DAW Signal Flow and Routing Flashcards
7 cards from real Music & Audio Advice practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 7 DAW Signal Flow and Routing flashcards as text
A latency-causing lookahead limiter is on a track you're monitoring live. How do most DAWs handle the resulting timing offset on other tracks?
Answer: Plugin delay compensation aligns all tracks
Plugin delay compensation (PDC) delays other tracks to keep everything time-aligned with latency-inducing plugins.
You created a feedback loop by routing a bus's output back into its own input. What typically happens?
Answer: Runaway level or the DAW blocks the routing
Feedback loops cause uncontrolled gain buildup, so most DAWs prevent or warn against routing a bus to itself.
What is the main benefit of 'freezing' or bouncing a track with heavy plugins in place?
Answer: It frees CPU by rendering effects to audio
Freezing renders the processed track to audio so the plugins can be temporarily disabled, reducing CPU load.
When routing a stereo synth into a mono bus, what audio problem can occur?
Answer: Phase cancellation reducing some content
Summing a stereo signal to mono can cause out-of-phase elements to cancel, thinning or removing parts of the sound.
Which routing approach keeps a click track audible to performers but out of the final mixdown?
Answer: Route the click to a headphone/cue output, not the master
Assigning the click to a separate cue/headphone output keeps it for monitoring while excluding it from the master.
What does a 'pre-fader metering' option show compared to post-fader metering?
Answer: Level before the fader's gain change
Pre-fader metering displays the signal level entering the channel before the fader alters it.
You set up a 'reverb return' bus but forgot to set the reverb plugin to 100% wet. What is the likely result?
Answer: The dry signal doubles, causing comb filtering or volume buildup
On a send/return, the plugin should be fully wet; passing dry signal too creates a doubled, often phasey result.