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The current Docker Compose configuration for the Jellyfin server does not include hardware-accelerated video decoding capabilities. This feature is essential for improving media playback performance, especially for high-definition video streams, by leveraging GPU-based transcoding.
Proposed Changes:
Modify the docker-compose.yml to include the following device mappings:
/dev/dri: Enables Direct Rendering Infrastructure (DRI) for GPU access.
/dev/vcsm and /dev/vchiq: Facilitates GPU memory and communication, particularly for Raspberry Pi systems.
/dev/video10, /dev/video11, /dev/video12: Grants access to video device nodes for hardware-based video encoding/decoding.
The updated docker-compose.yml service configuration for the Jellyfin server would look like this:
Context:
The current Docker Compose configuration for the Jellyfin server does not include hardware-accelerated video decoding capabilities. This feature is essential for improving media playback performance, especially for high-definition video streams, by leveraging GPU-based transcoding.
Proposed Changes:
Modify the
docker-compose.yml
to include the following device mappings:/dev/dri
: Enables Direct Rendering Infrastructure (DRI) for GPU access./dev/vcsm
and/dev/vchiq
: Facilitates GPU memory and communication, particularly for Raspberry Pi systems./dev/video10
,/dev/video11
,/dev/video12
: Grants access to video device nodes for hardware-based video encoding/decoding.The updated
docker-compose.yml
service configuration for the Jellyfin server would look like this:Benefits:
Steps to Validate:
docker-compose.yml
file with the proposed changes.docker exec <container_name> ls -l /dev/
to verify the container has access to the mapped devices.Notes:
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