Display More1) I've noticed that the gain-structure of the real amp does sounds different from the tweakable GAIN knob of the Kemper (increased & decreased). The Kemper's GAIN-knob is not true to the gainstructure of
the real amp.
Therefore I now make seperate profiles of each gain setting of my amp.
My idea: While profiling capturing the gainstructure of the amp, by profiling at a lowgain setting & then profiling at a highgain setting, so the kemper recognizes the gainstructure of the amp.
2) Use of the 2 RETURN-inputs, at the same time, for using two mic's.
My idea: A software blendknob, between the two mic's.
So i can adjust the amount of mic's afterwards to fit a song, while playing in the studio or live. Instead of making seperate profiles with different blends of mic's.
1) Actually I think this is an advantage of the Kemper! Many amps sound only good at a certain point of their gain knob and with the Kemper you can use this sweet spot and scale it up and down. A good example are the lead channels of some Engl amplifiers. The gain knob ranges from completely silent at zero, a very ugly chrunch at the lower settings to immediate high gain. If you profile this high gain sound you can dial it back to very usable crunch sound which would be just not possible with the actual amp channel.
2) Good idea! I often mic the amp with more than two mics anyway and blend them in the software mixer of my RME card before I profile them. Having some influence afterwards would be awesome, but I'm worried it might not be possible with the Kemper. Loading two profiles at once is a much requested feature and it's apparently not possible with the computing power of the Kemper. Your suggestion is pretty similar in terms of computing power I think.