Specifications
hysteresis) and make the compression very smooth and no more pumping… In addition with the Angel Share function, you'll
be able to set a constant and very natural envelop that allows to increase low levels, low frequency and to keep important
transients.
Hysteresis Threshold (33)
Sets the gain range of the hysteresis parameter.
• Up: Increasing of the Hysteresis action
• Down: Decreasing of the Hysteresis action
The current Hysteresis Threshold value is reflected by two green lines on the Dynamic Activity display.
The hysteresis action is effective only when the orange Dynamic Activity (41) exceeds the area between the two green lines.
Hysteresis Maximum (34)
When engaged, the threshold for the processing is determined by the maximum values from RMS/peak detection OR from
the signal dynamic detection. The Hysteresis Threshold is still active, but the Hysteresis mix button is disabled.
This feature allows the whole process to be more reactive to the signal content. It worth to be tried on drum tracks.
Display:
Resulting Transfer Curve (35)
Auto Scale depending of the threshold value(s)
Input Level Meter (36)
Vu-meter not peak-meter, referenced to -16 dB Fs by default, with auto scale depending of the threshold values.
When the MS Width section is engaged, the M (Middle) level is displayed on the left meter. S (Side) is displayed on the right
meter.
The green index reflects the threshold value.
Output Level Meter (37)
Vu-meter not peak-meter, referenced to -16 dB Fs by default, with auto scale depending of the threshold values.
When the MS Width section is engaged, the M (Middle) level is displayed on the left meter. S (Side) is displayed on the right
meter.
Resultant Envelop (38)
Vu-meter not peak-meter, referenced to -16 dB Fs by default. The scale is +/- 12 dB.
This is the compression, decompression, expander and de-expander summing envelop.
Dynamic difference between in and out (39)
Vu-meter not peak-meter, referenced to -16 dB Fs by default. The scale is +/- 12 dB.
4.4 Pure Series II Pure Compressor II
51
4