UNIVERSAL AUDIO Studio D Chorus

Description

Universal Audio Studio D Chorus

Universal Audio Studio D Chorus is a plug-in that offers an accurate emulation of the legendary Roland Dimension D, introduced in 1979. This virtual tool allows you to achieve the analog effects used by great artists such as Stevie Ray Vaughan, Brian Eno, M83, and many others. Now you can give guitars, drums, synthesizers, and vocals the same extraordinary analog modulation textures found in famous vintage rack units, with a simple click.*Studio D Chorus is not affiliated with, sponsored by, or endorsed by Roland. The name Roland and the model Dimension D are used solely to identify the classic effects emulated by Universal Audio. The use of artists' names does not constitute an official endorsement of the Studio D Chorus software.Add thickness and width to any musical elementAs with vintage hardware, the Studio D Chorus buttons can be used in any combination to achieve a variety of effects to give thickness to the sound. If all four buttons are activated simultaneously, you will get a fascinating modulation structure that works with any instrument.Create movement and interestYou can make guitar/vocal arrangements deeper and more interesting or add a subtle magic to string and vocal groups without resorting to compressors, EQs, or reverbs. If you want floating textures for guitars and synth pads, the Studio D Chorus plug-in is simply unbeatable.Key benefits:Compatible with any audio interface, thanks to the included UAD Native and Apollo Realtime/UAD-2 versions.Creates rich spatial effects on guitars, drums, and synthesizers.Adds openness to background vocals and strings.Experience space and depth with the "all buttons" mode.Enhances tracks and adds interest without obviously affecting signals.

Specifications

Create rich spatial effects on guitars, drums, and synthesizers

Add openness to background vocals and strings

Experience glorious space and depth with the "all buttons" mode.

Enhance tracks and add interest without obviously affecting signals