Cassette Audio Conversion
I'm relatively new to audition, audio editing, and thus I'm at what currently appears to be an impossible task by today's technology.
My grandfather passed away in 2012 and within the past few years my uncle brought forth some cassette audio jam sessions of he and my grandfather playing.
I am not sure if the cassette deck was tied into the amps they were using or if it was stand-alone. Nor am I certain of any settings setup during the recording. He asked me if I would be able to either make the vocals louder and/or diminish the guitars so that the vocals could be better distinguished.
I've been tinkering with various settings in Audition to try and see if I can't figure it out. Watched some tutorials and tinkered some more.
At various points in the audio the guitars over power the vocals significantly and I do not believe they were using a mic... I could be wrong.
I was able to convert the cassette to mp3 via a converter I picked up. I have about, I think 45 minutes, of varying vocals to play with which all have various levels of guitar audio as well as noise.
I know that if I could pull this off it would mean a great deal to my family and probably lead to needing to convert the rest of the tapes.
Essentially, any guidance anyone could provide would be most appreciated but to get the discussion started...
Is it possible by today's Audition (or other audio software) to split audio cassette audio into multiple tracks?
Is it possible to bring back vocal audio which is so over powered that it sounds like the filters are on to remove audio (like how some songs you can still here it even if the filter is applied)?
Listening to the tracks, on a scale of 100... (0 being absolute silence and 100 being most prominent), I would put the guitars at 100%, static at about 5%, and the vocals ranging from about 15-20% at best.
I feel like I already know the answer, so I completely understand if recovery may not be possible but I'm hoping someone of much more experience may be able to provide some suggestions.
Thank you for reading and any possible input you may have!
