Hyperpop

Chipmunk / pitched vocal with hard tune (Auto Shift + Shifter)

The defining sound: a vocal shifted up 3–7 semitones with its formants pushed up too, snapped hard to the scale so every note slide becomes a robotic step.

1. Shifter in Pitch mode, transpose +4 to +7 st. Keep formant shifting off (so formants move with the pitch) for the helium effect; turn it on and set a smaller formant offset if you want a more natural-but-higher voice.
2. Auto Shift (12.1): set the scale to the set's scale (Live 12 scale awareness), Correction Amount 100%, Speed fastest (0 ms) for hard steps; Vibrato 0. Enable the Formant preserve if you've already shifted and want it stable.
3. Auto Shift's LFO: a slow Sine at 0.2 Hz, ±10 cents, makes the hard tune breathe; a fast Square at 8 Hz, ±1 st, in a one-bar automation burst = the "yodel" glitch.
4. Saturator Soft Sine 3–5 dB then Chorus-Ensemble in Ensemble mode for the plastic-wide doubled sound. Compressor 4:1 with 6 dB GR, fast attack so the vocal is flat and in front.
5. Duplicate the track, shift the copy +12 st on the Shifter, LP 6 kHz, mix at −12 dB for a "whistle" double on hooks.

Stutter / vocal chop hooks (Simpler + Beat Repeat + Auto Shift harmonies)

Vocal syllables played as an instrument, retriggered into stutters and harmonised in fourths and fifths.

1. Trim one word/phrase, load into Simpler Classic. Warp ON here (Complex Pro) so chops stay in time when played at different pitches — the opposite of the boom-bap rule.
2. Play 16th-note chops on a MIDI clip in the song's key. Vary the Start position via note velocity → Start mapping so repeated notes hit different syllables.
3. Beat Repeat with Grid 1/32, Chance 20–30%, Pitch Decay so stutters drop in pitch — the classic glitch-stutter tail.
4. Auto Shift harmonising: use its harmony/interval capability to add a fixed +7 st voice mixed at 50%. Alternatively, duplicate the track and set Shifter to +7/+12 (cheaper, cleaner for polyphonic chops).
5. Utility Width 140% plus 15 ms Align Delay on one channel on the harmony copy for stereo spread.

Clipped 808 (Operator + Roar + Saturator Digital Clip)

The hyperpop 808 is an 808 that has been distorted until it is essentially a square wave with a pitch glide — audible on a phone speaker, brutal on a system.

1. Operator: Osc A sine only, Pitch Envelope Amount +12 st, Decay ~60 ms (the click/punch). Voices 1 (Mono), Glide 60–100 ms for slides. Amp env A 1 ms, D 1.5 s, S 0.3, R 300 ms.
2. Roar: Serial routing, stage 1 Soft Sine with Drive ~12 dB, stage 2 Fold at low amount (adds a buzzy 3rd/5th harmonic); post filter LP 3–4 kHz so the fizz stays controlled. Use Roar's Envelope Follower in the mod matrix to reduce Drive on the note attack so the click isn't flattened.
3. Saturator in Digital Clip mode, Drive 8–12 dB: the flat-topped square sound. Leave Soft Clip off — you want the hard edge here.
4. EQ: HP 28 Hz to keep the limiter sane; small bell at the fundamental. Utility Mono.
5. Program slides as overlapping notes (legato) so Glide engages; write octave jumps at phrase ends.

Hyper-bright trap kit (Drum Rack + Drum Sampler + Redux + Limiter per pad)

Snares that are mostly 5–10 kHz, hats that are basically white noise bursts, kicks that are short clicks with the 808 doing the low end, plus metallic percussion from Collision.

1. Kick: a short clicky kick (Drum Sampler Decay 80–120 ms, Punch 60%, HP 60 Hz). The 808 carries the weight; the kick is the attack.
2. Snare/clap: layer a clap with a Drum Sampler snare, Noise effect 30–50%, Pitch +3 st, Decay 150 ms. Add a second pad with Collision (Beam resonator, bright, short) for a metallic ping layered under the clap at −8 dB.
3. Hats: Drum Sampler closed hat with Pitch +6 st, Decay 40–60 ms, filter HP 3 kHz. Open hat pitched +4, decay 300 ms.
4. Rack output: Redux at 8–10 bit in parallel, Drum Buss with positive Transients and some Drive, then a Limiter driven hard (+6 dB in) for the flat, loud, "everything at the ceiling" drum sound. EQ Eight high shelf +4 dB at 10 kHz.

