So, my recommendation is to try both of the options and see which one works best for you. But, sometimes, it may make them sound worse as it may create new phase issues. Sometimes, inverting the phase can be the thing that makes your vocals instantly sound a million times better. Have a look at this illustration to understand it better –Īs you can see, since the two waveforms go in opposite directions, they cancel each other out when they’re summed to mono. Therefore, they’ll cancel each other out completely. Phase cancellation issues refer to situations where two waveforms that go in opposite directions get summed together and cancel each other out.įor example, if the phase of one waveform is 90 degrees and the other is 270 degrees, they’ll equal 360 (which is also 0) when summed together. Therefore, phase plays a huge role when it comes to mono compatibility. When stereo elements are converted to mono, their left and right channels’ phase at each point is summed into one main channel. The starting point of a wave is 0 degrees, the peak of a wave is 90 degrees, the next neutral pressure point is 180 degrees, the peak’s low-pressure zone is 270 degrees, and the pressure rises to zero again at 360 degrees. Phase is defined as how far along a waveform is in its current cycle. Sometimes, your vocals may be canceled by other elements in the mix because of something called phase cancellation.īut, before we start handling phase cancellation, let’s understand what phase is. Step #3: Try Inverting The Phase Of The Vocals My recommendation is to listen to them in mono and raise the high-pass filter until you hear it starts thinning them up and then lay it off a bit. Therefore, go ahead and clean the unnecessary frequencies of the vocals as well.īe careful when doing this, though, as you may thin up the vocals even more when doing this. Moreover, those frequencies may affect the compressor and ruin the vocals’ balance. To thicken up the vocals properly, we have to make sure that we don’t thicken up unnecessary boomy/muddy frequencies. Step #2: Clean Unnecessary Frequencies From The Vocals If it doesn’t, you’re done! If it does, go ahead and do the next steps. Usually, unnecessary frequencies are 0Hz – 100Hz.Īfter you finish cleaning all the unnecessary frequencies from the elements around the vocals, recheck the mix to see whether the problem persists or not. To understand what are the unnecessary frequencies of each element, apply a high-pass filter and lift up its frequency until you hear it’s thinning up the element in the mix. Such elements can be pads, pianos, guitars, etc. If you only hear the problem when the vocals interact with the mix, it means that there isn’t enough space for the vocals in the mix, and you’d have to clean all the unnecessary frequencies from elements around the vocals. So, before we start treating the vocals and applying effects on them directly, we have to understand whether the problem comes from the interaction of the vocals with the mix or from the vocals themselves. This may sound weird, as we usually think of cleaning frequencies as a solution for muddiness, but it may be just as helpful for thin things as it makes more room for their low-end. Step #1: Clean Unnecessary Frequencies From Elements Around The Vocals Now, that we’ve talked about the shortcuts, lets see how we’d do it in the full length way. He’s using Logic Pro X, so that’s the DAW you’ll get the project in. He will take your raw vocal recording and edit it, tune it, mix it, and master it for you.
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