# Intellijel — Plonk - [Manual PDF](../../manuals/plonk_manual_v1.16_2020.11.08.pdf) --- # [Intellijel Plonk Manual (English, Firmware 1.16)](https://intellijel.com/downloads/manuals/Plonk_Manual_1.16_2020.11.08.pdf) ## Using Plonk to create melodic components in a Eurorack system Plonk is primarily presented as a **physical-modeling percussion synthesizer**, but the manual makes it clear that it can also do **pitched percussion, string-like tones, basses, guitar-like sounds, marimba/vibes, and other tonal material**. That makes it very usable for melodic roles, not just drums. Because only one module manual is attached here, I’ll analyze **how Plonk itself can function as a melodic voice**, and how its inputs/modulation architecture let it interact with the rest of a Eurorack system to produce musical lines, tuned parts, and expressive melodic gestures. --- ## 1. Why Plonk works well for melody Plonk has several features that make it more than a drum module: - **1V/oct PITCH input** - **Base pitch control** with octave and optional quantization - **Resonator models** that include: - String - Beam - Marimba - Drumhead - Membrane - Plate - **Internal pitch envelope** for attack transients or pitch sweeps - **2-voice polyphony** - **Velocity input** - **Assignable X, Y, and MOD modulation destinations** - **Preset storage and preset stepping/morphing** That means Plonk can act like: - a tuned mallet instrument - a plucked string synth - a metallic bell/chime voice - a bass voice - a semi-polyphonic melodic percussion voice - a morphing “kit-to-melody” voice --- ## 2. Core patch for melody ### Basic melodic patch Use Plonk like a standard tonal voice: - Sequencer **pitch CV** → **PITCH** - Sequencer **gate** → **TRIG** - Optional accent/velocity CV → **VEL** - **OUT** → mixer / VCA / effects / output ### Good starting settings From the manual and from practical use: - Set **PITCH knob** around noon - Set a suitable **Octave** in the PITCH menu - Turn **Quantize** on if you want semitone stepping from the front-panel pitch knob - Set **DECAY** fairly high for sustained melodic notes - Choose a resonator better suited to pitch: - **String** for plucks/bass/guitar-like sounds - **Marimba** for tonal percussion - **Beam** for bells and woody struck tones - **Plate** for metallic melodic material --- ## 3. Best resonator types for melodic use ## String Best for: - plucked melodies - basslines - pseudo-guitar parts - bowed/sustained textures when using noise exciter creatively How to use it: - Use more **mallet** than noise for a plucked attack - Adjust **Resonator Position** to shape harmonic content - Use **Resonator Tone** to shift material feel from softer to brighter - Try moderate **Resonator Decay** for plucks, longer for sustained tones - Add a little **Pitch Envelope Amount** for a natural pluck transient Musically: - Great for arpeggios - Works very well for modal or minimalist melodic lines - Can become a bass voice with shorter decay and lower octave --- ## Marimba Best for: - mallet melodies - ostinatos - tuned percussion patterns - marimba/vibraphone-like phrases How to use it: - Blend **mallet** and **noise** depending on how much attack detail you want - Use **Mallet Stiffness** to sharpen or soften articulation - Keep **Inharmonicity** moderate for more recognizably pitched notes - Use longer **Resonator Decay** for vibes-like ringing Musically: - Excellent for repeating melodic figures - Great with probability-based triggers or polyrhythmic sequencers - Very strong for West African / minimal / gamelan-inspired melodic percussion --- ## Beam Best for: - bells - claves/chimes - tuned wood/metal struck melodies How to use it: - Use stiffer mallet settings - Higher tone values often produce more metallic/glassy material feel - Slight inharmonicity gives lovely bell-like complexity - Moderate decay helps preserve pitch clarity Musically: - Strong for sparse melodic punctuation - Great for upper-register motifs - Useful in ambient and generative patches --- ## Plate Best for: - metallic tuned sounds - gong-like pitches - shimmering upper-register melodic parts How to use it: - Plate can get very inharmonic fast, so for stronger pitch identity keep modulation restrained - Use **Low Cut** to clear mud and emphasize upper partials - Works well with long decays and external reverb Musically: - Excellent for evolving melodic layers - More about color and atmosphere than strict tonal precision --- ## Drumhead / Membrane These are less obvious for melody, but