Herzlich Labs, best known for their innovative approach towards Eurorack components, has done it again with the introduction of the Hyperoxia + Hypoxia hybrid filters. This duo, carved in compact 1U/0hp design, is a game-changer in the Eurorack world, uniquely blending the power of a high-pass filter (HPF), low-pass filter (LPF), and band-pass filter (BPF) in one integrated module.
The Hyperoxia + Hypoxia truly exemplifies the essence of conventional filter concepts spun innovative. The adoption of the 1U format, traditionally used in audio and network equipment, gracefully merged with a 0hp format (hp standing for horizontal pitch), is a first in the realm of modular synthesizers. This distinctive format amalgamation ensures these filter modules require no allocated space within your rack, effectively freeing up valuable real estate for other sound modules.
Special care was taken by Herzlich Labs to ensure an enhanced experience for users. Encased within a solid shell, the risk of shorting from exposed pins is virtually eliminated - a clear advantage over traditional 0hp modules. This protective design not only improves safety but also offers a more gratifying tactile experience when crafting your soundscape.
A standout feature in the Hyperoxia + Hypoxia units is the size of the control knobs. These larger dials make for easy manipulation, allowing for precise adjustments and fine-tuning, critical when shaping your desired audio output.
Perhaps the most compelling aspect of the Hyperoxia + Hypoxia, though, is its highly flexible connectivity. Indicated by the aptly placed small golden 'n' symbol, normaling connections between filters enable users to either operate the Hyperoxia and Hypoxia filters independently or collectively as one unit. This flexibility translates into the distinguished ability to create a passive bandpass filter at will.
In exploring the soundscapes generated by the Hyperoxia + Hypoxia, you will find that these modules deliver remarkably clean and transparent audio. The LPF is smooth, providing exceptional control over the warmth in the lower frequency spectrum while the HPF feels bright and crisp, able to achieve considerable attenuation without the loss of higher frequency character.
From the initial creation of your sounds to their final output, the Hyperoxia + Hypoxia proves to be an indispensable tool for both novices and advanced users alike. The integration of this hybrid filter system into your modular setup not only amplifies the sonic possibilities but also ushers a refreshing layer of innovativeness into your sound synthesis process.
So, for those seeking to push the boundaries of their Eurorack modules or looking for a unique addition to their sound sculpting toolkit, the Herzlich Labs Hyperoxia + Hypoxia stands as an innovative and quite spectacular discovery in the modular synthesizer domain. Add in the reassuring safety measures, user-friendly design, and captivating soundscapes, and it is abundantly clear why this innovative hybrid has claimed the spotlight.
Example Usage
Let's dive into how you can start using the Herzlich Labs Hyperoxia + Hypoxia in your modular setup. The Hybrid Filters offer a unique combination of passive high-pass, low-pass, and band-pass filters in a compact 1U/0hp format. With the innovative design from Herzlich Labs, you have the flexibility to explore a wide range of soundscapes.
To get started, simply patch your audio signal into the input of the Hyperoxia + Hypoxia module. You can then use the large, responsive knobs to adjust the cutoff frequencies of the filters to sculpt the sound to your liking. Experiment with different configurations by patching the output of either filter or both filters to other modules in your setup.
Thanks to the normaling connections between the filters, you have the option to treat them as independent filters or combine them to create unique band-pass filtering effects. This flexibility allows you to tailor the sound processing to suit your creative vision.
Whether you are new to modular synthesis or an experienced user looking to expand your sonic palette, the Herzlich Labs Hyperoxia + Hypoxia Hybrid Filters offer a versatile tool for shaping your sound. Dive into the world of innovative sound design with this cutting-edge module from Herzlich Labs.
In this example, we will explore how to create evolving ambient textures using the Herzlich Labs Hyperoxia + Hypoxia hybrid filters in a Eurorack setup. Start by sending a slow LFO to modulate the cutoff frequency of the low-pass filter. Then, patch the output to a reverb module for added depth.
Next, take the output of the high-pass filter and modulate it with a random voltage source to introduce movement and unpredictability to the sound. Combine the outputs of both filters using a mixer module to blend the filtered signals together.
Experiment with different modulation sources, such as an envelope generator or a sequencer, to further sculpt the sound. Remember to adjust the resonance settings on the filters to add harmonic richness to the evolving textures.
By tweaking the filter settings and modulation sources in real-time, you can create immersive soundscapes that constantly shift and transform. The versatile sound-shaping capabilities of the Hyperoxia + Hypoxia filters make them ideal for generating complex and evolving textures in your Eurorack system.
Further Thoughts
Incorporating the Hyperoxia + Hypoxia module from Herzlich Labs into your Eurorack setup opens up a world of sonic possibilities. By taking advantage of the passive high-pass, low-pass, and band-pass filters within this innovative 1U/0hp hybrid format, you can sculpt your sound with precision and creativity. The thoughtful design of this module, which includes larger knobs for enhanced control and the ability to use the filters independently or in combination, empowers you to explore a wide range of versatile soundscapes. Whether you're seeking subtle tonal shaping or radical sonic transformations, the Hyperoxia + Hypoxia delivers a unique and immersive filtering experience that is sure to inspire your musical explorations.