In this article, we explore the combination of several powerful Eurorack modules – the Instruō [1]f Fader/Attenuator/Attenuverter/Crossfader, the Steady State Gate Multi-Dynamic, Discrete Low Pass Gate, the Ladik S-316 16-step CV sequencer, the ST-Modular Influencer Multiple Random CV Generator, and the After Later Audio DVCA. When these modules are combined, they create a world of sonic sorcery that allows for endless creativity and musical unpredictability. We delve into the unique features and functionalities of each module, showcasing their potential for modulation, sequencing, filtering, and controlled randomness. Whether you're a seasoned modular synthesist or just starting your Eurorack journey, this combination of modules will surely unlock new realms of sonic exploration and expand your musical possibilities. Get ready to dive into the world of Eurorack magic! :internal_private_article_id: instruo-1-f_steady-state-fate-steady-state-gate_ladik-s-316_st-modular-influencer_after-later-audio-dvca-
The combination of the Instruō [1]f Fader/Attenuator/Attenuverter/Crossfader, Steady State Gate Multi-Dynamic, Discrete Low Pass Gate, Ladik S-316 16-step CV sequencer, ST-Modular Influencer Multiple Random CV Generator, and After Later Audio DVCA is a recipe for sonic sorcery in the world of Eurorack. These modules, when used together, offer a wide range of modulation, sequencing, filtering, and controlled randomness capabilities, taking your music to new and exciting territories.
Let's start with the Instruō [1]f. This versatile module serves as a crossfader, attenuator, attenuverter, and manual DC offset. Whether you need to crossfade between two audio signals, attenuate an envelope, invert an LFO for modulation, or use a DC offset for parameter control, the [1]f has got you covered. With its bicolour LED indication of output voltage, you can visually monitor your signal processing. The Instruō [1]f is a must-have multi-utility module for all your CV processing tasks.
Next up, we have the Steady State Gate Multi-Dynamic, Discrete Low Pass Gate. This module is not your ordinary low-pass gate. It features 6dB/oct bandpass, 6dB/oct lowpass, and 12dB/oct lowpass filter modes, allowing for a wide range of timbral shaping. With manual frequency cutoff control, CV input, resonance control, and three timbre modifying circuits (wave folder, soft saturation overdrive, and QAOS), you have complete control over your sound. The Steady State Gate also includes an envelope tailored to vactrol LPG response curve, making it ideal for plucking effects. Whether you use it as a low-pass gate, VCF, or VCA, the Steady State Gate adds a unique touch to your modular setup.
Moving on to sequencing, the Ladik S-316 16-step CV sequencer offers a wealth of possibilities. With clock and reset inputs, manual buttons, gate outputs, and step on/off switches, you have precise control over your sequence. The sequence length can be adjusted from 2 to 16 steps, and the gate length can be controlled via a CV input. The S-316 also offers different modes for direction (random, up/down, up), reset behavior (1st, stay, last), and range (unquantized, quantized in semitones). With its compact size and intuitive interface, the Ladik S-316 is a powerful tool for melodic and rhythmic sequencing.
For those seeking controlled randomness and modulation sources, the ST-Modular Influencer Multiple Random CV Generator is a game-changer. Divided into five sections, this module offers a variety of functions. The top section features a VC internal clock and triangle LFO, allowing you to control the rate of the clock and LFO with the rate knob or CV. The second section is a fall envelope generator, which can be triggered internally or externally and offers precise control over the fall time. The third section is a sample and hold module that can perform sample and hold or sample and track functions. The fourth section includes an AND/OR comparator for comparing and outputting maximum and minimum CV values. Finally, the fifth section is a dual smooth random CV generator that provides constantly changing CV signals. With its wide range of modulation sources and unpredictable influences, the Influencer opens up new creative possibilities.
Last but not least, the After Later Audio DVCA is a dual VCA based on the Mutable Instruments Veils. With two separate voltage-controlled amplifiers, each with a gain and response curve potentiometer, you have precise control over your audio signals. The outputs are normalized, allowing for mixer functionality, and multiple DVCA modules can be daisy-chained for voltage-controlled mixer operation. The module is equipped with jack lights, which can be disabled via a jumper on the back. The After Later Audio DVCA is a reliable and versatile module for shaping your sound.
When combined, the Instruō [1]f Fader/Attenuator/Attenuverter/Crossfader, Steady State Gate Multi-Dynamic, Discrete Low Pass Gate, Ladik S-316 16-step CV sequencer, ST-Modular Influencer Multiple Random CV Generator, and After Later Audio DVCA form a powerful system for sonic sorcery in your Eurorack setup. Their unique features and functionalities offer endless possibilities for modulation, sequencing, filtering, and controlled randomness. Whether you're an experienced modular synthesist or just starting your Eurorack journey, this combination of modules will take your music to new heights and expand your creative horizons. Get ready to unleash the magic of Eurorack!
Example Usage
Imagine you're a novice eurorack user with the following modules: "instruo-1-f", "steady-state-fate-steady-state-gate", "ladik-s-316", "st-modular-influencer", and "after-later-audio-dvca-". Here's an example of how you can combine these modules for a sonic sorcery experience:
- Connect the gate output of "ladik-s-316" to the trigger input of "steady-state-fate-steady-state-gate".