Plastic supersaw chords (Wavetable Unison + Chorus-Ensemble + Roar)

Trance-sized saws with a glossy, almost toy-like finish. The "plastic" quality comes from a sharp HP filter, Ensemble chorus and a tiny bit of fold distortion.

1. Wavetable Osc 1 Basics>Saw, Unison Classic 6 voices, Amount 35–45%. Osc 2 same table one octave up at −8 dB for sparkle. Filter 1: OSR high-pass 150–200 Hz, drive 10% — the HP filter is what makes it "plastic" rather than "warm".
2. Amp env A 10 ms, D 400 ms, S 0.8, R 400 ms. Modulate Osc 1 position with LFO 1 (0.3 Hz, 10%) for shimmer.
3. Roar single stage, Fold shaper at a low amount: adds a glassy edge trance saws don't have.
4. Chorus-Ensemble in Ensemble mode, 3 voices, 30–45% for width and the slightly detuned "nostalgic" wobble. Hybrid Reverb Shimmer algorithm for a sparkling tail.

Variations: Meld with the Chord engine (12.2) on Osc A and Dual Saw on Osc B gives instant stacked voicings with one note; use the Scrambler for rhythmic chaos on fills.

Glitter arp / toy pluck (Meld Chip + Arpeggiator + Grain Delay)

Fast, bright, chiptune-adjacent plucks that sparkle across the top of the mix.

1. Meld Osc A: Chip engine with a narrow pulse; Osc B: Swarm Sine one octave up, small swarm amount for shimmer. Both oscillators' filters HP ~500 Hz. Envelope 1 → amp: A 0, D 120 ms, S 0. Envelope 2 → Osc A pulse width, small amount, for a tiny attack chirp.
2. Arpeggiator before Meld: Up, 1/16, 2 octaves, Gate 50%; add the Pitch MIDI effect automated for key-change moments.
3. Grain Delay with Pitch +12, 1/16 time, feedback 30%, 20% wet: pitched echoes that climb.
4. Auto Pan-Tremolo (12.3) in Tremolo mode synced 1/8, 30% depth: adds rhythmic sparkle; or use Auto Pan mode for the ping-pong version.

Rubber / metal percussive synth (Collision + Operator FM + Roar Feedback)

The squeaky, bouncy, latex-and-metal sounds of the SOPHIE school: physical-modelling hits with pitch bends and feedback.

1. Collision: Mallet excitator (stiffness high, noise 20%), Resonator 1 Membrane with low decay (200 ms), Resonator 2 Tube with medium decay. Set a pitch envelope via the LFO/envelope section modulating resonator tuning: −24 st over 100–150 ms for the "boing".
2. Roar in Feedback routing: feedback amount 30–50%, feedback pitch set to the key note so the ring is tuned; Diode shaper; Roar's envelope follower → feedback amount so the squeal fades with the hit.
3. Shifter with its internal LFO on pitch (Sine 5–8 Hz, ±2–3 st, 20–40% depth) for rubbery wobble.
4. Program as a percussive melody: short notes, large pitch intervals, place in the gaps between vocal phrases.

Hard cuts, risers, tape-stops and silence (Utility, Beat Repeat, Sampler, Gate)

Hyperpop arrangement is edited, not mixed: a bar of silence before the drop, a whole-mix stutter, a pitch-up riser into a hard cut.

1. Group everything except vocals. On the group, Beat Repeat with Chance 0%; automate Chance to 100% and Grid to 1/16 or 1/32 for one-beat stutters before transitions.
2. Utility Gain automated to −inf for exactly one beat before the drop (the "vacuum"). Add a single reverse cymbal in the gap.
3. Pitch-up riser: resample 2 bars of the hook with Bounce in place, load in Sampler, pitch envelope +24 st over 2 beats, HP sweep via Auto Filter automation, hard cut on the downbeat.
4. Chopped mutes: Gate on the group with its sidechain input from a track playing a MIDI click pattern (Operator click); Gate opens only on clicks — instant rhythmic gating of the whole mix.