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(C) TBProAudio 2016 

Page 2 of 8 

 

 

Introduction 

Vocal (and generally) gain riding is a widely used technique to control loudness of audio 
tracks with the volume slider instead of compression. Doing this by hand during a critical 
phase of the mixing session could be very painful. Automatic gain riding within a DAW by 
using an audio plugin could be very comfortable. And if this plugin gives enough flexibility 
and control over the riding process it could be useful for a broad range of applications starting 
from simple vocal/bass riding up to tricky voice over recordings for commercials. 
 
So, 

GainRider 2

 gives you this flexibility and the full control over the riding process. 

 

Features

 

3 ride modes: loudness leveling, ducking, loudness leveling to side-chain. 

 

Detailed control of gain change (speed, pre-delay, min, max, idle). 

 

Flexible pre-delay including zero delay mode. 

 

Loudness measurement based on EBUR128 ML 

 

Large display to monitor impact of plugin parameters. 

 

Flexible pre filter. 

 

DAW side chaining (VST3/RTAS/AAX/AU) or channel 3+4 (VST2). 

 

Read/Write automation data. 

 

A/B control. 

 

Free update for GainRider users 

2  How GainRider 2 works 

The gain adjustment is based on "true loudness" measurement (EBUR128 ML). GainRider 2 
compares constantly the loudness of the control signal with the target level and adjusts gain of 
the main signal (mode INT). The gain riding starts as soon as the measured loudness is above 
the NoiseLevel value and stops if it is below. 
The maximum gain adjustment is limited by the RangeMin and RangeMax values just to 
avoid overemphasis of certain parts of the signal or even "pumping" effects. 
The look ahead of the algorithm is controlled by the pre-delay control, starting from 0ms 
(zero delay) up to 3000ms. 

Summary of Contents for GainRider 2

Page 1: ...C TBProAudio 2016 Page 1 of 8 GainRider 2 Manual by TBProAudio 2016...

Page 2: ...tailed control of gain change speed pre delay min max idle Flexible pre delay including zero delay mode Loudness measurement based on EBUR128 ML Large display to monitor impact of plugin parameters Fl...

Page 3: ...curve moves between RangeMin and RangeMax values 3 Loudness of control signal blue could be either the main signal mode INT or the side chain signal mode SC1 or SC2 4 Loudness of outgoing signal red...

Page 4: ...it is between the local minimum and maximum of the control signal e g 18dBFS Finally set the RangeMax to 0dB and the RangeMin to 9dB Please note that the source signal is now only reduced no more gai...

Page 5: ...is leveled towards target level The blue curve shows the incoming signal the red curve the outgoing signal SC1 Side Chain 1 The main signal is leveled to target level as soon control signal is above n...

Page 6: ...l dBFS Gain riding starts above loudness level and stops below RangeMin dB Minimum gain change RangeMax dB Maximum gain change IdleGain dB Gain during idle no ride 5 4 A B Sync Automation A B Switch b...

Page 7: ...t side 5 5 1 View Control XScale XOffset Zoom and move view time axis in seconds YScale YOffset Zoom and move view loudness axis in dBFS dB mixed 5 5 2 Curve Display CntrlSig On Off pre filtered contr...

Page 8: ...tes tips and tricks VST2 side chaining VST2 does not support implicitly side chaining VST3 introduced it for the first time to VST plugin architecture So in order to use GainRider 2 VST2 a DAW with hi...

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