Pads & Atmospheres

Wavetable slow-modulation pad

Two oscillators on different tables, each scanned by its own very slow LFO, through two filters. The motion comes from the tables themselves, so even a held chord changes timbre every bar.

1. Osc 1: Collection category → something glassy; Position 40%. Osc 2: Vintage category (a Juno-ish or OB-ish table), Position 55%, detune −8 ct, level −3 dB. Sub osc off (pads do not need sub).
2. Amp envelope: A 800 ms, D 1 s, S 0.85, R 2.5 s. Drag the attack curve concave so the swell is exponential.
3. LFO 1: Sine, Sync off, 0.08 Hz, no retrigger. Mod matrix LFO 1 → Osc 1 Position +25%. LFO 2: Triangle 0.05 Hz → Osc 2 Position +30% and → Filter 1 Freq +10%. Unsynced and different rates means the cycle never repeats exactly.
4. Filter 1: Clean LP 12, 2.5 kHz, Res 5%. Filter 2: OSR HP 12 at 150 Hz, routed in series. Env 2 → Filter 1 Freq +15% with Env 2 A 1.5 s, D 2 s, S 0.5 so the top opens as the pad settles.
5. Unison: Position Spread, 4 voices, Amount 40% — each voice reads a different table position, which is wider and less phasey than Classic detune for pads.
6. Voices 8, Mono off. If you play five-note chords, 12.

Variations: Shimmer unison mode with Amount 20% adds an octave-up haze for ambient. Random Note unison on a Harmonics table for IDM pads that slightly re-pitch per voice.

Analog pad with two filters in parallel

Analog's two independent filter/amp paths let you run a dark low-pass and a bright band-pass side by side, each with its own envelope. The result is a pad with a body and a separately breathing top.

1. Osc 1: Saw, Osc 2: Saw at −12 semis, detune +9 ct. Quick Routing: the parallel option (each osc into its own filter). Noise at −30 dB into Filter 2 only for air.
2. Filter 1: LP 24 dB, 700 Hz, Res 10%. Filter env 1: A 2 s, D 3 s, S 0.4, amount +30%. Amp 1: A 600 ms, D 1 s, S 0.9, R 3 s.
3. Filter 2: BP 12 dB, 2.2 kHz, Res 25%. LFO 2 → Filter 2 freq, Triangle 0.1 Hz, 20%. Amp 2: A 1.5 s, S 0.7, R 2 s — the top arrives later than the body.
4. Global: Vibrato (the Vib section) at 5 Hz, amount 3%, with a 2 s delay; Drift section (per-voice detune) 15%. Unison on, 2 voices, detune 12 ct.
5. Amp 2 level at −6 dB relative to Amp 1 and panned slightly left; use Utility width after to re-centre if needed.

Variations: Both filters LP, Filter 2 one octave higher cutoff with slow LFO, for a Juno-style chorus pad. Filter 1 HP 100 Hz and Filter 2 LP 300 Hz in series for a dub-techno chord that is all low-mid warmth (see Dub techno).

Drift stereo-mode pad

Drift's Stereo voice mode plays two slightly different copies of each voice hard left and right. With Drift amount up and a slow LFO on the filter, it is the fastest wide pad in Live and costs almost no CPU.

1. Osc 1 Saw, Osc 2 Triangle at +12 semis, level 35%. Osc 2 Sync off. Noise 8%.
2. Voice mode: Stereo. Drift amount 35% — this is the analog-style per-voice pitch and timing variation and what separates the left and right copies.
3. Filter MS2 LP 24 at 1.1 kHz, Res 15%. LFO Sine 0.07 Hz → Filter cutoff 20%. Env 2 → cutoff +25% with Env 2 A 1.2 s, D 2 s, S 0.5.
4. Env 1 (amp): A 500 ms, D 800 ms, S 0.9, R 3 s. Voices 6.
5. Mod matrix: LFO → Osc 2 pitch 3 ct for slow chorus-like beating between oscillators.

Variations: Unison mode with 4 voices and the Shark Tooth shape for a thicker, synthwave pad. Poly mode + Legato for a mono-ish pad that glides between chords (set Glide 200 ms).

Meld Swarm Sine and Rain pads

Meld's Swarm Sine engine is a cloud of detuned sines — a pad engine by nature. Rain is a stochastic engine that drops short grains; with a long envelope it becomes a textured bed. Running one on each oscillator gives you pure tone and grainy motion in one patch.

1. Osc A: Swarm Sine. Its two macro controls set detune spread and swarm density — around 40% spread, 60% density for a soft cluster; higher spread becomes a noisy chord.
2. Osc B: Rain. Rate control low (sparse drops), Decay long, pitch range small. Level −8 dB against A.
3. Per-oscillator filters: A LP at 1.5 kHz, B BP at 3 kHz with LFO 2 (0.1 Hz) sweeping it ±1 octave.
4. Envelope 1 (amp): A 1 s, D 2 s, S 0.8, R 4 s. Envelope 2 → Osc A spread, inverted, so the swarm tightens as the note settles.
5. Mod matrix: LFO 1 (Sine, 0.04 Hz) → Osc A detune spread ±15%. MPE: pressure → Osc B rate for performance swells.
6. Live 12.2 Scrambler section: Rate slow, small amount, for occasional micro-glitches in the Rain layer only.

