Snare & Clap

Operator noise + body snare from scratch

The reference synthesized snare: one sine body with a pitch envelope, one noise oscillator with a shorter decay, both through Operator’s filter. Everything else on this page is a variation of this.

1. Operator, choose an additive algorithm (all oscillators parallel, the rightmost picker entry). Osc A: Sine, Level −6 dB. Osc A envelope: A 0, D 120 ms, S −inf. Tune so the played note gives 180–220 Hz: play G3 or set Transpose/Coarse accordingly.
2. Pitch envelope: Initial +8 st, decay 25 ms. Pitch envelope applies to all oscillators by default; Operator lets you choose per oscillator whether pitch envelope affects it; turn it off for the noise oscillator if the option is available on your version, otherwise it does not matter much since noise has no pitch.
3. Osc B: Noise waveform, Level −3 dB. Envelope: A 0, D 180 ms, S −inf. Noise decay is the snare length.
4. Operator filter: band-pass or high-pass, cutoff around 1.2–2 kHz, resonance 10–20%, filter envelope amount +20% with fast decay so the attack is brighter. Filter drive, if present, a touch.
5. Voices 1, Retrigger on so each hit is identical.
6. Saturator Analog Clip 4–6 dB, EQ Eight high-pass 120 Hz and a +3 dB bell at 2–3 kHz, Compressor 4:1 attack 5 ms release 60 ms for 2–3 dB.

Variations: Osc C as a sine at Coarse 1.5 (an inharmonic partial), −16 dB, 60 ms decay, for a rimmy ring; use Operator’s Spread on the noise oscillator for a wider top.

Analog snare (two oscillators, noise, two filters)

Analog’s dual signal paths let you give the body and the noise separate filters and separate amp envelopes, which is exactly the structure of a snare circuit.

1. Osc 1: Triangle (or Sine), tuned to around 200 Hz, pitch envelope +10 st over 20 ms. Quick Routing: Osc 1 → Filter 1 → Amp 1. Filter 1 LP 12 at 1 kHz. Amp 1: A 0, D 100 ms, S 0.
2. Osc 2: Square an octave up, Level −18 dB, same path, for a woody knock. Optional.
3. Noise: Level 0 dB, routed to Filter 2 → Amp 2. Filter 2: HP 12 at 1.5 kHz (or BP at 3 kHz for a crisper tone), resonance 15%. Amp 2: A 0, D 200 ms, S 0.
4. Noise colour: Analog’s noise has a colour/balance control; lean it bright.
5. Drum Buss: Transients +25%, Crunch 10–20% to roughen the noise.

Drum Sampler layering: body / noise / transient / room

Four pads on the same note, each owning one component. This is how most modern snares are built, and Drum Sampler gives each layer its own envelope, filter and Punch control.

1. Drum Rack. Set four pads to receive the same note (D1). One sample each: a snare with a strong body (an acoustic or 808 snare), a bright snare for noise (909 or a clap), a short transient (rimshot or stick), and a room/reverb sample or a short snare with lots of ambience.
2. Body pad: Drum Sampler filter LP at 500–700 Hz, Pitch tuned so the body reads the key (or a fifth), Decay 100–150 ms, Punch low.
3. Noise pad: HP at 1.2–2 kHz, Decay 150–300 ms. Start the sample 2–3 ms in so its transient does not double the transient pad.
4. Transient pad: no filter, Decay 10–20 ms, Punch 60–80%. This is the loudest layer for 5 ms and silent after.
5. Room pad: HP 250 Hz, LP 6 kHz, Decay 300–500 ms, −10 to −16 dB, wide. Or skip the sample and use a send.
6. All pads in the same choke group. Glue Compressor on the rack output: 4:1, attack 1 ms, release 100 ms, 3–4 dB reduction. This is what makes four samples one snare.
7. Velocity: Drum Sampler’s velocity sensitivity per pad; set the transient pad to full velocity sensitivity and the room to none, so soft hits lose their crack but keep their tail.

See layering rules.

