![]() The output latency is also shown in parenthesis. ![]() When you change the I/O Buffer Size setting, you can see how it affects the total amount of input and output latency, which is shown as Roundtrip in milliseconds under the Latency heading. The buffer size ranges from 16 to 1024 samples. For software instrument channel strips, the I/O buffer size only sets the output buffer size-there’s no audio input for these channel strips. I/O Buffer Sizeįor audio channel strips, the I/O Buffer Size sets both the input and an output buffer size. This section provides more detail on the advanced preference settings in MainStage that affect latency. Once you have determined the best buffer settings, try lowering the Driver Latency slider to further reduce the overall latency of your system. If the lowest I/O Buffer Size setting you can use without audio artifacts has too much latency for you to perform comfortably, choose the next lowest I/O buffer size, then turn on the I/O Safety Buffer. If you hear unwanted audio artifacts like dropouts, pops, or glitches, choose the next highest setting until you don’t hear any audio artifacts. ![]() In MainStage, load the patch or concert in which you’re experiencing the most latency.Ĭhoose MainStage > Preferences, choose Audio, then click Advanced Settings.Ĭlick the I/O Buffer Size pop-up menu, then choose the lowest number available. Here’s how to quickly optimize your latency settings in MainStage: This delay is called latency and is caused by buffering within your Mac. When playing a software instrument in MainStage, you might experience a slight delay between when you play a note and when you hear the sound from your speakers or headphones. Use advanced settings in MainStage to minimize the amount of latency (delay) you experience when playing software instruments.
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