DNX 03 v2.0 MULTiBAND COMPRESSOR VST WiN

HY2ROG3N | 12-09-2015 | 8.2 MB

DNX-03 is a three-band stereo Compressor (win vst plugin) inspired by the analog models, with some added features such as noise reduction and wide stereo control for each individual freq-band. The DNX-03 is able to split the incoming signal into three frequency-bands using a 6dB per octave crossover. First-order filters are considered by many audiophiles to be ideal for crossovers. Each band is passed through a compressor and then through a stereo processor where compression,gain and stereo image can be altered and improved. The outputs of the compressors and processors are then re-combined and fed to the master output.

DNX 03 MULTiBAND Compressor v1.0.2 VST WiN

HY2ROG3N | 29 June 2014 | 15.5 MB

DNX-03 is a three-band stereo Compressor (win vst plugin) inspired by the analog models, with some added features such as noise reduction and wide stereo control for each individual freq-band. The DNX-03 is able to split the incoming signal into three frequency-bands using a 6dB per octave crossover. First-order filters are considered by many audiophiles to be ideal for crossovers. Each band is passed through a compressor and then through a stereo processor where compression,gain and stereo image can be altered and improved. The outputs of the compressors and processors are then re-combined and fed to the master output.

DNX – 03 Multiband Compressor v1.0.1 VST WiN RETAIL

DNX 03 v1.01 HI-RES & DNX 03 v1.01 | 16 MB

STANDARD-RES VERSIONS

DNX-03 is a three-band stereo Compressor (win vst plugin) inspired by the analog models, with some added features such as noise reduction and wide stereo control for each individual freq-band. The DNX-03 is able to split the incoming signal into three frequency-bands using a 6dB per octave crossover. First-order filters are considered by many audiophiles to be ideal for crossovers. Each band is passed through a compressor and then through a stereo processor where compression,gain and stereo image can be altered and improved. The outputs of the compressors and processors are then re-combined and fed to the master output.