909 snare (synthesized)

The 909 snare is two triangle oscillators (roughly 180 and 330 Hz) with fast decays plus filtered noise with a slower decay and a "snappy" control that mixes in a sharper noise attack. Operator reproduces it closely.

1. Additive algorithm. Osc A: user waveform drawn as triangle-ish (harmonics 1 and 3 at 1 and 0.11) or Sine with the filter, tuned to 180 Hz, decay 80 ms, pitch env +6 st 15 ms. Osc B: same, tuned to 330 Hz (Coarse 2 with Fine lowered, or set by ear), decay 60 ms, −6 dB relative to A.
2. Osc C: Noise, Level −3 dB, decay 220 ms (the "tone" noise). Osc D: Noise, Level 0 dB, decay 25 ms (the "snappy"). Osc D’s level is the Snappy knob.
3. Filter: HP 12 at 1 kHz, resonance 0, on all oscillators. Operator’s filter follows the whole mix; this gives the 909’s thin, bright noise.
4. Saturator Hard Curve 4–8 dB; the 909 snare clips in the original circuit, and that clip is the character.
5. EQ: HP 150 Hz, +2 dB shelf at 5 kHz.

Impulse and Drum Rack quick layering

Impulse is still the fastest eight-slot sampler in Live: per-slot filter, saturation, decay, pitch with pitch envelope, and pan, plus the Soft and Stretch modes. Use it for sketch-speed snare layering and for the "slightly wrong" sampled sound that lo-fi and breaks want.

1. Impulse: slot 1 a snare with body, slot 2 a clap, slot 3 a rimshot. Set the three slots to trigger from... one note each (Impulse maps slots to C3–G3); write all three notes together in the clip, or use a Chord MIDI effect before Impulse to add the layers automatically.
2. Per slot: Filter mode and frequency (body slot LP 800 Hz, clap slot HP 1 kHz), Sat drive on the clap for grit, Decay to taste, Transpose for tuning.
3. Stretch on the clap slot with a positive amount stretches it without changing pitch, a cheap "longer clap". Negative tightens it.
4. Pitch envelope per slot: a small negative decay on the body slot gives the drop.
5. Impulse’s per-slot Time (decay) and Soft modes are velocity-sensitive if enabled; map velocity to Volume and Filter for free dynamics.

Claps from noise bursts (Operator retrigger envelope)

A clap is a noise burst that stutters three or four times in 30 ms and then opens into a longer reverb-like tail. Operator’s looping envelopes do the stutter, a second noise oscillator does the tail.

1. Additive algorithm. Osc A: Noise, Level 0 dB. Envelope: A 0, D 10 ms, S −inf, R 0. Set the envelope Loop mode to Loop (or Beat / Sync with a very short time) so it retriggers; limit it by making the note only 35–45 ms long in the clip, or use the Trigger mode where the loop ends on note-off. Each retrigger is one "hand".
2. Osc B: Noise, Level −4 dB. Envelope: A 25 ms, D 250 ms, S −inf. Starts after the stutter and is the "room" of the clap.
3. Filter: BP at 1–1.5 kHz, resonance 25%. Claps are band-limited; the resonance gives the characteristic 1 kHz honk. Filter envelope slightly negative so the tail is darker than the burst.
4. Hybrid Reverb: Quartz or a small plate, decay 0.3–0.5 s, pre-delay 0, Dry/Wet 30–40%. Or a Convolution plate.
5. EQ Eight: HP 250–350 Hz, cut 500–700 Hz by 3–5 dB (box), +2 dB at 3 kHz.

Alternative stutter engines: Beat Repeat after a single noise hit with Grid 1/64, Chance 100%, Gate 1/32, Variation 0, no pitch decay, gives a stutter on any sample; Note Echo (MIDI) before Operator with 3 repeats at 1/64 and Feedback 70% retriggers the whole patch, with slightly different timing feel (grid-locked, so set a slightly swung groove on the clip for realism).

