# Make Noise — MultiMod - [Manual PDF](../../manuals/multimod-manual.pdf) --- [Manual PDF](attachment) # Make Noise MultiMod: using it for melodic patching The attached manual is for the **Make Noise MultiMod**. It’s a CV-processing module, not a sound source by itself, but it is extremely useful for building **melodic structure** from a single pitch or modulation source. ## What MultiMod does in musical terms MultiMod takes **one incoming control signal** and creates **8 related versions** of it at outputs 1–8. Those 8 versions can differ by: - **phase** - **speed** - **time offset / delay** - **read shape** - **clock relationship** when synced to tempo If nothing is patched to the input, it generates its own internal LFO/random shapes, which also makes it useful as a melodic animation source. So for melody work, think of MultiMod as: - an **8-way melodic variation generator** - a **pitch canon / delay / phase tool** - a **clocked CV reframer** - a way to derive **counterpoint-like lines** from one sequence --- ## The key melodic idea Patch a melodic CV into **Signal In**, then send different outputs to different destinations such as: - multiple oscillators’ **1V/Oct** - a quantizer input - wavefolder or filter cutoff CV - FM index CV - sequencer transpose input - sample & hold / track & hold destinations Because each output is a related but altered version of the same source, you get melodies that feel **coherent**, not random. --- ## Core controls and how they affect melody ## 1. Signal In This is where you patch the source CV. Best melodic sources: - sequencer pitch row - keyboard CV - a slow envelope or function used as pitch material - stepped random CV - arpeggiator CV - quantized modulation If you patch a pitch sequence here, outputs 1–8 become variations of that phrase. --- ## 2. Time Time controls the write/read speed and effectively the **length of the captured modulation phrase**. For melody, this means: - **short Time**: outputs closely track the incoming melody - **long Time**: outputs become delayed, stretched, and more independent Musically useful results: - at short settings, you get tight melodic parallels - at long settings, you get **melodic memory**, delayed imitation, and canon-like phrases - when tempo is patched, Time becomes rhythmic subdivisions, which is very good for repeatable melodic relationships A great use: - feed a sequencer into Signal In - clock MultiMod with the same master clock - use a longer Time setting - send outputs to multiple voices or transposition inputs This creates staggered melodic echoes that remain tied to tempo. --- ## 3. Spread Spread changes playback speed differently across the 8 outputs. This is probably the most important control for melodic generation. At **12:00**, all outputs are effectively same-speed copies. Moving away from noon causes some channels to run faster and others slower. For melody, that gives: - rhythmic displacement of notes - pitch phrases arriving earlier/later - different melodic contour rates from the same source - evolving harmony if outputs drive several oscillators Practical melodic effect: - channels near the center stay closer to the original phrase - outer channels diverge more dramatically So if you patch outputs 3–6 to voices, you get subtler harmony. If you patch outputs 1 and 8, you get the wildest melodic deviations. --- ## 4. Phase Phase offsets the copies relative to one another. Melodically, this works like: - **staggering note onset relationships** - creating **rounds/canons** - making one phrase feel like it chases another - shifting identical pitch material into different harmonic moments At Spread = noon, Phase is especially useful because all channels stay at the same speed, so the difference is mostly timing/offset rather than tempo drift. This is ideal for: - multiple oscillators playing the same sequence with delayed entrances - one sequence feeding several quantizers or voices for phased harmony - generating “echoed” melodic entrances without using a delay effect --- ## 5. Shape Shape determines how MultiMod reads the stored signal. For melodic patching, each shape has a distinct compositional flavor: - **Ramp / Forward Read**: most faithful melodic reproduction - **Saw / Backward Read**: reverse melody - **Triangle / Ping Pong**: melody moves forward then backward - **Sine / Wow & Flutter Ping-Pong**: more elastic, less literal melodic motion - **Square / Staircase**: stepped behavior, can become more gate/sequence-like - **Stepped Random / Random Access**: reorders melodic values into controlled randomness - **Smoothed Random Access**: gliding or semi-unpredictable motion, useful before quantization For melodic clarity: - use **Ramp** first - then try **Saw** for reverse-countermelody - use **Orange** and **Yellow** with a **quantizer** after the outputs for generative pitch lines --- ## 6. Hold Hold freezes current copies and loops them. For melody this is excellent because it lets you: - capture a phrase fragment - loop