diff --git a/REALTIME-AUDIO.md b/REALTIME-AUDIO.md
index 891cefa2ff..54fc62e242 100644
--- a/REALTIME-AUDIO.md
+++ b/REALTIME-AUDIO.md
@@ -2,6 +2,18 @@
 
 On my NUC and perhaps on other Linux computers, configuring the system for efficient, dropout-free, low-latency real-time audio can be tricky. It may be desirable to disable PulseAudio, and then to make Csound and all other audio software on the computer use ALSA alone.
 
+## Prioritize Audio
+
+In either case, configure Linux to prioritize audio processing. It is no longer necessary on most Linuxes to use a real-time kernel in order to obtain decent audio latency and performance. However, you should add yourself to the `audio` user group and edit the global `limits.conf` file to contain something like this:
+```
+@audio - rtprio 95
+@audio - memlock unlimited
+#@audio - nice -20
+```
+Also, configure your storage partitions to provide a swap partition that is the size of your RAM plus the square root of the size of your RAM.
+
+There is more -- too much more! -- but that's probably sufficient.
+
 ## Disable PulseAudio
 
 Edit `/etc/pulse/client.conf` and reconfigure `autospawn` (turn it off):
@@ -58,7 +70,7 @@ hdmi:CARD=PCH,DEV=0
 ```
 The difference between `hw` and `plughw` is important; `hw` identifies a device that can use only its native sample rate and format, `plughw` identifies the same device, but with the addition of a plugin that automatically handles sample rate and format conversions. For our purposes `plughw` should always be used. The audio format conversions in ALSA behave as though they are considerably more efficient than those in PulseAudio.
 
-For the pieces in this issue, the Csound options should usually be:
+For most Csound pieces, the Csound options should be:
 ```
 -d -f -m195 -+rtaudio=alsa -odac:plughw:1,0 [ -iadc:plughw:1,0 ]
 ```