still useful. Best for: - tom-like tuned lines - electronic tuned percussion - hybrid melodic-drum sequences Musically: - Great if you want melody that still feels percussive and rhythmic - Particularly useful in techno, IDM, electro, and experimental music --- ## 4. Exciter design for melodic articulation Plonk’s melody isn’t only about pitch; it’s also about **how notes speak**. ## Mallet exciter Use for: - clean attacks - plucked and struck notes - more traditional melodic articulation ### Mallet Stiffness - Higher stiffness = sharper transient, more click/definition - Lower stiffness = rounder attack For melody: - Use **lower to medium stiffness** for warm marimba/plucked tones - Use **higher stiffness** for bells, claves, or articulate sequenced lines --- ## Noise exciter Use for: - breathiness - scrape/bow textures - snare-like articulation - noisy attack emphasis Key parameters: - **Noise Attack** - **Noise Decay** - **Noise Density** - **Noise LP/HP filters** - **Noise Envelope Type** For melodic use: - Short filtered noise adds realism to attacks - Medium density plus envelope shaping can suggest bowing or friction - AHR mode can make longer, sustained articulated tones ### Nice trick For expressive melodic lines: - Use a little noise mixed with mallet - Route velocity to excite the note more dynamically - This makes notes feel more like performance gestures than static synth tones --- ## 5. Pitch behavior and tuning ## PITCH input Plonk accepts **1 V/oct** at the **PITCH** input. This is the main path for melodic sequencing. Important note from the manual: - Pitch is updated **only while the TRIG input is high** - If you want true audio-rate or continuous pitch modulation, use **X, Y, or MOD assigned to R Pitch** This matters a lot musically: ### For normal sequenced melodies - Use standard gate + pitch sequencing into TRIG and PITCH ### For vibrato / pitch bends / FM-like movement - Assign **R Pitch** to **MOD** (or X/Y if available in your workflow) - Then patch: - LFO for vibrato - envelope for pitch bend - random CV for unstable acoustic behavior - oscillator for FM-like clangorous tones This is one of the most important “melodic unlocks” in the module. --- ## 6. Velocity makes melodies expressive The **VEL** input can operate in three modes: - **accent** - **dynamics** - **volume** ## Best options for melodic work ### Dynamics mode This is the most performance-oriented melodic setting. It makes the **strength of the exciter proportional to input voltage**. That means: - harder notes feel brighter/more forceful - softer notes feel gentler - repeated notes become expressive Use this with: - MIDI-to-CV velocity output - sequencer accent lane - manually programmed CV contour ### Volume mode Useful when you want: - tremolo - amplitude contouring - fade-ins/outs - more conventional amplitude phrasing ### Accent mode Simple and effective for: - alternating strong/weak notes - rhythmic emphasis in melodic percussion lines --- ## 7. X and Y controls are extremely useful for melodic macros Plonk lets you assign **X** and **Y** to a large range of exciter/object parameters. These act as macro controls and can also receive CV. This is ideal for melody because you can tie expressive changes to performance movement. ## Strong melodic destinations for X/Y ### R Tone Great for opening/closing timbral brightness across a melody. ### R Position Changes where the resonator is “struck,” altering partial balance. This can make a repeating melody feel alive. ### Mallet:Noise Morphs between plucked/struck and noisy/frictional articulations. ### M Stiffness Adds articulation variation across notes. ### R Inharmonic Very useful for moving between: - clear pitch - bell-like complexity - abstract metallicity ### R PEnv Amt Controls how much pitch attack transient happens. Excellent for expressive plucks and kicks-to-bass hybrids. ### Saturation / Bitcrusher Useful if you want melodic lines to move from clean to aggressive. --- ## 8. MOD input opens advanced melodic behavior The **MOD** input is especially powerful because it can do more than simple parameter modulation. ## A. Use MOD for R Pitch One of the best melodic setups: - Assign MOD destination to **R Pitch** - Send an LFO or envelope into MOD This creates: - vibrato - pitch bends - expressive attacks - pseudo-FM tones - unstable acoustic drift For melodic realism, subtle modulation here is gold. --- ## B. Preset Step for melodic kits and multisamples-in-spirit **Preset Step** lets Plonk switch presets based