This article explores the creative possibilities of combining the Holocene Electronics Non-Linear Memory Machine and the Noise Reap Anomaly modules in a Eurorack setup. The Non-Linear Memory Machine offers experimental delays, freeze functions, pitch shifting, and more, while the Anomaly module combines a VCF with a broken wavefolder for unique textural effects. Pairing these modules can result in time distortion, sonic anomalies, and captivating sonic explorations.
The Holocene Electronics Non-Linear Memory Machine is a versatile audio buffer manipulator with three different buffer time ranges, freeze function, scrub control, jitter effect, pitch shifting capabilities, and voltage-controllable parameters. This module opens up a playground for exploring peculiar sonic effects, from infinite sustain to comb filtering to audio buffer looping.
On the other hand, the Noise Reap Anomaly module combines a VCF with a broken wavefolder to create textural oblivion, occult sputterings, and rarefied musings. The BAD output, a result of the bandpass output through the broken wavefolder, delivers bonkers asymmetric distortion, while the resonance profile offers wild but controlled resonance behavior that is pingable and perfect for creating percussive blips or abrasive techno kicks.
By integrating these modules into your Eurorack setup, along with other modules like the Xaoc Devices Erfurt for clock and audio frequency division, Visible Signals Video Mult for buffered multiple capabilities, and Super Synthesis TVCA for smooth distortion and VCA control, you can delve into a realm of sonic exploration filled with time-bending effects, sonic anomalies, and mesmerizing textures. Let your creativity run wild as you sculpt new sonic landscapes and dive into the world of Eurorack synthesis with these powerful modules at your disposal.
Example Usage
In this example, we will create a Holocene Echoes patch using the Holocene Electronics Non-Linear Memory Machine and the Noise Reap Anomaly module.
Patch the output of Noise Reap Anomaly into the input of Holocene Non-Linear Memory Machine. Set the buffer time on the Non-Linear Memory Machine to the 320ms–1.6s range. Adjust the Time control on the Non-Linear Memory Machine to freeze the audio buffer. Use the Scrub control on the Non-Linear Memory Machine to explore the frozen buffer content. Experiment with the Pitch knob on the Non-Linear Memory Machine to shift the audio up or down by one octave. Add a touch of jitter using the Smear control on the Non-Linear Memory Machine. Blend the wet and dry signal using the Dry/Wet control on the Non-Linear Memory Machine. Explore different feedback settings on the Non-Linear Memory Machine to create evolving textures. Tweak the parameters on the Noise Reap Anomaly to introduce unique tonal characteristics to the patch. Experiment with modulating both modules to further enhance the sonic anomalies and time distortions in your patch.
Have fun creating mesmerizing sonic landscapes with the combination of these modules!
In this intermediate-level example, we'll explore creating intricate rhythmic patterns and glitchy textures by combining the Holocene Electronics Non-Linear Memory Machine, the Noise Reap Anomaly, and the XAOC Devices Erfurt modules in a Eurorack setup.
- Patch an audio signal through the Holocene Electronics Non-Linear Memory Machine. Experiment with the three different buffer time ranges to create evolving delays and frozen textures. Use the Pitch knob to add subtle pitch shifts and explore the sonic landscape.
- Connect the output of the Non-Linear Memory Machine to the BAD output of the Noise Reap Anomaly module. Explore the broken wavefolder's bonkers asymmetric distortion on the processed signal. Utilize the resonance profile for wild, yet controlled resonant effects.
- Take the output from the Non-Linear Memory Machine and Anomaly modules and input it into the XAOC Devices Erfurt. Use the binary counter functionality to create rhythmic variations by patching different clock sources to the incrementing and decrementing inputs. Experiment with manually changing the state to introduce further complexity.
By combining these modules, you can sculpt complex rhythmic patterns, glitchy textures, and evolving sonic anomalies that push the boundaries of traditional sound manipulation. Experiment with modulation sources and explore voltage control possibilities to unlock the full creative potential of this Eurorack setup.
Further Thoughts
Combine the Holocene Electronics Non-Linear Memory Machine with the Noise Reap Anomaly module to create a mesmerizing time-distorted sonic experience. Use the Non-Linear Memory Machine to freeze audio buffers at various time ranges, adding pitch shifts and modulation to unearth peculiar sonic effects. Then feed the output into the Anomaly module, letting the broken wavefolder create textural oblivion and sputterings. Experiment with the resonance profile to add wild elements without losing control. Connect the modules creatively to explore infinite sustain, pseudo-phasers, and broken wavefolder distortions that push the boundaries of sonic anomalies.