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 reverb on a post-fader send disappears when you pull the channel fader down. Why?
Answer: Post-fader sends scale with the fader
Post-fader sends are tapped after the fader, so lowering the fader proportionally reduces the send level.
You hear a sudden volume jump and clipping on the master after adding a bus. What is the most likely cause?
Answer: Stacked gain from summed tracks overloading the bus
Routing many tracks into one bus sums their levels, which can push the bus into clipping without gain staging.
What is the purpose of a sidechain input on a compressor in DAW routing?
Answer: To trigger compression from a different signal
A sidechain feeds an external signal (like a kick) to control when the compressor reduces gain on the main signal.
Which buffer-size setting reduces input monitoring latency while recording?
Answer: A smaller buffer size
Smaller buffer sizes shorten the round-trip delay, lowering latency at the cost of higher CPU load.
You want vocals to feed both a 'Lead Vocal' bus and a parallel compression bus. What routing tool achieves this cleanly?
Answer: A send to the parallel bus plus the main output routing
Using a send duplicates the signal to the parallel bus while the main output continues to the vocal bus.
In a hardware-style DAW patchbay view, what does an 'output' assignment on a track determine?
Answer: Which bus or output the track's audio flows to
The output assignment sets the destination bus or physical output that the track's signal is routed to.
Why might engineers route all tracks through a single 'Mix Bus' before the master output?
Answer: To apply unified processing and control overall level
A dedicated mix bus lets you apply glue compression, EQ, and metering to the full mix before the master.