on incoming CV at MOD whenever a trigger is received. This means one pitch/gate sequence can produce: - different resonator/exciter structures per note - alternating melodic timbres - pseudo-multisampled tonal sets - melodic “kits” where different notes in a line have different instrument identities For example: - preset 20 = woody marimba - preset 21 = metallic bell - preset 22 = muted string - preset 23 = noisy attack pluck Then use CV into MOD to select among them before each note. Musically, this is amazing for: - call-and-response within one melodic sequence - phrase-based variation - different timbres across scale degrees - generative melodic orchestration --- ## C. Morph between presets This is one of Plonk’s best features for melody. When MOD is set to **Morph**, incoming CV blends between: - the current preset - another destination preset This does **not** morph resonator type, but it **does** morph the other exciter and object parameters. This is ideal for: - evolving melodic phrases - changing a motif from muted to bright - moving from mallet to noisy articulation - slowly transforming a bassline into a bell sequence Patch ideas: - slow triangle LFO into MOD for cyclical timbral movement - envelope into MOD for note-dependent timbre shaping - random stepped CV into MOD for per-note changes - pressure/manual controller into MOD for expressive live performance --- ## D. Randomize Randomize is more experimental, but still melodic if used carefully. A trigger at MOD with destination set to **Randomize** randomizes most exciter/object parameters. Use with caution for melody: - can create fresh timbres - may reduce pitch clarity depending on resulting resonator settings Best use: - randomize until you find a compelling tonal voice - save it as a preset - build a melodic bank from curated random discoveries --- ## 9. 2-voice polyphony helps melodic phrasing Plonk is **duophonic**. That means: - one note can ring while another begins - melodic phrases can overlap - long decays don’t always get cut off by the next note This is especially useful for: - marimba rolls - bell/chime melodies - legato-ish plucked lines - ambient melodic ostinatos ## Polyphony setting - **1 voice**: new note chokes previous note - **2 voices**: previous note continues ringing For melodic applications: ### Use 1 voice when: - you want clean basslines - you want tight mono articulation - you want old notes cut off like a synth voice ### Use 2 voices when: - you want natural resonance overlap - you want idiomatic percussion melodies - you want richer ambient/tuned percussion textures --- ## 10. Presets as melodic instruments, not fixed sounds The manual emphasizes that Plonk presets behave differently from standard synth patches because the **panel knobs remain live**. This is very important musically. A preset on Plonk is better thought of as: - an **instrument model** - a performance-ready timbral state - a family of sounds rather than one exact sound For melody, this is a strength. You can load a melodic preset, then perform with: - **DECAY** for phrase length - **X/Y** for articulation and timbre - **VEL** for dynamics - **MOD** for morphing or pitch behavior So one preset can cover: - muted notes - accented notes - bright notes - sustained notes - unstable/animated notes That makes Plonk unusually expressive for melodic composition. --- ## 11. Good melodic patch recipes ## A. Marimba lead - Resonator: **Marimba** - Mix: mostly **Mallet** - Mallet Stiffness: medium - Resonator Decay: medium-long - R Tone: medium-high - Polyphony: 2 - VEL Mode: **dynamics** Patch: - Sequencer pitch → PITCH - Gate → TRIG - Accent/velocity CV → VEL - Slow LFO → X assigned to R Tone Result: - expressive tuned percussion melody - subtle tone drift over time --- ## B. Plucked bass - Resonator: **String** - Mix: mostly mallet - Resonator Decay: short-medium - Resonator Position: off-center - Pitch Env Amount: slight positive - Pitch Env Decay: short - Polyphony: 1 Patch: - Bass sequencer CV → PITCH - Gate → TRIG - Envelope or accent lane → VEL - MOD assigned to R Pitch with tiny envelope modulation for bite Result: - physical-modeled bass pluck - very musical in minimal techno, electro, downtempo --- ## C. Bell sequence - Resonator: **Beam** or **Plate** - Mix: stiff mallet with a little noise - R Tone: high - Inharmonicity: slight positive - Decay: long - Polyphony: 2 Patch: - Sequencer → pitch and trig - Random stepped CV → X assigned to R Position - Slow LFO → Y assigned to R Tone Result: - evolving