UVI ANNOUNCES DIGITAL MOTION EXPANSION FOR FALCON
UVI announces Digital Motion, a new Falcon expansion exploring FM synthesis for $39 | 39€
UVI releases the Digital Motion expansion pack for Falcon, available now for $39 / 39€. Digital Motion delivers 115 hyper-detailed, expressive and evolving patches exploring FM synthesis. Designed to inspire producers, composers and sound designers with its rich harmonic and otherworldly timbres, this collection is built on a 3-layer architecture that results in dynamic and textured instruments and sound effects. Digital Motion offers highly musical patches including bells, pads, keys, organs, leads, basses atmospheres and FX in a dedicated interface, which integrates essential parameters.
Digital Motions presets are completely editable, making them equally useful as starting points or destinations. Pre-mapped macros provide creative modulation options and easy automation control tailored specifically to each patch. Sounds can be easily layered and animated in numerous ways to create completely unique soundscapes suitable for numerous uses from subtle accents to rich sonic environments.
Digital Motion leverages the advanced synthesis capabilities and software architecture of Falcon, with 15 oscillators, over 80 effects and a fast and intuitive interface that easily handles both basic tasks and deep instrument design. All presets have been programmed with macros which provide the user with easy access to the key parameters of each patch. These may be controlled via MIDI, OSC, host automation and Lua scripting, allowing for easy customization and expressive performance capabilities.
Digital Motion requires UVI Falcon. Falcon offers native 64-bit operation as a stand-alone application and is available as a plug-in supporting all popular formats on both Mac and Windows. Digital Motion supports simultaneous authorization on up to 3 computers or iLok keys.
Pricing and Availability:
Digital Motion is available immediately for $39 / 39€ from uvi.net.
Additional Product Information:
Additional information on Digital Motion is available at: