Resolve in Arch Linux

Chris Titus — Tue, 23 Jun 2026 00:00:00 +0000

DaVinci Resolve on Arch Linux is one of those setups that can be perfect for weeks and then break after one system update. The problem is not that Arch is bad or Resolve is bad. The problem is that Resolve is a proprietary professional video editor built and tested against a conservative Linux stack, while Arch is a rolling-release distribution that moves libraries, GPU drivers, and desktop components quickly.

This post goes through the common problems, the fixes that matter, and the workflow I use to make Resolve usable on Arch Linux.

The Big Picture

Blackmagic Design’s Linux target is Rocky Linux, not Arch. Arch users rely on the AUR, community packaging, and wrapper fixes when Resolve expects older or different system libraries. That means the install can work extremely well, but you need to understand what is being fixed.

There are three major problem areas:

Resolve launch errors caused by library/runtime mismatch
GPU and OpenCL/CUDA setup
Codec support, especially H.264, H.265, and AAC

The practical fix is to install Resolve cleanly, verify GPU compute, run Resolve through a compatibility wrapper when needed, and transcode unsupported media into native Resolve-friendly formats.

Install Resolve on Arch

Use the AUR package for the free version:

paru -S davinci-resolve

or the Studio version:

paru -S davinci-resolve-studio

Blackmagic requires a manual download for the Linux installer. If the AUR build fails because the ZIP is missing, download the exact version requested by the package from Blackmagic’s support page, place it in the AUR build directory shown in the error, and run the install again.

For a clean build environment, make sure you have the basics:

sudo pacman -S --needed base-devel git

Do not randomly install old libraries from random mirrors. If the AUR package expects a specific dependency, use the package sources and comments from the AUR package first. Arch partial upgrades and manually pinned libraries are a great way to break this later.

GPU Compute Is Required

Resolve is not a normal desktop video editor. It expects GPU acceleration. If Resolve starts but says it cannot find a GPU, crashes when opening a project, or shows broken playback, check OpenCL or CUDA first.

Install the correct stack for your GPU.

NVIDIA

sudo pacman -S --needed nvidia nvidia-utils opencl-nvidia cuda

Verify OpenCL:

clinfo | less

If clinfo does not show your NVIDIA GPU, Resolve will not be happy. Reboot after driver changes and make sure Secure Boot is not blocking the NVIDIA kernel module.

AMD

sudo pacman -S --needed rocm-opencl-runtime

Verify:

clinfo | less

AMD on Arch has changed over time. Some users used opencl-amd from the AUR, but ROCm version changes can break Resolve. If Resolve crashes after an AMD OpenCL update, test rocm-opencl-runtime from the official repos before chasing random downgrade guides.

Intel

sudo pacman -S --needed intel-compute-runtime

Then verify:

clinfo | less

Intel can work, but NVIDIA remains the least painful Resolve path on Linux because Blackmagic’s Linux support matrix is CUDA-focused.

The Library Launch Problem

The classic Arch problem is that Resolve launches from /opt/resolve/bin/resolve, then fails with library or symbol errors after an update. This happens because Resolve bundles some libraries but still interacts with system libraries. On a rolling distro, the ABI can move faster than Resolve.

The quick fix is my resolve-fix wrapper from:

https://github.com/ChrisTitusTech/resolve-linux

Clone it:

git clone https://github.com/ChrisTitusTech/resolve-linux.git
cd resolve-linux
chmod +x resolve-fix

Run Resolve through the wrapper:

./resolve-fix

The wrapper preloads Arch’s GLib stack and puts /usr/lib earlier in LD_LIBRARY_PATH before launching Resolve:

export LD_PRELOAD=/usr/lib/libglib-2.0.so.0:/usr/lib/libgobject-2.0.so.0:/usr/lib/libgio-2.0.so.0:/usr/lib/libgmodule-2.0.so.0
export LD_LIBRARY_PATH=/usr/lib:$LD_LIBRARY_PATH
exec /opt/resolve/bin/resolve "$@"

If that fixes the launch, make it your normal Resolve command:

sudo install -m 755 resolve-fix /usr/local/bin/resolve-fix

Then launch:

resolve-fix

You can also edit your desktop launcher to run /usr/local/bin/resolve-fix instead of the default Resolve binary.

Check Missing Libraries

If Resolve still will not launch, run:

ldd /opt/resolve/bin/resolve | grep "not found"

Common fixes include:

sudo pacman -S --needed libxcrypt-compat glu apr-util

Do not install packages blindly. Run ldd, see what is missing, then install the package that owns that library.

To find the package for a missing library:

pacman -Fyx 'libcrypt.so.1'

If file database search is not enabled:

sudo pacman -Fy

The Codec Problem

This is the part that confuses most people because MP4 is a container, not a codec.

On Linux, Resolve codec support is different from Windows and macOS. Blackmagic’s supported codec document for Resolve 20 lists Rocky Linux 8.6 CUDA as the Linux platform. In that Linux matrix, AAC is not available, while embedded audio support is limited to decodable formats such as PCM, MP3, FLAC, OPUS, and AC-3 depending on the container.

That means common camera, phone, OBS, and downloaded clips can fail in weird ways:

MP4 imports but video is missing
Video imports but audio is silent
H.264 or H.265 media shows as offline
Free Resolve cannot decode formats that Studio can
Studio still does not magically fix AAC audio on Linux

The most reliable answer is to transcode footage before editing.

