Step1
I ordinarily reach first for an EQ to dial in the or remove unwanted frequencies from the vocal track.
If the vocal was recorded in a small room, such as a closet, it will inherently sound boxy or boomy.
If we remove a judicious amount of 100Hz it will become to less bassy and reveal more of the upper frequencies.
If the vocal sounds a little hazy I usually move right over to the frequency of 300Hz. This is what sounds similar to throwing a blanket over the speakers. I will subtract a fair amount of this frequency in order to make the lyrics more intelligible.
Next up I move to the upper register and shelve up at approximately 8k. This adds more presence to the vocal, but adding to much can bring out more sibilance.
Remember EQ is short for equalization. So in reality you are balancing the frequencies.
Step2
The next processor in the chain will be a compressor. The compressor will make softer passages louder while retaining an overall level relative to the loudest peak.
The amount of processing is solely contingent upon the source material and will vary from song to song. There is no one size fits all method.
I am a big fan of using serial compression on a lead vocal. Serial compression is the process of adding multiple compressors in series.
Sometimes, let's say it's a really dynamic rock vocal within a dense mix.
We really want that vocal to be very present and impactive.
I will start by a inserting a UAD 1176 with a ratio of 8-12:1. A fast attack, medium release and 3db of reduction.
If I'm feeling really adventurous I'll go with "all button in" mode.
I will then follow that with a UAD LA2A with maybe 3 db of reduction.
At this point the vocal is pretty well glued into place and not going anywhere.
I'll then send that to a gnarly Waves L1 to handle the peaks. It will only react to very loud passages.
Step3
When it comes to adding spatial effect I tend to refrain from using reverbs. Instead I prefer very short delays with no residual echo and stereo pitch shifting.
Verses are typically pretty dry in a pop mix.
Depending upon the song I may choose to add a smidgeon of plate reverb, but not often.
Comments
leonchames said
on 5/10/2008 of course, this is only happening once the threshold is passed.
leonchames said
on 5/10/2008 "which is a ridiculous ratio to be using. that means that for every decibel above the threshold you set the compressor would shove it down 96."
this is not true.
if the ratio is 10:1, the compressor will output 1db of sound per every 10db input. 96:1 is essentially just limiting the audio at the threshold.
edog said
on 5/7/2008 well, his statement was that compression is multiplicative, meaning any ratios of compression used in a series will multiply by eachother.
so if you were to use a 4:1 and then another 4:1, then 3:1 then 2:1 it would end up like multiplying 4x4x3x2 for your total compression ratio.
yeah, 96:1.
which is a ridiculous ratio to be using. that means that for every decible above the threshold you set the compressor would shove it down 96.
for electronic music that may sound like cutting edge amazing brilliance but for most engineers who are trying to preserve and enhance an organic audio performance.... that is a bit extreme.
of course that is just my small opinion.
HarrietTubman said
on 2/13/2008 how did you get 96:1? just curious