that fragment as an ostinato - create a temporary melodic vamp while the rest of the patch changes - “sample” a good moment and keep it repeating If your input melody is changing, Hold lets you grab a harmonic/melodic snapshot. --- ## 7. Reset Reset re-aligns the channels. This matters a lot for melody because with Spread active, channels drift relative to one another. Reset gives you: - repeatable phrase starts - barline alignment - predictable harmonic downbeats - controlled re-synchronization after divergence In a musical patch, send a bar-reset or phrase-reset pulse to Reset. Example: - master clock into Tempo In - every 16 steps send a reset trigger to MultiMod Reset - now your melodic divergences recur in structured phrases That turns chaos into composition. --- ## 8. Tempo In This is essential if you want melodic material to stay musically locked. With a clock patched here: - Time becomes quantized to clock divisions - Spread relationships become grid-based - Phase becomes tempo-grid aware - Channel Index updates on each tempo clock This makes MultiMod much more useful for **intentional melodic writing**, especially in techno, IDM, ambient sequence music, and polyrhythmic patches. --- ## Best ways to use MultiMod for melody ## A. One sequence, many voices Patch: - sequencer pitch CV → **Signal In** - MultiMod outputs 1–4 → **1V/Oct** of four oscillators - same gate pattern, or variations of it, to envelopes/VCAs - master clock → **Tempo In** - periodic reset pulse → **Reset** What happens: - all voices derive from one melodic source - Spread and Phase create related but offset pitch lines - the result feels like composed ensemble writing This is one of the strongest uses of the module. Tip: - keep Spread low for consonant voice-leading - increase Phase for canon-like entries - use Time to set phrase length --- ## B. Sequence to quantizer for generative counterpoint Patch: - smooth or stepped CV source → **Signal In** - outputs 1–8 → multiple channels of quantizer, or one selected output to a quantizer - quantizer outputs → oscillator pitch inputs Why this works: - MultiMod creates related CV contours - quantization turns them into scale-constrained melodies - different channels produce different scale-degree paths Best shapes: - Ramp for coherent variants - Saw for inversion-like reversal feeling - Orange/Yellow for more generative melodic behavior This is a very strong ambient/generative technique. --- ## C. Canon / round machine Patch: - pitch sequencer → **Signal In** - Spread at **12:00** - Phase increased from minimum - outputs to several oscillators or separate voices - common clock to Tempo In - reset every 8 or 16 steps At Spread noon, the channels are same-speed copies; Phase offsets them in time. This creates: - rounds - delayed entrances - melodic overlap - self-harmonizing lines This is probably the cleanest “melodic composition” use in the manual’s feature set. --- ## D. Melodic transposition network Instead of patching outputs directly to oscillator pitch, patch them to: - transpose input of a sequencer - quantizer root/shift input - oscillator FM amount - filter tracking CV - wavefolder symmetry - chord voicing CV Now the same melodic source produces higher-level changes: - phrase transposition - changing modal center - chord motion - timbral melody This is often more musical than sending all outputs directly to 1V/Oct. --- ## E. Use internal LFO/random mode as pitch source With nothing in Signal In, MultiMod generates internal shapes. For melody: - set Shape to **Stepped Random** or **Smooth Random** - patch outputs to a quantizer - quantizer to oscillator pitch - sync with Tempo In Now MultiMod becomes a multi-channel melodic generator. Great for: - generative lines - semi-related bass + lead + countermelody - evolving tonal clusters Shape suggestions: - **Pink** less for pitch, more for clocks/gates - **Orange** excellent for stepped melodic material - **Yellow** excellent for gliding pre-quantized movement - **Sine/Triangle** useful for arpeggio-like scalar motion once quantized --- ## F. Triggered envelope as melodic source A very musical trick from the manual’s logic: Patch: - function generator / envelope output → **Signal In** - the trigger that fires that envelope → **Reset** - MultiMod outputs → quantizer or oscillator pitch CV destinations Why this is good: - every triggered event starts from a known point - the contour of the envelope becomes pitch material - outputs become coordinated melodic gestures - repeatability is much better than free-running modulation This is a strong way to make “played” melodies from envelopes rather than note sequencers. --- ## G. Shift-register-like pitch spreading The manual explicitly suggests a “Shift Register” style patch. Patch: - pitch CV to Signal In - Spread at noon - Phase fully CCW then increase it - outputs to several oscillators’ 1V/Oct This creates spaced versions of the same melodic information across multiple voices. If the source is a clocked