Convert Footage to Native Resolve Formats

Use the conversion script from the same repo:

https://github.com/ChrisTitusTech/resolve-linux

Install dependencies:

sudo pacman -S --needed ffmpeg parallel

Clone and prepare the script:

git clone https://github.com/ChrisTitusTech/resolve-linux.git
cd resolve-linux
chmod +x resolve_convert.sh

Preview what will be converted:

./resolve_convert.sh -n /path/to/footage

Convert the folder:

./resolve_convert.sh /path/to/footage

The script recursively scans the folder, skips its own output directory, and mirrors the original folder layout under resolve_ready/.

Video is converted to:

DNxHR in a .mov container

Audio is converted to:

PCM 24-bit 48 kHz .wav

That avoids the common Linux Resolve problems with H.264, H.265, and AAC. DNxHR takes much more disk space than camera originals, but it edits smoothly and imports cleanly.

Quality Profiles

The conversion script supports multiple DNxHR profiles:

./resolve_convert.sh -q lb /path/to/footage
./resolve_convert.sh -q sq /path/to/footage
./resolve_convert.sh -q hq /path/to/footage
./resolve_convert.sh -q hqx /path/to/footage
./resolve_convert.sh -q 444 /path/to/footage

Use them like this:

lb: proxy/offline editing
sq: smaller intermediate files
hq: good default
hqx: high quality 12-bit work
444: maximum quality when you actually need it

For most YouTube and screen-recording workflows, hq is the default I would use. For rough cuts on a laptop, use lb and relink later if needed.

Parallel conversion:

./resolve_convert.sh -q hq -j 4 /path/to/footage

Do not point this at a nearly full disk. DNxHR files are large.

Fix Silent Audio

If the clip imports but has no audio, it is probably AAC. Convert the file:

./resolve_convert.sh /path/to/clip-folder

Or convert just the audio manually:

ffmpeg -i input.mp4 -vn -c:a pcm_s24le -ar 48000 output.wav

Then import the WAV into Resolve and sync it with the video.

For batch work, the script is easier because it keeps the folder structure and handles video plus audio together.

Fix Media Offline for MP4

If an MP4 shows “Media Offline”, inspect it:

ffprobe input.mp4

If it is H.264 or H.265, convert it:

./resolve_convert.sh -q hq /path/to/footage

Then import the converted .mov from resolve_ready/.

Do not waste time installing random codec packs. Resolve does not use your desktop media player codec stack the same way VLC or Kdenlive does.

Fix Fonts Missing in Resolve

Resolve may only look at system font paths. If fonts installed under your home directory do not appear, open Fusion settings and update the font path map from:

SystemFonts:

to:

SystemFonts:;$HOME/.local/share/fonts

Restart Resolve after changing it.

Backup Before You Break It

The resolve-linux repo also includes resolve_backup.sh, which can archive the Resolve install and user configuration. This is useful before reinstalling, moving to another Linux machine, or testing a big driver update.

Run a dry run first:

./resolve_backup.sh --dry-run

Create a backup:

./resolve_backup.sh --output-dir ~/backups

Restore from an archive:

./resolve_backup.sh --restore inputfile.tar.gz

This is not a replacement for real system snapshots, but it is useful for preserving Resolve settings, LUTs, scripts, fonts, and the application install.

Troubleshooting Checklist

Resolve does not launch

resolve-fix
ldd /opt/resolve/bin/resolve | grep "not found"

Install missing libraries with pacman, not random downloads.

Resolve cannot find a GPU

clinfo

Install the correct OpenCL/CUDA stack for your GPU and reboot.

Resolve crashes after a system update

Try the wrapper first:

resolve-fix

Then check AUR comments for the exact Resolve package version. Rolling distros break proprietary apps when runtime libraries move.

MP4 imports without audio

Convert AAC to PCM:

./resolve_convert.sh /path/to/footage

MP4 or H.265 shows Media Offline

Convert to DNxHR:

./resolve_convert.sh -q hq /path/to/footage

Conversion script says DNxHD/DNxHR is missing

Reinstall Arch’s ffmpeg package:

sudo pacman -S ffmpeg

Recommended Workflow

My practical Arch workflow is:

Install Resolve from the AUR.
Install the right GPU compute stack.
Verify with clinfo.
Launch with resolve-fix.
Convert all questionable footage with resolve_convert.sh.
Edit from resolve_ready/.
Backup Resolve settings before major system or driver updates.

Arch Linux can be a great Resolve workstation, but only if you stop treating Resolve like a normal Arch-native package. It is proprietary software with Linux-specific codec limitations and runtime assumptions. Once you wrap the launch and feed it DNxHR/PCM media, the experience becomes much more predictable.

Sources

ChrisTitusTech Resolve Linux tools: https://github.com/ChrisTitusTech/resolve-linux
Arch Wiki DaVinci Resolve page: https://wiki.archlinux.org/title/DaVinci_Resolve
DaVinci Resolve 20 supported codecs: https://documents.blackmagicdesign.com/SupportNotes/DaVinci_Resolve_20_Supported_Codec_List.pdf
AUR davinci-resolve package: https://aur.archlinux.org/packages/davinci-resolve

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