Reminds me that I have a Rane GE60 which I could test. I got it as 'payment' for a 3 hour job once upon a timeYou may still want to give a try to a good old analog graphic EQ.
I'll test this one, one day or another.
It's sounding pretty good.
Does it measure well ?
We'll see.
Can you guys recommend a solution or thread for software eq to use with spotify?
à Indeed bosting one control to max takes another bite out of its performance:
I do not see evidence of that neither. The Noise floor is at the same level on the SINAD graph with one control up and at center detent. Harmonics yes but The noise floor stays put and this is quite impressive actually.This is very good performance but again, keep in mind that I have not boosted any of the levels. That will surely lower the SNR.
Changing that control changes the distortion level of that amplifier stage.“Boosting one control to max takes another bite out of its performance…” I don’t quite understand how the 1kHz went down in that test: isn’t the 3rd control—centered at 500 Hz—supposed to increase the 1KHz signal by a few dB if set at max.? Isn’t also expected to increase any upstream THD+Noise in its freq. range? A misunderstanding on my part?
Huh? That would only be the case if the harmonics were in the source, not as a result of the circuit generating it.I see no evidence of that, Which band did you set to max? As mentioned, they are wideband, isn't it just what you are asking the device to do? Boosting some harmonics present?
But once it's there, how could the control itself could possibly discriminate and boost only the harmonics that where from the source. What I mean, this is not a flaw. We can say that the circuitry adds harmonic, maybe too much of them but no analog EQ in the world will be able to boost only wanted signal and not distortion products!Huh? That would only be the case if the harmonics were in the source, not as a result of the circuit generating it.
This makes no sense. I already explained why but you keep repeating it.We can say that the circuitry adds harmonic, maybe too much of them but no analog EQ in the world will be able to boost only wanted signal and not distortion products!
The caption on that graph says "2 volts in", so it is actually showing a few dB of gain at 1kHz. The input level was adjusted down presumably to prevent clipping.“I don’t quite understand how the 1kHz went down in that test: isn’t the 3rd control—centered at 500 Hz—supposed to increase the 1KHz signal by a few dB if set at max.?
Basically, what I mean, If instead of Boosting a control to the max, you turn it down to the max. Does the distortion is reduced or is it increased. If by turning down it decrease, The control is not degrading performance, it's doing it's job. Can you still try that? That would be the evidence i am looking for.This makes no sense. I already explained why but you keep repeating it.
The Noise floor is at the same level on the SINAD graph with one control up and at center detent. Harmonics yes but The noise floor stays put and this is quite impressive actually.
Thanks yes. What I said is we have no evidence that it would increase noise floor but that it could maybe.Bear in mind the actual "noise floor" is not what you are seeing in the FFT. You are seeing the distortion products after averaging pushes random noise out of the picture.
Look up FFT gain.
By my reading, the test tone was boosted by 5.3dB relative to flat. The 3rd control is centered at 500Hz, so it adds less gain at the harmonics than at the test tone. However, the 3rd harmonic went up relative to the test tone by about 28dB. It's generating distortion, not just amplifying what was there.Basically, what I mean, If instead of Boosting a control to the max, you turn it down to the max. Does the distortion is reduce or is it increased. If by turning down it decrease, The control is not degrading performance, it's doing it's job. Can you still try that? That would be the evidence i am looking for.