sequencer, also: - patch related tempo to Tempo In - keep Time short for more precision Result: - stacked melodic delay lines - pseudo shift-register harmony - clustered canon textures --- ## H. Use Channel Index Out for melodic selection logic Channel Index Out outputs 1–8V depending on which channel currently has highest amplitude. This is not directly a melody output, but it can drive: - a sequential switch - address input on a selector - logic/comparator network - quantizer preset selection if supported - octave switching or register changes That means you can derive a second layer of structure from MultiMod: - one set of outputs creates melody - Channel Index chooses which melody/timbre/voice is active This can create evolving melodic form from a single source. --- ## Specific melodic patch recipes ## 1. Self-harmonizing lead Patch: - 8-step pitch sequence → Signal In - master clock → Tempo In - outputs 2, 4, 6 → precision adders or oscillators - Shape = Ramp - Spread slightly off noon - Phase moderate - Reset every 8 steps Result: - three voices with related but offset pitch contours - good for Berlin-school and generative polyphony --- ## 2. Bassline plus countermelody Patch: - sequencer CV → Signal In - out 4 → bass oscillator 1V/Oct - out 7 → lead oscillator 1V/Oct - out 2 → filter cutoff or wavefolder on lead - Tempo In clocked - Shape = Saw or Triangle Result: - bass follows source more closely - lead feels like a reversed or mirrored relative of the bassline - timbral CV stays compositionally linked --- ## 3. Quantized random ensemble Patch: - no input to Signal In - Shape = Orange or Yellow - Tempo In from master clock - outputs 1–4 → quantizer inputs - quantizer outputs → four oscillators or one oscillator via switch Result: - related generative melodies - each voice has its own timing/speed/phase behavior - great for ambient, aleatoric, or modular minimalism --- ## 4. Canonic chord bloom Patch: - keyboard CV or sequencer CV → Signal In - Spread at noon - Phase turned up - outputs to three oscillators tuned similarly - different envelope timings for each voice - common quantizer if needed Result: - one melody blooms into overlapping entries - rich suspended harmonies emerge from repeated scale tones --- ## 5. Melodic ratchet/transposition helper Patch: - main sequence CV → oscillator directly - also mult that CV into MultiMod Signal In - one MultiMod output → quantizer → transpose input of sequencer or precision adder - another output → envelope decay or filter CV - reset each bar Result: - the “main melody” remains recognizable - MultiMod adds phrase-level transposition and ornamentation around it --- ## Important limitations for pitch use Because MultiMod is a DSP CV-copying/reshaping tool, it is not necessarily a strict precision pitch processor in the same way as a dedicated precision adder or buffered mult. So for best melodic results: - use a **quantizer after MultiMod** if you want exact notes - use **Tempo In** for repeatable relationships - use **Reset** often for phrase structure - keep **Spread modest** when you want tonal coherence - use **Ramp** shape for the most faithful melodic copying If you want experimental pitch behavior, then loosen all of those rules. --- ## Best companion modules for melodic use MultiMod pairs especially well with: - **sequencers**: provide source pitch material - **quantizers**: make outputs scale-accurate - **precision adders**: combine outputs with fixed intervals - **multiple oscillators**: create harmony and canon - **function generators**: envelopes as pitch contours - **clock dividers/multipliers**: structured resets and tempo sync - **sequential switches**: select between output channels for phrase variation - **sample & hold / T&H**: capture moments from drifting outputs --- ## Best overall melodic strategies If your goal is melody rather than abstract modulation, the most reliable workflows are: 1. **Input a sequenced or shaped CV** 2. **Clock MultiMod with Tempo In** 3. **Use Ramp shape first** 4. **Quantize the outputs** 5. **Reset on phrase boundaries** 6. **Use Spread sparingly at first** 7. **Use Phase for canon-like separation** 8. **Increase Time to create delayed melodic memory** That turns MultiMod from “complex modulation gadget” into a very powerful melodic composition tool. ## Summary The Make Noise MultiMod is excellent for melodic work because it can derive **8 musically related CV lines** from a single source. Its strongest melodic uses are: - **canon / round generation** - **multi-voice harmonization** - **clocked melodic delay** - **related generative melodies through quantization** - **phrase looping with Hold** - **bar-structured resynchronization with Reset** - **internal stepped/smooth random pitch generation** In short: if you feed MultiMod one good melodic idea, it can turn that into an entire family of lines for bass, lead, harmony, transposition, and timbral motion. [Generated With Eurorack Processor](https://github.com/nstarke/eurorack-processor)