Montreal, Quebec—September 13, 2022—Applied Acoustics Systems releases the Modular City sound pack for the Multiphonics CV-1 and AAS Player plug-ins in collaboration with resident sound designer Christian Laffitte.
Resident sound designer Christian Laffitte unleashes Modular City—the first Multiphonics sound pack ever. This collection covers a wide gamut of styles such as Trap, House, Ambient, Dubstep, Techno, and even Rock! Giving a bold and exuberant spin to Multiphonics in a big way with frantic high-gain distorted sounds, fun plucks, hypnotic arps, intriguing flutes, and lots of detailed textures—riding the line between acoustic and synthetic tonalities. Enhance your recordings with powerful macros carefully routed to add character and dynamism to your performance. Modular City can inject charisma and vigor to your productions with its fresh take on modular synthesizers.
This sound pack features 28 unique patches along with multiple variations for a total of 122 sounds.
The Modular City sound pack is available now as an instant download delivery package. Modular City works with both the Multiphonics CV-1 plug-in (sold separately) and the included AAS Player plug-in.
AAS Modular City—Christian Laffitte sound pack for Multiphonics CV-1 and AAS Player
Multiphonics CV-1 runs on both macOS and Windows in 64-bit host sequencers that support the VST2, VST3, Audio Units, and AAX Native formats.
50% Off Special Promotion
To mark the release, everything Multiphonics is 50% off until October 17, 2022. The discounts are as follows:
- The Modular City sound pack US$19.
- Multiphonics CV-1 + the Modular City sound pack US$49.
About Applied Acoustics Systems
Applied Acoustics Systems (AAS) was founded in 1998 and is based in Montreal, Quebec, Canada. As a privately-held company, it specializes in software-based synthesis tools for professional musicians and sound designers. Since releasing Tassman, the first virtual instrument based on physical modeling, AAS has come to be recognized as the industry leader in this exciting new field of synthesis.