It's not a clone of the Manley but rather new filter types based on those old analog circuits. You get that same overshoot characteristic as the Manley/Neve/Pultec etc. Very musical.
I have no idea what a passive EQ does. Someone care to explain?
One of the most important advantages of this approach is that gain is only introduced when the EQ settings demand it: there is no overall gain involved all the time, as there is in the buffered equaliser design mentioned earlier. That makes the design less noisy and improves the headroom margin.
It's not a clone of the Manley but rather new filter types based on those old analog circuits. You get that same overshoot characteristic as the Manley/Neve/Pultec etc. Very musical.
This makes me think of a passive eq as a compressor compared to an active eq?
hopefully a....
...sustainer, like what the Jackson PC-1 does, but the Axe does it just as well or better! Yeah!
A guy can hope :mrgreen
Right after I release a firmware I always realize something I wanted to add and forgot about. I had been working on passive EQ (which sounds massive, wink, wink) and forgot to add it to the firmware release. Oh well, next week.
I'm curious about the mechanics of it as well. Does this mean that the signal is basically not eq'd at all until some particular frequency hits a particular threshold, at which time it will not exceed that threshold?
It's not a clone of the Manley but rather new filter types based on those old analog circuits. You get that same overshoot characteristic as the Manley/Neve/Pultec etc. Very musical.
Thanks Stratoblaster.
This makes me think of a passive eq as a compressor compared to an active eq?