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Hex Digital Polyphonic Synthesizer by Anze Sekelj
Hex Digital Polyphonic Synthesizer by Anze Sekelj
Hex Digital Polyphonic Synthesizer by Anze Sekelj
Hex Digital Polyphonic Synthesizer by Anze Sekelj
Hex Digital Polyphonic Synthesizer by Anze Sekelj

Iron Musical Instrument · 2024

Hex Digital Polyphonic Synthesizer

by Anze Sekelj

  • A' Design Award 2024 in Musical Instrument
  • CLIENT: Hex Haus
  • Estimated Number of Design Views: 32,414
  • Verification code 0FE52DF424 · Verify this award
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About Hex Digital Polyphonic Synthesizer

Hex cor is a digital polyphonic synthesizer with a capacitive keyboard, potentiometers for signal modulation and an adaptable looper. The instruments design, also available as Diy kit, is optimized for use in diverse contexts focusing on educational and performative aspects. Components comprising the instrument are 100 percent replaceable, prioritizing the right to repair, ease of assembly and sustainable long-term use. With this approach we try to introduce broader audiences to electronic music.

About the A' Design Award

Hex Digital Polyphonic Synthesizer is an Iron A' Design Award winner, a prestigious recognition granted to good designs that meet the professional and industrial requirements expected from well-designed creations. Iron winners demonstrate great skill, high specialization, expert understanding, and creative capacity of their creators. Hex Digital Polyphonic Synthesizer is expected to be a highly regarded, admired, and cherished creation that is practical and innovative. This Iron A' Design Award-winning design integrates industry best practices and has competent technical characteristics linked with know-how and talent. Hex Digital Polyphonic Synthesizer is respected for its thoroughness and is designed to provide quality of life improvements that help make the world a better place.

Press Kit

Unique Properties
HEX cor is a digital polyphonic synthesizer with a capacitive keyboard, potentiometers for signal modulation and an adaptable looper. The instruments design, also available as DIY kit, is optimized for use in diverse contexts focusing on educational and performative aspects. Components comprising the instrument are 100% replaceable, prioritizing the right to repair, ease of assembly and sustainable long-term use. With this approach we try to introduce broader audiences to electronic music.
Dimensions & Packaging
Product dimensions : Width: 130 mm / Length: 130 mm / Height: 35 mm / Weight: 170g

Packaging dimensions (DIY kit): Width: 180 mm / Length: 260 mm / Height 10 mm

Packaging dimensions (assembled): Width: 180 mm / Length: 260 mm / Height 35 mm
Tags
Synthesizer, polyphonic, electronic, instrument, portable, touch, experimental, educational, DIY
Production Technology
Products interface is designed in a tidy minimalist fashion, considering the users tactile experience which also suits visually and motorically impaired individuals. HEX cor is supported by a thin CNC engraved wooden base, attached to the bottom of the printed circuit board, protecting the sensitive electronic components. Instruments UI consists of concisely annotated interactive components and capacitive touch-sensitive keyboard located on the PCB. The latter omits the addition of mechanical keys, reducing the product's size, enhancing mobility and lowering the final cost.
Inspiration
HEX cor stems from authors concepts and experiences in developing didactic tools and media art installations, aiming at creating an affordable, portable and intuitive electronic instrument that crosses the boundaries of music-making, play and education. Our objective was to address the problem of affordability with a boldly designed printed circuit board that carries both interactive user elements and functional parts.
Project Duration
The development of the project started in 2020 in Ljubljana, Slovenia and was finalized and released in early 2023. Since then it was showcased across numerous venues and used as tools for various educational workshops.
Operation Flow
described in the attached pdf file (manual)
Patents
Copyrights belong to Anže Sekelj & Staš Vrenko, 2024
Image Credits
Photo: Hex Haus

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