Description
Universal Audio UAD dbx 160 Compressor / Limiter || Guildwater Gear is an Authorized Universal Audio Dealer. If you have any questions about this product please do not hesitate to contact us. Your digital software registration code and instructions will be sent to you, along with an URL connecting you directly to the manufacturer, who will provide you with your software digitally. Please be aware that software is non-cancelable and non-returnable.
Iconic VCA compression with punch and clarity. The dbx 160 excels at tightening bass, drums, and vocals. The dbx 160 Compressor/Limiter plug-in is a fully licensed, faithful emulation of the legendary studio hardware, capturing the quirky sonics of its colorful VCA compression along with added controls for modern workflows.
Add Versatile VCA Compression to your Tracks. Whether you're using it on synths, bass guitar, or a drum bus, the dbx 160 plug-in emulates the original hardware's grabby, low-end glue and old-school character, full of the same unique nonlinearities that make it a must-have for any engineer's compressor toolkit.
Simple to Use, Timeless Character. With the same simple control set and at-a-glance metering of the original, the dbx 160 plug-in makes it easy to crush a parallel drum bus, or inject subtle fatness. It can also add aggressiveness and impact to everything from guitar power chords to a hip-hop vocal.
Leveled Up for Modern Workflows. Along with graphic enhancements and improved VU metering, the dbx 160 plug-in's Dry/Wet Mix control lets you easily punch up a drum bus with parallel compression, while the added Sidechain Filter lets you keep the low end tight, enhancing the compressor's impact.
FEATURES
- Add a unique voice and flavor to your compressor toolkit with the first solid-state VCA compressor ever made
- Harness fat compression textures on bass guitar, drum buses, synths, and more
- Give acoustic guitars and snare drums in-your-face "thwack"
- Create with Dry/Wet mix control for quick parallel compression and Sidechain
- Filter for reduced low-frequency pumping