Rimshot and cross-stick

A rimshot is nearly all transient: a very short tone around 400–800 Hz with a hint of metal, no noise tail. Operator with a fast decay and FM, or Collision with a Beam, both nail it.

1. Operator, B modulating A. Osc A: Sine at around 500 Hz (play a note, tune to taste), envelope D 30–50 ms. Pitch env +4 st, 10 ms.
2. Osc B: Sine, Coarse 7 (high inharmonic-sounding ratio), Level −14 dB, envelope D 6–10 ms. The FM gives the metallic "tick".
3. Saturator Analog Clip 8 dB; the rim is clipped hard.
4. Collision alternative: Mallet excitation with low noise, Resonator 1 Beam, decay very short, Material high, tuned to around 600 Hz. Dry, no reverb.

UK garage snappy snare

UKG snares are short, bright, and pitched high, with a strong 909-ish crack and almost no low body. They sit around 200–250 Hz in the body and are often layered with a tight clap or a rim on the off-beats.

1. A 909 or a bright acoustic snare in Drum Sampler, Pitch +2 to +5 st, Decay 80–110 ms, Punch 40–60%.
2. A tight clap on the same pad note, Decay 100 ms, HP 800 Hz, −6 dB under the snare, panned slightly.
3. Compressor: 6:1, attack 1 ms (yes, fast; UKG snares are squashed), release 40 ms, 4–6 dB reduction. The compressed transient is part of the sound.
4. EQ: HP 180 Hz, +3 dB bell at 3 kHz Q 1, +2 dB shelf at 9 kHz.
5. Placement: snare on 2 and 4, plus a quieter ghost snare or rim on the swung 16th before 3 or before 1 (see pattern). Swing: Groove Pool MPC 16 swing 58–62%, or the clip’s Groove amount, on the hats and ghost snares but less on the main snare.

Context in UK garage and the UKG track deconstruction.

DnB snare with tape saturation and compression

The DnB snare has to be loud, short, and bright enough to carry a 174 BPM groove on its own. It is a layered snare driven into tape-style saturation, compressed fast, and with almost no reverb tail.

1. Three layers: a body snare tuned to the key (around 200 Hz, Decay 90 ms), a crack layer (a clap or a bright snare, HP 1 kHz, Decay 60 ms), a very short tail (a tight room or a reversed snare start, Decay 150 ms, −12 dB).
2. Saturator Soft Sine 4 dB for tape-ish warmth, then a second Saturator Analog Clip 4–6 dB to flatten the transient. Two stages distort more musically than one at 10 dB.
3. Compressor: 8:1, attack 0.3–1 ms, release 20–40 ms, 5–8 dB gain reduction. The fast attack is deliberate; it squashes the transient so the sustain is louder and the snare reads as "thick".
4. Then Drum Buss Transients +20% to put a sharper tick back on top of the squashed transient. Squash, then re-sharpen.
5. EQ: HP 150 Hz, +3 to +4 dB at the body (200 Hz), −3 dB at 500 Hz, +3 dB at 4 kHz.
6. Reverb: a 0.2 s plate at −18 dB on a send, or nothing. Space in DnB comes from the break, not the snare.

See drum and bass, jungle and breakbeat, DnB track deconstruction.

Dubstep "crack" snare

The half-time snare on beat 3 is enormous: layered, distorted, with a big reverb that is gated so it does not smear the sub. It needs a strong 150–200 Hz body because the kick is short and the snare is the heaviest drum in the bar.

1. Layers: a deep body snare (acoustic or 808 snare, Pitch to key, Decay 150 ms), a clap for width (Decay 180 ms), a rimshot for transient (Decay 15 ms), optionally a Noise-burst clap from Operator for extra stutter.
2. Roar Serial: stage 1 Soft Sine, stage 2 Hard, total Drive 8–12 dB. Post low-pass at 8 kHz. Roar’s Envelope Follower to Drive at +15% gives a dynamic edge.
3. EQ: +4 dB body at 160–200 Hz (narrow), −4 dB at 400 Hz, +3 dB at 2.5 kHz for crack.
4. Reverb in a parallel chain (Audio Effect Rack): Hybrid Reverb Dark Hall or Shimmer, 1.5–2.5 s, high-passed at 300 Hz, then Gate with sidechain from the dry snare, Hold 100–150 ms, Release 50–80 ms. The tail is huge for 150 ms and then disappears before the next sub note.
5. Utility on the reverb chain: Width 120–150%. The dry chain stays mono-ish.

