Audio Settings (Standalone)

Walkthrough Video


Windows Instructions

Before you start

Before launching BIAS X, make sure the following requirements are met:

‣ Audio Interface Connected

Ensure your audio interface is correctly connected to your computer and recognized by the operating system.
Go to Settings > System > Sound and check the Output & Input.

If you can't find your audio interface in the I/O settings, please ensure that the driver for the audio interface is properly installed.

Instructions 

The Audio Settings window will appear automatically when you launch and log into BIAS X for the first time.

You can also access it anytime by clicking the gear icon in the bottom-left corner of the interface. Screenshot 2025-04-07 at 15.42.34.png

‣ Audio Device Type

Select the audio device type depending on the audio interface you connect to the computer.

‣ Input/Output Device & Channels

  • Choose your preferred Input and Output device from the dropdown menu.
  • Select the specific input/output channels you want to use (e.g., Input 1, Output 1/2).
    If you can't find your audio interface in the drop-down menu, please make sure to select the correct audio device type first.

‣ Sample Rate & Audio Buffer Size

- Sample Rate

Select the sample rate supported by your audio interface. This setting determines the audio quality and how much data is processed per second.

Recommended: Start with 44.1kHz or 48kHz for best compatibility.

- Audio Buffer Size

Choose the buffer size that suits your system’s performance and latency needs. A lower buffer size reduces latency but increases CPU load; a higher buffer size reduces CPU load but may introduce more latency. 

Recommended Starting Point: 256 or 512 samples. Lower the samples according to the perormance on your computer.

Refer to this article to set the optimal buffer size.


macOS Instructions

Before you start

Before launching BIAS X, make sure the following requirements are met:

‣ Audio Interface Connected

Ensure your audio interface is correctly connected to your computer and recognized by the operating system.
Go to Apple > System Settings > Sound and check the Output & Input.


Instructions 

The Audio Settings window will appear automatically when you launch and log into BIAS X for the first time.

You can also access it anytime by clicking the gear icon in the bottom-left corner of the interface. Screenshot 2025-04-07 at 15.42.34.png

‣ Input/Output Device & Channels

  • Choose your preferred Input and Output device from the dropdown menu.
  • Select the specific input/output channels you want to use (e.g., Input 1, Output 1/2).

‣ Audio Device Type

This setting is designed for Windows.

‣ Sample Rate & Audio Buffer Size

- Sample Rate

Select the sample rate supported by your audio interface. This setting determines the audio quality and how much data is processed per second.

Recommended: Start with 44.1kHz or 48kHz for best compatibility. You may lower the sample size depending on your computer’s performance. 

- Audio Buffer Size

Choose the buffer size that suits your system’s performance and latency needs. A lower buffer size reduces latency but increases CPU load; a higher buffer size reduces CPU load but may introduce more latency. 

Recommended Starting Point: 256 or 512 samples. Lower the samples according to the performance on your computer.

Refer to this article to set the optimal buffer size.


FAQs

Q: Does BIAS X remember my audio settings?
A: Yes. BIAS X automatically saves your audio interface settings in the Standalone app, even if the app crashes. Your settings will be restored the next time you open BIAS X.
Q: Why can't I see the audio settings when using the BIAS X plugin in a DAW?
A: Audio settings are only available in the Standalone version of BIAS X. When using the plugin, input/output settings are managed directly through your DAW's audio preferences.
Q: How do Sample Rate and Buffer Size affect performance?
A: You’ll need to adjust these settings based on your system’s performance and your preference for low latency or smooth playback.
Lower buffer size = lower latency, but higher CPU usage
Higher buffer size = more latency, but less CPU strain
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