Variations: Noise Flow engine on B instead of Rain for a wind-like bed. Formant engine on A with a slow LFO on the vowel for choir-ish pads.

Operator additive pad with looped envelopes

Four oscillators in the parallel algorithm, each on a different harmonic, each with its own looped envelope so the partials swell in and out independently. Organ-like harmonics that breathe — no filter needed.

1. Algorithm: the rightmost (all four oscillators straight to output). Osc A Sine Coarse 1 at 0 dB, B Coarse 2 at −8 dB, C Coarse 3 at −14 dB, D Coarse 5 at −20 dB. Fine detune B +4 ct, D −6 ct for beating.
2. Each oscillator's envelope: A 1.5 s, D 3 s, S −12 dB, R 3 s. Set Loop mode to Loop on B, C and D with different Loop Time values (B 2 s, C 3.3 s, D 5 s) — they cycle while the key is held.
3. Osc A gets no loop: it is the stable fundamental.
4. LFO: Sine 0.1 Hz → Osc D level 30% for an extra slow shimmer.
5. Spread 40% for stereo per-voice detune. Tone 60%. Pitch envelope off.

Variations: Swap Osc D to Noise at −30 dB with a looped envelope for breath. Use Osc C as a tiny FM modulator on A (ratio 1, −30 dB) with a slow LFO on its level for a reedy flutter.

Granulator III pad from any sample

Any recording — a field recording, a vocal, a single piano note — becomes a playable pad when frozen into a grain cloud. Granulator III plays polyphonically and follows pitch, so the pad is harmonic from a non-harmonic source.

1. Drop a sample. Set the file position to a sustained, pitched part; Grain Size 60–120 ms (short enough to blur, long enough to keep pitch). Spray 30–60 ms so grains are not sampled from exactly the same spot.
2. Scan: slow positive (the playhead drifts through the sample over ~10 s), or zero for a true freeze. Random pitch 2–5 ct for air.
3. Amp envelope: A 700 ms, R 3 s. Grain density high enough that there are no gaps (the Density/Grain controls — raise until smooth).
4. FM amount 0 for pads; 5–10% with a low-ratio for a slightly metallic ambient bed.
5. MPE: slide → Scan position so Push's slide moves the playhead through the sample per note.
6. Follow with Auto Filter (12.2) LP, cutoff 3 kHz, LFO Sine at 8 bars, amount 30%, so the cloud breathes.

Variations: Resample your own Wavetable pad and granulate it — the "pad of the pad" is softer and denser. Use Simpler in Texture mode instead for a lighter version of the same idea.

Simpler Texture-mode pad

Simpler's Classic mode with Warp set to Texture is a lightweight granular pad: loop a sample, stretch it to any note length, and the Grain Size / Flux controls turn a chord sample into a hazy bed.

1. Classic mode, Loop on, Warp on, Warp Mode Texture. Grain Size 100–150 ms, Flux 30–50% (randomness of grain position). Loop a one-chord sample (a resampled chord stab, a string hit, a vocal chord).
2. Amp envelope: A 400 ms, D 1 s, S 0.9, R 2.5 s. Loop fade (Crossfade) at max so the loop point disappears.
3. Filter LP 24 at 4 kHz, Drive 5%, LFO → cutoff 15% at 0.06 Hz. Filter env off.
4. Voices 8; Glide off. Set Transpose so the sample's chord is at C, then play roots in the clip. Scale mode on the clip to stay in key.
5. Erosion in Wide Noise mode, 10% — a barely-audible hiss glued to the pad, lofi-friendly.

Variations: Warp Mode Complex Pro with Formants shifted −3 for a darker, bigger version. Slice mode on a long pad sample, slices triggered by the Arpeggiator at 1 bar rate: an evolving pad that changes every bar.

Chorus, ensemble and reverb staging (Hybrid Reverb Shimmer and Tides)

Width and space on a pad come from a specific order: modulation first (chorus/ensemble), then EQ, then a short reverb for body and a long one for tail. Hybrid Reverb's algorithms each have a pad job: Quartz for clean rooms, Dark Hall for dub-techno fog, Shimmer for octave-up ambient, Tides for slowly modulated halls, Prism for bright metallic tails.