See dubstep, halftime, dubstep track deconstruction.

Gated reverb

The 80s trick: a huge reverb cut off abruptly by a gate so the snare has a massive tail that ends on the grid. In Live the Gate’s sidechain input makes it exact.

1. Audio Effect Rack with a Dry chain (nothing) and a Gated chain.
2. Gated chain: Hybrid Reverb, any big algorithm (Dark Hall, Prism, or a Convolution hall), decay 2–4 s, 100% wet, EQ the reverb HP 250 Hz, LP 8 kHz.
3. Gate after it. Sidechain: enable, source the snare track (pre-FX) so the gate opens on the dry hit not on the reverb. Attack 0.1 ms, Hold 100–200 ms (the gate length in time; for tempo-locked set to the 16th or 8th in ms from the BPM table), Release 20–50 ms, Floor −inf (full cut).
4. Blend the Gated chain at −6 to −12 dB. Utility Width 130% on the gated chain for the wide 80s image.
5. Variation: use Hybrid Reverb’s own envelope-like control (the decay with a short time and the Tides algorithm) for a softer gate without a Gate device; or Echo with the Gate/Duck section for a rhythmic version.

Transient shaping (Drum Buss, Compressor, Multiband Dynamics)

Three ways to change how hard a snare hits: Drum Buss Transients (simple, bipolar), a compressor with a slow attack (lets the transient through, squashes the body), and Multiband Dynamics in upward-expansion mode on the 2–5 kHz band (crack only).

1. Drum Buss Transients: +20 to +50% sharpens, −20 to −50% softens (useful on a too-clicky sample). This acts on the whole band.
2. Compressor attack 15–30 ms, release 40–80 ms, 4:1, 3–5 dB reduction: the first 20 ms pass uncompressed, the body is pulled down, net effect is a sharper snare. Attack under 2 ms does the opposite (DnB thickening).
3. Multiband Dynamics: set the high band at 2–6 kHz, use the above-threshold section in expansion (ratio below 1:1 in Live’s display, which means upward expansion) so loud crack gets louder. Leave the low and mid bands flat. This adds crack without touching the body.
4. Order: shape transients before any clipper or saturator; saturators flatten transients, so shape, then saturate, then optionally re-sharpen a little.

Full techniques in transient design.

Roll and fill programming

Snare rolls are a velocity shape over a subdivision. Write them in the clip (Live 12’s Velocity Shaper does the ramp), generate them with Note Echo, or do them to audio with Beat Repeat.

1. Write the roll as 32nds (or 1/32 triplets, 1/48) over the last beat or half-beat of a phrase. In Live 12 select the notes and use the Velocity Shaper transformation: shape Ramp Up, from 40 to 127. For a dramatic trap roll use a curve that stays low and jumps up in the last three hits.
2. Use the Chance lane (Live 12) on ghost notes: 50–70% probability on the ghost snares so every bar differs slightly.
3. Note Echo before the Drum Rack: 1/32 time, 3–6 repeats, feedback 40–60%, and the velocity decays automatically, which gives a reverse-ramped roll (loud then quiet). Flip it with a negative velocity ramp in the clip for the normal shape.
4. Beat Repeat on audio: Grid 1/32 or 1/16, Interval 1 bar, Offset to the last beat, Chance 100% for a planned fill or 15–25% for random stutters, Gate the length, Decay to make repeats fade, and Pitch decay for the pitched-down "dying" roll. Mix mode Insert to replace, Gate to only hear repeats.
5. Rolls on a layered snare: make the roll trigger only the crack/noise layers (route the roll notes to a different pad with the transient and noise samples only) so the body does not build up into mud.