Good question.
Could it be internal noise in the chain AFTER the kemper?
Try recording a silent KPA (e.g. set to tuner mode) and see what you get out of that.
Good question.
Could it be internal noise in the chain AFTER the kemper?
Try recording a silent KPA (e.g. set to tuner mode) and see what you get out of that.
When I set it to TUNER I still hear and record the full signal path as before? Is there a way or a button I need to press?
*Edit- I muted the signal and there was no signal at all recorded. Its coming from the Kemper?
Interesting. Try recording with everything BUT the EQ turned OFF.
Maybe this has something to do with the Q-value of the hi cut? Still seems strange that the 15K area is not lower. The curves are not identical in other frequencies, did you use a looper when doing this test. What I mean is that the things you play will might result differences in other areas.
Maybe this has something to do with the Q-value of the hi cut? Still seems strange that the 15K area is not lower. The curves are not identical in other frequencies, did you use a looper when doing this test. What I mean is that the things you play will might result differences in other areas.
No looper. If you look above I figured out the issue. It was the Space parameter located in the Output section that was causing the signal.
which software is this you use which we can see in the pictures ??
which software is this you use which we can see in the pictures ??
Izotope - Ozone 7
I once did the same and had the same problem. In my case, the problem was the "Space" setting in the output menu. It adds some high frequency content, and this is not affected by the EQ as it is applied after all the effects.
EDIT: didn't see you figured it out already.
Very simple. It´s not a brickwall lowpass filter. The amount of frequency attenuation depends on the Q factor of the filter, which is not very steep in this case.
Very simple. It´s not a brickwall lowpass filter. The amount of frequency attenuation depends on the Q factor of the filter, which is not very steep in this case.
This wouldn't explain why the frequency content above 12kHz (or whatever it is) in that first plot is virtually identical with the LPF engaged 
However, as has been said, the cause was found to be the Space effect.
(To be REALLY nit-picky, I think you are referring to the slope - i.e. "db/octave" - rather than Q factor )
Very simple. It´s not a brickwall lowpass filter. The amount of frequency attenuation depends on the Q factor of the filter, which is not very steep in this case.
Yes, I understand that it's not a brick wall low pass filter. That was not the problem though.
Please read above as I already solved the issue.
edit-Michael_dk beat me to it
Lets see how many more people are going to reply without reading the follow up replies
Interesting! Thanks for pointing this out..
Lets see how many more people are going to reply without reading the follow up replies
Its usual here to add a [Solved] or similar in the title of the thread when a topic is solved. This avoids unnecessary posting 