- Patch the output of "steady-state-fate-steady-state-gate" to one of the CV inputs of "instruo-1-f".
- Set the crossfader of "instruo-1-f" to around 50% to create a mix between two audio signals.
- Use the attenuator on "instruo-1-f" to adjust the level of the mixed audio.
- Connect the output of "instruo-1-f" to the CV input of "after-later-audio-dvca-".
- Set the response curve potentiometer on "after-later-audio-dvca-" to your desired setting, ranging from linear to exponential.
- Patch the output of "after-later-audio-dvca-" to your audio output module.
- Use the CV sequencer "ladik-s-316" to create a sequence of CV values for controlling the parameters of your modules. Patch the CV outputs of "ladik-s-316" to the CV inputs of "st-modular-influencer" for further modulation possibilities.
- Experiment with different clock rates, envelope shapes, and randomization settings on "st-modular-influencer" to add dynamic and unpredictable elements to your sound.
- Enjoy the sonic sorcery created by the combination of these modules, and be sure to explore and tweak the settings to discover new and exciting sounds.
Usage Example:
"In this intermediate-level Eurorack build, we will combine the Instruō [1]f Fader/Attenuator/Attenuverter/Crossfader, the Steady State Gate, the Ladik S-316 16-step CV sequencer, the ST Modular Influencer, and the After Later Audio DVCA to create a mind-bending sonic experience.
We will start by using the Instruō [1]f as a crossfader to smoothly transition between two audio signals. By attenuating and attenuverting an envelope with precision, we can achieve intricate and dynamic modulation effects. We can even use the DC offset feature to access modulation parameters of other modules.
Next, we'll employ the Steady State Gate as a multi-mode Low Pass Gate with additional timbre modifying circuitries. By manually controlling the frequency cutoff and resonance, we can create expressive and organic filtering effects. The wave folder, soft saturation overdrive, and QAOS resonance character modifier offer endless sonic possibilities.
To sequence our CV inputs, we will utilize the Ladik S-316 16-step sequencer. With clock and reset inputs, as well as CV and gate outputs, this versatile sequencer allows us to create complex melodic patterns and rhythmic variations. The random, up/down, and up direction modes add further depth to our sequences.
Adding a touch of randomness and unpredictability, the ST Modular Influencer comes into play. With its various sections, including VC internal clock and triangle LFO, fall envelope generator, sample & hold/track, A/B comparator, and dual smooth random CV generator, we can introduce subtle fluctuations and evolving modulation to our patch. The noise generator and optional use as an oscillator expand the creative possibilities even further.
To control the dynamics and shape the sound, the After Later Audio DVCA offers dual voltage-controlled amplifiers with variable gain and response curves. By daisy-chaining multiple DVCA modules, we can create a voltage-controlled mixer, making it a versatile tool for shaping and mixing our audio and modulation signals.
By combining these modules in imaginative ways, we unlock the true magic of Eurorack. Get ready to unleash your sonic sorcery and explore new dimensions of sound with this powerful combination of modules."
(Note: This usage example assumes a basic knowledge of module connectivity and functionality in a Eurorack system.)
Further Thoughts
To unleash some sonic sorcery, let's combine the Instruō [1]f Fader/Attenuator/Attenuverter/Crossfader, the Steady State Gate, the Ladik S-316 16-step CV sequencer, the ST Modular Influencer, and the After Later Audio DVCA.
First, we'll use the Instruō [1]f as a crossfader to blend two audio signals. We'll connect one audio source to the input of the [1]f and another to the CV input. By manually adjusting the crossfader knob and using the CV input, we can create smooth transitions between the two audio signals. The bicolour LED indication will visually guide us as we explore different crossfade positions.
Next, we'll send the output of the [1]f to the Steady State Gate. We'll set the gate mode to 12dB/Oct Lowpass Filter Mode to shape the timbre of our sound. By using the resonance control and CV input, we can add additional character and emphasis. The excite input will allow us to pluck the low pass gate, adding dynamics and creating interesting effects.
To spice things up, we'll introduce some sequencing using the Ladik S-316 16-step CV sequencer. We'll connect the clock input to the internal clock output of the ST Modular Influencer for synchronization. The CV output of the sequencer will be patched to control parameters in the [1]f, Steady State Gate, and DVCA. By exploring different mode switches, we can have the sequence move up, down, or randomly.
Now, let's bring in some randomness with the ST Modular Influencer. We'll patch the triangle LFO output of the internal clock section to the wave input of the fall section in the Influencer. This will create interesting variations in the length of the fall envelope in sync with the sequencer's clock. We can also use the smooth random CV generator section to add evolving modulation to various parameters throughout our patch.
Lastly, we'll use the After Later Audio DVCA to control the overall level and response curve of our patch. We'll patch the audio output from the Steady State Gate and the [1]f to separate inputs of the DVCA. By adjusting the gain and response curve potentiometers, we can shape the characteristics of the sound. Additionally, by connecting the output of the DVCA to external modules, we can create complex voltage-controlled mixing setups.
With this combination of modules, we can create mesmerizing and ever-changing sonic landscapes by blending, sequencing, modulating, and shaping our sound sources. The possibilities for sonic sorcery are truly endless when harnessing the power of these Eurorack modules.