Audio effect guides
Turn a control, hear the change. Each guide pairs practical advice with the actual effect from the TuttiDAW editor.
Dynamics and rhythm
How to Use an Audio Compressor
Hear attack and release on drums and bass, then work through threshold, ratio and makeup gain.
Gate: quieter gaps without clipped decays
Set Gate threshold, return, hold and release to reduce noise between sounds while preserving the starts and endings that make a part feel natural.
Glue Compressor: shape the movement of a drum bus
Use stepped attack and release, ratio and Range to give a drum bus shared movement without flattening its attacks or mistaking makeup gain for improvement.
Limiter: catch the last peaks without crushing the groove
Understand Limiter gain, ceiling, lookahead and release through drum and bass examples, then back off when peak control starts reshaping the performance.
Multiband Dynamics: change one region, protect the rest
Set crossovers and one band’s dynamics deliberately. Learn above-threshold compression, neutral ratios and Amount without turning every band into a moving target.
Drum Buss: balance body, attack and colour
Shape a drum pattern with Drive, Crunch, Transients, Damp and Boom. Separate added colour from low-frequency ringing and keep output level under control.
Beat Repeat: interrupt a phrase with purpose
Use Interval, Grid, Offset and Gate to place a controlled stutter, then shape repeated slices with decay, pitch and the actual Mix, Insert and Gate modes.
Tone and balance
Channel EQ: rebalance a muddy or hollow sound
Learn broad tonal balancing with Channel EQ. Hear low-end weight, movable midrange cuts and high-end shaping on an interactive synthetic pad.
EQ Three bass kills and crossover transitions
Practice EQ Three band kills on a synthetic drum loop. Learn how FreqLow, FreqHi and 24/48 dB crossovers change what disappears and returns.
EQ Eight frequency and Q: make a precise EQ decision
Hear how frequency, gain and Q interact in EQ Eight. Practice with one parametric band, compare broad and narrow corrections, and understand cut modes.
Filter sweeps: from a dark pluck to rhythmic movement
Explore low-pass cutoff, resonance, LFO and envelope movement with the Filter effect. Start from an audible synthetic pluck and change one motion source at a time.
Check stereo width and mono compatibility with Utility
Use Utility to hear what survives in mono, adjust stereo width and understand polarity. A synthetic mid/side example makes cancellation easy to compare.
Align Delay: small timing offsets, large stereo changes
Learn manual channel timing with Align Delay. Hear millisecond offsets, test Link and understand the limits of Samples and Distance readouts.
Space and repeats
Delay: Put Repeats in the Gaps
Build a rhythmic delay around a short pluck, then explore synced drum replies, feedback length and filtered ping-pong movement.
Echo: Shape Feedback Colour and Groove
Hear how Echo filters repeated drum hits, changes their stereo rhythm and adds gentle time modulation without overwhelming the phrase.
Filter Delay: Arrange Three Distinct Replies
Use three independently filtered delay lines to build stereo texture, control overlapping taps and separate repeat level from feedback.
Reverb: Create Distance Without Losing Clarity
Balance predelay, early reflections, decay and damping with synthetic voice-like and drum examples that make the room tail easy to judge.
Hybrid Reverb: Understand the Impulse-Response Tail
Explore the implemented convolution engine: select an impulse response, separate its onset with predelay and reshape its decay envelope.
Chorus: Add Width and Keep the Centre Focused
Find a useful chorus balance on a synthetic pad and bass, comparing modulation amount, rate, stereo offset and wet-path filtering.
Drive and colour
Amp: choose a voice before adding more gain
Explore Amp voicing, gain, tone and its built-in cabinet using synthetic string and bass phrases. Separate useful grit from a louder output.
Cabinet: hear speaker filtering without adding distortion
Compare Cabinet’s original synthesized speaker and microphone responses on synthetic audio. Learn what filtering contributes and what it cannot replace.
Overdrive: aim the bite before raising the drive
Use Overdrive’s input band-pass, Drive, Tone and Dynamics to target bass definition or drum grit without obscuring the original attack.
Pedal: compare Overdrive, Distortion and Fuzz by articulation
Compare Pedal modes on the same original synthetic phrase, then use Gain, tone, Sub and Output to balance texture against note definition.
Vinyl Distortion: worn-record colour in three separable layers
Add tracing warmth, pinch resonance and surface crackle to a loop, learning which of the three layers carries the record character you are after.
Dynamic Tube: shape colour around the input envelope
Use accented synthetic bass to explore Dynamic Tube Drive, Bias, Envelope and timing controls, separating harmonic colour from output level.
Saturator: judge new harmonics at a similar loudness
Explore Saturator curves, Drive and Output with original synthetic bass and chords. Learn why louder is not better and when folding becomes too dense.
Motion and texture
Auto Pan: choose stereo motion or tremolo
Hear how Amount, Rate, Phase and waveform turn channel-level modulation into stereo movement or a shared rhythmic pulse.
Phaser or flanger: hear notches versus a comb
Compare a moving all-pass notch pattern with short-delay comb filtering, then control feedback and stereo modulation without losing the source.
Erosion: add roughness without hiding the note
Place noisy or tonal delay modulation around a synthetic string sound, using frequency, width and amount to manage masking.
Redux: separate bit-depth grit from low-rate aliasing
Use two controlled listening experiments to distinguish amplitude quantization from sample-rate reduction, then judge the Post filter.
Grain Delay: separate time scatter from pitch scatter
Shape granular tails with Spray, Frequency, Pitch and Rand Pitch while preserving a clear attack and controlling feedback.
Spectral Time: hold a texture and make a clear exit
Capture an already sounding spectrum, shape spectral delay and practise releasing the hold before the next phrase loses definition.
Pitch and resonance
Pitch Shifting vs Frequency Shifting: Hear the Difference
Compare semitone transposition, frequency shifting and ring modulation, then build a controlled pitch-shifted delay in TuttiDAW.
Auto Shift: Choose Target Notes Before Correcting Pitch
Learn scale selection, correction strength and smoothing on a monophonic synthetic phrase, with clear limits on what Auto Shift can detect.
Resonator: Tune Noise into a Ringing Note
Excite one tuned resonator, build intervals across five voices, and balance decay, color and input filtering without MIDI.
Spectral Resonator: Make a Pitched Texture from Noise
Explore harmonic count, resonance, decay and FFT resolution while turning short noise bursts into sustained pitched texture.
Corpus: Balance the Strike and the Resonating Body
Shape a modal resonator with body type, tuning, decay, brightness and listening position, while keeping percussive attacks clear.
Vocoder: Give a Carrier Rhythm and Articulation
Hear an internal saw carrier shaped by synthetic vowel-like audio, then adjust attack, release, bands and formant without external routing.
An effect setting earns its place in the mix. Try these ideas alongside your other tracks in TuttiDAW.
Explore TuttiDAW - the free browser DAW