Waves SSL 4000 E User Manual
section is the High Pass (18 dB/octave) filter and the Low Pass (12 dB/octave) filter. Normally,
low pass and high pass filters follow the same path as the entire EQ section. However, when
SPLIT is selected, the low pass and high pass filters are placed before the dynamics processors
in the chain. The equalizer can be switched into the dynamics sidechain to afford simple de-
essing and other frequency-controlled dynamics processing by selecting DYN S-C at the foot of
the section. In the E-Channel LF and HF shelves can be reshaped to bell curves by pressing
BELL. The Q of the LF and HF bells are calculated based on frequency settings and are not
user-definable. In the G-Channel Lf and HF are fixed shelfs, the LMF /3 will devide the LMF
frequency by 3, and the HMFx3 will Multiply the HMF frequency by three.
SSL Channel Latency
The channel strip has a latency of one sample.
low pass and high pass filters follow the same path as the entire EQ section. However, when
SPLIT is selected, the low pass and high pass filters are placed before the dynamics processors
in the chain. The equalizer can be switched into the dynamics sidechain to afford simple de-
essing and other frequency-controlled dynamics processing by selecting DYN S-C at the foot of
the section. In the E-Channel LF and HF shelves can be reshaped to bell curves by pressing
BELL. The Q of the LF and HF bells are calculated based on frequency settings and are not
user-definable. In the G-Channel Lf and HF are fixed shelfs, the LMF /3 will devide the LMF
frequency by 3, and the HMFx3 will Multiply the HMF frequency by three.
SSL Channel Latency
The channel strip has a latency of one sample.
Routing in SSL Channel