Hi All,
Here is my sample for review. I am interested in what effects are recommended for a chain to improve the recording. Could someone create an EQ that I can apply?
Hi All,
Here is my sample for review. I am interested in what effects are recommended for a chain to improve the recording. Could someone create an EQ that I can apply?
My mic is the 5th Generation Rode Nt1 and Solo interface.
The EQ is close to idea after everything below 100Hz is removed
There’s a glitch just as you begin to speak …
Hi Trebor, I did the 2 second quiet then the reading. The reading was too long and I cut it out then did another recording. I joined the two using the join feature and that is probably the problem. I’ll send another recording this weekend.
Here is a better sample.
The frequency-plot is close to ideal.
IMO the only way to improve your EQ would be to apply dynamic-equalization,
which continuously adjusts the EQ if part of it goes above a threshold,
that would treat any excessive sibilance & resonance.
Sonible Pure:EQ plugin does that, it has a generous 30-day free trial … pure:EQ - sonible
[ It’s a VST3 plugin which works in Audcaity3 ].
Other dynamic-equalization plugins are available, but as far as I’m aware,
they’re more complicated & more expensive.
Then a store-bought de-clicker plugin and you’re good-to-go.
[ Audacity does not have any native tools for dynamic-equalization ].
This is an unedited recording. Can you create an EQ from it? Instructions you provided are greek to me. My knowledge of EQ is very little.
You’re using good equipment: it shouldn’t need much EQ adjustment.
Apart from removing the signal below 100Hz , (which is only noise),
I don’t think your EQ can be bettered in Audacity: it’s almost perfect.
To correct the momentary issues like occasional excessive sibilance, and resonance,
a dynamic-equalizer plugin is needed, it just acts when required, automatically,
whereas Audacity’s equalizer applies corrections to all of the selected audio.
Ok. I can see the High Pass filter takes a lot off the floor of the spectrogram view.