In a parallel processing setup, which track type is used to host effects after routing to a Bus?

In a parallel processing setup, which track type is used to host effects after routing to a Bus?

• A. An Audio Track.
• B. The Master Fader.
• C. An Aux track with its input set to the Bus.
• D. A MIDI Track.

Answer: (C)

In parallel processing, the signal is split and sent to a parallel path via a bus, then returned to the mix after processing. The place to host the effect processing is an Auxiliary (Aux) track with its input set to that Bus. This makes the bus signal its own stream that you can insert effects on, adjust its level, and blend with the dry signal before summing back into the main mix. The Master Fader controls overall output, not the parallel processing path, and a MIDI track carries MIDI—not audio—so they aren’t suitable for hosting the processed parallel signal. An Audio Track could technically carry the processed signal, but the standard, flexible approach is to use an Aux track for the bus-returned signal.

In parallel processing, the signal is split and sent to a parallel path via a bus, then returned to the mix after processing. The place to host the effect processing is an Auxiliary (Aux) track with its input set to that Bus. This makes the bus signal its own stream that you can insert effects on, adjust its level, and blend with the dry signal before summing back into the main mix. The Master Fader controls overall output, not the parallel processing path, and a MIDI track carries MIDI—not audio—so they aren’t suitable for hosting the processed parallel signal. An Audio Track could technically carry the processed signal, but the standard, flexible approach is to use an Aux track for the bus-returned signal.