1. Chorus-Ensemble: Ensemble mode, 3 voices, Rate 0.3–0.6 Hz, Amount 30%, Width 100%, Feedback 0. Chorus mode with Warmth 20% for a darker Juno feel. Vibrato mode only for a slow vibrato under pads with no stereo change.
2. EQ Eight before the reverb so the reverb never sees sub or air it should not reproduce. HP 150–200 Hz, LP 10–12 kHz on the way in.
3. Hybrid Reverb on the insert: Convolution (a plate IR) + Algorithm. Blend 40% algorithm. Decay 5–8 s for Shimmer with Shimmer Pitch +12, Shimmer amount 30%; Tides with Rate 0.1 Hz and Modulation 40% for ambient halls. Pre-delay 20–40 ms keeps the attack from blurring.
4. Reverb's own EQ: Low Cut 200 Hz, High Cut 8 kHz. Dry/Wet on the insert 25–35%.
5. Send A: a longer Tides or Dark Hall (10–15 s) shared with the pluck and lead, so everything sits in one hall.
6. Freeze button on Hybrid Reverb: automate it on for the last bar before a break to hold the pad as an infinite tail.

Variations: Shimmer with Pitch +7 instead of +12 for a fifth-up haze (darker, more dub). Grain Delay at 1 bar with Pitch 12, 15% wet, as a cheaper shimmer.

Slow movement with LFO and Shaper (M4L)

Synth-internal LFOs top out at modulating one or two destinations. The M4L LFO and Shaper devices modulate any parameter on the track — reverb decay, chorus rate, EQ gain, Utility width — at rates of 8, 16, 32 bars.

1. LFO 1: Sine, Sync on, Rate 16 bars, Depth 30%, Offset 50%, map to Osc 1 Position. Jitter 5% so it is not exactly periodic.
2. LFO 2: Random (S&H), 1 bar, Depth 10%, Smooth 80%, map to Chorus-Ensemble Rate. The rate drifts a little every bar.
3. Shaper: draw a 32-bar curve that rises slowly and falls fast; map to Hybrid Reverb Decay 3 → 12 s. The pad gets longer across the phrase and snaps back at the top.
4. Envelope Follower on the kick track → Utility Width on the pad, inverted: the pad narrows on each kick and widens between. A subtle version of sidechain that never touches volume.
5. Map a second destination on each LFO (Live 12 M4L LFO supports multiple mappings) with different depth so one LFO moves cutoff and width together.

Sidechain pumping pads

The pumping pad is a genre on its own. The key is release time matched to tempo and a pad that is sustaining fully so the pump has something to shape.

1. Compressor: Sidechain on, Audio From Kick, Pre FX. Ratio 6:1, Attack 0.3–1 ms, Release 150–250 ms at 125 BPM (one beat = 480 ms; release at ~40% of the beat gives the classic full-recovery pump), Knee 0.
2. Threshold: push until 6–9 dB of gain reduction on the pad. Deeper than you would for a bass — the pad is background.
3. Sidechain EQ: LP 120 Hz so a hat bleed on the kick track cannot trigger it.
4. Place it before the reverb if you want the tail to pump too (big-room trance), after it if the tail should stay smooth (deep house).
5. No-kick alternative for breakdowns: Auto Filter 12.2 with the envelope follower set to an internal sidechain from a muted ghost kick track, or the Shaper curve from the previous recipe on Utility gain.

Spectral Resonator pads

Spectral Resonator turns any audio into a chord: its MIDI sidechain mode makes the resonances follow the notes you play, so a noise bed, a drum loop or a field recording becomes a pad on your chord progression.

1. Source: a Wavetable with a Noise category table and a long envelope, or any sustained audio.
2. Spectral Resonator after it. Mode: MIDI (the device listens to MIDI from a track routed to it). Create a MIDI track with Output → the Spectral Resonator track's device.
3. Decay 1.5–3 s, Harmonics 50–70% (how much of the overtone series resonates), Polyphony 6, Stretch 0 for pure harmonics or slightly off for metallic.
4. Play chords on the MIDI track; the noise rings at those pitches. Dry/Wet 100% for a pure pad, 60% to keep some source texture.
5. Modulate Harmonics with an M4L LFO at 8 bars for timbral evolution.

Freeze, resample and layer

Big pads are rarely one patch. Freeze the Wavetable pad, flatten or bounce in place (12.2), reverse one copy, pitch another up an octave at −12 dB, and layer. Then run the whole group through one reverb so it reads as one instrument.

1. Record 8 bars of the pad group via a Resampling input track, or use Bounce Group (12.3) to render the group.
2. Duplicate the audio: copy 1 Reverse, −6 dB, 50% wet into reverb; copy 2 transposed +12 with Complex Pro warp, HP 2 kHz, −14 dB; copy 3 the original.
3. Load copy 3 into Simpler Texture mode (previous recipe) — now the rendered pad is playable again on new chords.
4. Group all layers; EQ Eight on the group with a 3 dB dip at the lead's fundamental region; Glue 2:1, Attack 30 ms, Release Auto, 1–2 dB.
5. Use A/B compare (12.3) on the group EQ to check the carve against the full mix.