However, some packages like the Gnome desktop environment or Discord depend on PulseAudio in order to function properly, so there’s no reason to get rid of pulse if things are working for you. With interactive media like games in mind this potentially good practice as you shorten the processing pipeline by one instance and potentially reduce latency. In general, there is no pressing reason to use a sound server since most applications (including QEMU) work with ALSA alone. Using it allows for easy switching between multiple devices and regulating volume system-wide as well as per-device and each application individually. On top of that we usually have PulseAudio, a sound server which comes pre-installed with most Linux distros. If your distro plays sound out of the box, you are probably running ALSA.
Since 2002, it has most commonly provided the interface for audio device drivers: it supports a huge list of sound cards. Here’s a basic overview of the way most linux distros handle sound: At the base of the stack there’s the Advanced Linux Sound Architecture – also known as ALSA. Read also: Handsfree Monitor Switching With DDCUtil About Linux audio This article will show you how to get the most out of your audio setup using nothing but software and the equipment you already own. Unfortunately, audio equipment can be costly, and doesn’t offer a seamless experience. Over time, a wide variety of workarounds became popular, like passing through an audio interface, or using a usb sound card. Getting audio to work properly in your Windows VM is one of the biggest challenges for VFIO enthusiasts, regardless of experience level.
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