Plug-in Input and Output Gain controls for adjusting the levels before and after processing. Phase, inverts the phase of the processed signal. Dry Mix control (Dry/Wet with gain compensation) allowing for parallel processing or for blending some of the original "peak" into the processed signal.

Clipper, a discrete peak limiter at the very last stage of the processing chain rounding off the peaks smooth and musically. Link Channel, provides linked/unlinked processing (in M/S mode). Bypass routes the incoming signal direct to the output for a true smooth transition between processed/clean signal.

To enhance the workflow, the two Preset/Parameter slots, A and B, can be loaded with two different presets ie. two full set of parameters at the same time. Apart from saving each preset, a "Global Preset" containing both the A and B settings, and the postion of the "Morphing Slider", can be saved.

The Morphing Slider provide morphing between the parameter settings of slot A/B allowing for really creative and useful realtime tweaking. Enabling the Automation control button exposes the Morphing Slider to the host automation.

Metering (VU not Peak!); Input, Output, Dynamic Processing Summing, Dynamic Difference, Level Difference (Input/Output) and Resulting Transfer Curve. Dynamic Activity (current Hysteresis threshold) and Instant Release Value information. Input Channel Processing and Side Chain Routing toggle (1-8).

Detector/Side-Chain Equalizer, a three band sidechain eq/filter providing the option to shape the sound before entering the selected dynamic detection scheme. Filter Types; Hi/Low Pass, Hi/Low Shelving, Parametric, all available on any of the three bands. Gain (-/+ 24dB), Freq. (5-22kHz), Q-Factor (1-100).

Settings for the Processing Time Envelope with advanced options for the Attack and the Release. Selection of what Dynamics Profile desired for the detection (Flux processors offer a range of different ways to detect the dynamics of the incoming signal).

A complete dynamics section with four processors working in parallel is provided. The Compressor is used to reduce the dynamic range of the material, this can be done either smooth and clean, or more obvious and pumping (as an effect).

A complete dynamics section with four processors working in parallel is provided. The De-Compressor is used to increase the signal level above the threshold, a very useful tool to restore the dynamics of the material.

A complete dynamics section with four processors working in parallel is provided. The Expander increases the signal with a certain ratio below the threshold, very useful to clean up the material from unwanted low level components.

A complete dynamics section with four processors working in parallel is provided. The De-Expander increases the signal level below the threshold according to the set ratio, to reduce the dynamics of the signal and magnify low levels.