On devices whose audio output is dedicated to music playback then alsa is still better. It's a shame, as I loved the convenience of easyeffects on those systems connected to a headphone amp, but ultimately I prefer zero audio defects over convenience.Įdit: I'm keeping pipewire, wireplumber and easyeffects on my desktop and laptop because the important use case there is video and playing nice with multiple applications such as web browsers etc. When I go back to plain alsa then I get perfect playback every time and on every architecture and kernel version and os version. I've tried running gmediarender via pulsesink, pipewiresink, alsasink, but on every architecture and different linux distro, different kernel, different OS version, networked audio via pipewire always glitches eventually. I've adjusted buffer size, cpu governor etc. It is much better than pulseaudio but not perfect. I find that pipewire, however configured, occasionally produces a horrible pause or click. I use gmediarender (a UPnP/DLNA renderer) on headless streamers, and kodi and gmediarender on desktop/laptop. The reason is audible glitches with streaming audio. Unfortunately I have found pipewire still ultimately unsatisfactory and have gone back to plain old alsa, configured via ~/.asoundrc. Go to PipeWire tab and set your DAC as Default. PipeWire install will set default ALSA and PulseAudio end point to PipeWire sink. Systemctl -user restart wireplumber pipewire pipewire-pulse If you make changes to nf you need to restart the services. I recommend a full reboot if you are migrating from PulseAudio to PipeWire. Or you can log out or reboot as PipeWire services are set to start automatically. We are now ready to start PipeWire user services. Uncomment line:Īnd edit it to include the sample rates supported by your DAC. Sudo cp /usr/share/pipewire/nf /etc/pipewire/Ĭp /usr/share/pipewire/nf ~/.config/pipewireĮdit /etc/pipewire/nf or ~/.config/pipewire/nf. To configure PipeWire, you can copy configuration file from /usr/share/pipewire. You should not edit these files directly, as package updates will overwrite your changes. The PipeWire package provides an initial set of configuration files in /usr/share/pipewire. We want to disable resampling and use the sampling rates supported by our DACs. However PipeWire resamples everything to 48 kHz by default. PipeWire doesn't need any configuration and should just work. Sudo pacman -S pipewire-alsa pipewire-pulse In my case I want ALSA and PulseAudio support: Installing this will remove pulseaudio and pulseaudio-bluetooth packages and PipeWire will work as a complete PulseAudio replacement. pipewire-pulse for PulseAudio replacement.Remove pulseaudio-alsa package if you have it installed. pipewire-alsa to route application using the ALSA API through PipeWire.Then we need to install PipeWire clients that we want. When installing PipeWire you will be prompted with two options as a PipeWire session manager. Next we will install the necessary software from Arch repo: Most of the information comes from the Arch Linux wiki.įirst make sure that your Arch Linux installation is up to date: Please note that PipeWire is a fairly new software and some other distros may have outdated version of PipeWire in their repo. Arch Linux is a rolling release "bleeding edge" distro. This guide is for Arch Linux but can be adapted for other distros. In this guide PipeWire is installed as an audio server to completely replace PulseAudio. EasyEffects replaces the old PulseEffects application. Parametric equalization is applied with PipeWire low-level multimedia framework and EasyEffects application that includes a parametric equalizer that can load APO presets. Here's a guide how to use Equalizer APO PEQ presets in Linux for headphone equalization.
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