![]() Yes the Xfer one has a time knob too, the main difference between the two is how they do the frequency splitting. It’s a little more complicated than what I’ve laid out in this post, this but this video goes much deeper ![]() There are definitely some takeaways that can be applied to other areas of production by studying OTT Looking at the equal loudness contours, we perceive the lows and highs quieter than the mids so we have to turn the up so that they have roughly the same loudness as the mids. This is important since it makes the highs and lows stand out more. The output gain of OTT boosts the highs and lows by ~10dB and the mids by 5.7dB. Since the midrange frequencies are the most important, they need to be more dynamic so that the most important sounds have their own space in the mix. If two sounds aren’t compressed, their amplitude envelopes are independent of each other and so our ears can differentiate between them easier. The dynamics between two sounds is one of the most important factors that allow us to separate the sounds in our minds. In extreme cases, heavily compressing two sounds will roughly make their dynamics the same (i.e. So why do the mids need to be less compressed then? Because when you compress two sounds together, what you’re really doing is shaping their dynamics to be more similar. So having clarity in the mids is very important for allowing us to pick out and follow melodies. elements that carry a song emotionally) are in the mids. The mids are where our ears are most sensitive to harmonic relationships, so most of the melodies and harmonies (i.e. Likewise if you play a chord progression from 30Hz-200Hz it’ll also be hard to determine the melodies and harmonies. If you play a chord progression from 5kHz-10kHz it’s going to be hard for your ear to lock onto melodies and harmonies. This is important because the mids are where our ears are most sensitive. This brings out more details of a sound that you might not hear.Ģ) The mids aren’t compressed as much as the highs and lows When combined with the makeup gain, OTT effectively makes the quiet parts louder. It compresses it in both down and up to confine the sound into a smaller window. This video goes very deep into the reasons why OTT sounds so good, but here’s the quick bullet points: I think understanding why it sounds good can help you become a better music producer as a whole. The reason why it sounds so good points to some pretty deep insights in music production and perception of sound. Why does it sound so good though? The answer is more complex than, “it just compresses the sound a lot”. Honestly I think people use it as a crutch (I certainly do), but hey it sounds good so who cares? It’s used extensively in electronic music but it’s popular with hip hop and pop producers as well. OTT is a multiband compressor effect that tons of people use nowadays to make their mixes sound better.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |