worked.

Confirm Graphics Libraries

You can also test OpenGL or Vulkan support:

glxinfo | grep vendor

This is useful because the driver can load correctly while desktop apps still use the wrong graphics stack. You want to confirm that apps see NVIDIA, not a fallback software path.

Step 7: Configure NVIDIA on Laptops

Hybrid Graphics Users

If you have an Optimus laptop, Fedora may use the integrated GPU for the desktop and the NVIDIA card only when needed. That is normal and helps battery life, but it can confuse users who expect the discrete GPU all the time.

Set NVIDIA as Primary GPU When Needed

Fedora’s documentation provides a path for making NVIDIA the primary GPU on Xorg-based systems. This is useful when you want maximum performance, external display stability, or a simpler desktop behavior for games and GPU-heavy apps.

Why This Matters

Laptop switching is not just a convenience feature. It affects power use, display routing, and whether the right GPU handles your workloads. If you are following a Linux server tutorial or workstation guide, this is the part readers often need most.

Step 8: Install CUDA for Development

Add Compute Tools

If your goal includes ML, rendering, or GPU compute, install CUDA support:

sudo dnf install xorg-x11-drv-nvidia-cuda

You need this because developers often need more than display output. CUDA packages provide the extra tooling and runtime components that GPU workloads rely on.

Verify CUDA Readiness

Check:

nvidia-smi
nvcc --version

These commands confirm the driver and the toolchain are visible. If nvidia-smi works but nvcc does not, the driver is fine but your CUDA toolkit is incomplete.

Troubleshooting

Black Screen After Reboot

This usually means a driver conflict or a module load problem. Check whether Nouveau is still active and make sure the NVIDIA module built correctly before rebooting.

Driver Installed but nvidia-smi Fails

This often points to Secure Boot blocking the module or an unfinished akmods build. Run mokutil --sb-state, then check modinfo -F version nvidia.

Kernel Update Broke the Driver

Installations can fail after a kernel jump if kernel-devel and kernel-headers do not match the running kernel. Reinstall the missing packages and rebuild the module with akmods.

Wrong GPU Gets Used on Laptops

Hybrid systems may keep using the integrated GPU by default. In that case, adjust your Xorg or PRIME setup so the NVIDIA card becomes primary when needed.

Old NVIDIA Card Is Unsupported

Some older cards need a legacy branch, not the newest driver. Check your GPU model before installing, because the latest package is not always the right package.

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