Inflate your MIX!
The Sonnox Oxford Inflator Native provides an increase in the apparent loudness of your tracks without obvious loss of quality or reduction in dynamic range. It also prevents harmful increases in signal peak level . Oxford Inflator processing can also bring power, presence and warmth to your tracks, providing additional space complete with the subtlety and sound of famous tube systems. It is a favorite among plugins.com.br mixers. for its ability to make just about any font more vibrant. Add Sonnox Oxford Inflator Native to your plugin arsenal and see what you're missing! NOTE: This p product requires iLok authorization.
Maximum loudness
No matter how limited, compressed and compressed your program already is, Sonnox Oxford Inflator Native will provide even more volume. It even adds volume to a large-scale white noise signal or adds musicality to previously clipped signals! Oxford Inflator Native was developed in response to requests from mixing and mastering engineers who are forced to compete based on overall apparent sound of your final results.
Multipurpose toolUse the Sonnox Oxford Inflator Native to produce blends louder than you thought possible without overloads or compression pumping, or use it to add natural warmth and character to acoustic or jazz mixes. Use it in unique instruments to add presence, softness and depth, or use it on percussion and drum tracks to produce incredible dynamic presence, tightness and volume.
Native Sonnox Features Oxford Inflator:- Intensify almost any program material
- Creates system-like warmth, character and dynamic emotion Analogs
- Provides virtual space above the digital maximum to allow percussive peaks to pass through without causing signal overload
- Creates artistic effects ranging from subtle, pipe-like harmonic characteristics to warming , presence and fat "in your face", even definitive saturation distortion modeling
- It has 2 modes of operation (direct and split-band) for maximum flexibility and artistic creativity. These 2 modes also guarantee the optimal use of DSP