tuned bell melody - ideal for ambient / generative music --- ## D. Hybrid melodic drumline - Resonator: **Drumhead** or **Membrane** - Tune to a scale via PITCH input - Decay: medium - Noise mixed in moderately - Velocity active Patch: - Melodic sequencer → PITCH/TRIG - Accent lane → VEL - MOD set to Preset Step across a few tuned percussive presets Result: - line blurs between melody and rhythm - especially good for IDM, tribal, experimental techno --- ## E. Morphing lead voice - Create preset A: muted woody pluck - Create preset B: bright metallic pluck - MOD destination: **Morph** - Choose preset B as morph target - Slow or performance CV → MOD Result: - one sequence evolves through a phrase - highly expressive for live sets --- ## 12. Practical sequencing advice ## Gate timing The manual notes: - gate must be at least **1 ms** - pitch is sampled while **TRIG is high** - if your sequencer sends gate before pitch has stabilized, use **Gate Delay** in Global Config For melodic accuracy: - keep Gate Delay low by default - raise it only if notes are coming out wrong in pitch This is especially relevant with quirky analog sequencers or some MIDI-CV interfaces. --- ## Quantization strategy Plonk’s internal quantize affects the **PITCH knob**, not external pitch CV in the same way a dedicated quantizer module would. For melodies: - use an external quantized sequencer or quantizer if you need strict scales - use Plonk’s pitch menu mainly to set **base octave** and knob behavior --- ## 13. Sound design advice for clearer melodic pitch Physical modeling can become very complex. If you want a melodic part to read clearly in a mix: - prefer **String**, **Marimba**, or **Beam** - keep **Inharmonicity** moderate - don’t overdo noise mix - use **Low Cut** if the sound is muddy - adjust **Resonator Position** to emphasize useful partials - use moderate decay for fast passages - shorten pitch envelope decay if attacks feel too bent or kick-like - avoid extreme bitcrushing if pitch clarity matters If you want more abstract melodic color: - increase inharmonicity - use Plate - add noise - modulate R Tone and Position - use Morph between contrasting presets --- ## 14. Best roles Plonk can play in melodic music Plonk can serve as: ### Primary melodic voice For: - marimba lines - plucked leads - bell melodies - physical-model bass ### Secondary countermelody Its percussive onset helps it cut through mixes without occupying huge sustained harmonic space. ### Tuned percussion layer Excellent for doubling melodic lines with rhythmic identity. ### Generative melodic texture With polyphony, morphing, preset stepping, and modulation, Plonk excels at semi-autonomous melodic movement. ### Bass/percussion hybrid One of the most interesting uses: - tune it melodically - keep it punchy - let it function as both rhythmic and tonal foundation --- ## 15. Bottom line Plonk is not just a drum module. It’s a **highly expressive physical-modeling melodic voice** disguised as percussion. Its strongest melodic advantages are: - proper **1V/oct tracking** - **pitched resonator models** - **velocity response** - **macro modulation via X/Y** - **R Pitch modulation for vibrato and bends** - **2-voice polyphony** - **preset morphing and stepping** for phrase-level timbral movement If you build patches around **String, Marimba, Beam, and Plate**, and treat exciter design as articulation rather than just “drum attack,” Plonk becomes a very musical source for: - basslines - mallet melodies - bells/chimes - plucks - hybrid acoustic/electronic lead voices - evolving generative melodic parts --- ## Suggested “together” use in a larger Eurorack patch Even though only Plonk is included here, in a broader Eurorack system it pairs especially well with: - **pitch sequencers** for melodic CV - **quantizers** for tonal control - **clocked modulation** for timbral motion - **MIDI-CV interfaces** with velocity output - **function generators / envelopes** into MOD or X/Y - **LFOs** for vibrato and morphing - **random stepped CV** for preset selection or articulation changes - **reverb/delay** for bell and plate-based melodic textures - **mixers/VCAs** for final phrasing and layering If you want, I can also turn this into: 1. a **set of specific melodic patch recipes**, 2. a **genre-based guide** (techno, ambient, IDM, house, electro), or 3. a **parameter cheat sheet for tuning Plonk into bass, mallet, bell, and lead roles**. --- [Generated With Eurorack Processor](https://github.com/nstarke/eurorack-processor)