Soundiron Fountain Wires KONTAKT 梦幻电子合成器

Soundiron Fountain Wires KONTAKT | 532 Mb

Fountain Wires is a unique experimental stringed, tuned percussion and ambient/FX library born of pure chance. During a recent exploration to the California Southland, with it’s sun-baked chrome, glass, plastic and steel landscape and high-octane energy, we happened across a cool piece of ordinary architecture with some very cool sonic potential - a shady fountain sanctuary ringed by tightly strung steel cable fencing, hidden in the midst of Hollywood’s grit.

We pulled out our trusty field recording gear and a heavy guitar pick and set to work, sampling a wide range of different wires, each with it’s own tone and character. The bass-heavy, full-sounding resonance of each cable mixed with the peaceful white noise drone of the fountains surrounding us to produce a rather beautiful and curious result. We then took the raw material back to our studio, pulled it apart and wound it all back together into a unique experimental instrument toolkit. Our goal with this library was to combine authentic field-recorded muso-environmental sounds and specialized sound design techniques to craft a playable and inspiring soundset that brings together the best of both the acoustic and synthetic audio worlds.

This 853 MB library includes the original plucked articulations as they sounded up close and direct, as well as manipulated articulations that provide punchy lead instruments, distorted guitar-like tones, undulating soundscapes, complex organ and e-piano-like elements, thumping bass notes and a wide variety of other very musical and deeply useful creative content. All of it is wrapped up in a customizable performance control system, with lots of soundshaping tools, arpeggiation sequencing and flexible DSP effects. This library is perfect for chillwave, new wave, EDM, glitch, post rock, soundtrack, downtempo, dub, ambient music, general sound design and any situation that calls for conceptually familiar and yet slightly off-kilter sonic source material.