Man's a genuine genius! Sure, anyone can read and learn this stuff, but putting it across, in an understandable way, to us numb nuts who couldn't be bothered to, that is genius indeed.
on the topic at 11:24, far as I know 40khz sample rate is the minimum to reproduced audible frequencies but 44.1khz was chosen to allow for 4100Hz where a antialias filter can be applied. It wouldn't sound good to apply a brickwall antialias filter so 44.1k allows for a slope on the antialias filter which sounds better, but still allows for minimal file size. When mixing and listening in 48Khz, the filters have another ~4000Hz to slope even gentler and therefore very top of the audible range (18k+) has a less steep antialias filter, which in theory should translate to slightly higher highs. Supposedly, this is more important during the processing stage where the effects of a smoother antialias filter compounds with each process. Listening to the same mix at 48Khz or 44.1Khz shouldn't produce an audible difference but doing your whole mix at 44.1 vs 48 might actually make a audible difference. Even if you downsample to 44.1 at the end
Been following all of your lessons. They're great! However, I think you should do a bit more research on 32bit float point. It's amazing. Especially if you are into field recording. It is not a marketing gimmick. It is a very useful tool.
Hey man, you really should take a deeper dive into digital audio and sampling before trying to explain to people how it works, especially things like aliasing, 44.1 vs 48 frequencies, why they are there, why higher sampling freqiencies etc etc. and btw Nyquiest freq is not a fixed one, but the half of the sampling frequncy, so when smpl frq is 44.1kHz, Nyquest freq is 22.05kHz and all data above this frequency must be filtered out with a so called anti aliasing filter. and so on..
00:00 - Lesson Intro
00:14 - Redux
01:13 - Sample rate
19:00 - 32 Bits
23:30 - Using Redux with other effects
Man's a genuine genius!
Sure, anyone can read and learn this stuff, but putting it across, in an understandable way, to us numb nuts who couldn't be bothered to, that is genius indeed.
Really helpful video! I already knew about sample rates, but for some reason I never quite understood how bit depth works. Thanks :D
this oscilloscope plugin is free, awesome!
on the topic at 11:24, far as I know 40khz sample rate is the minimum to reproduced audible frequencies but 44.1khz was chosen to allow for 4100Hz where a antialias filter can be applied. It wouldn't sound good to apply a brickwall antialias filter so 44.1k allows for a slope on the antialias filter which sounds better, but still allows for minimal file size. When mixing and listening in 48Khz, the filters have another ~4000Hz to slope even gentler and therefore very top of the audible range (18k+) has a less steep antialias filter, which in theory should translate to slightly higher highs. Supposedly, this is more important during the processing stage where the effects of a smoother antialias filter compounds with each process. Listening to the same mix at 48Khz or 44.1Khz shouldn't produce an audible difference but doing your whole mix at 44.1 vs 48 might actually make a audible difference. Even if you downsample to 44.1 at the end
SadowickProduction
Did you know increasing Live’s sample rate improves Spectrum’s response time? (This also applies to EQ Eight)
Been following all of your lessons. They're great! However, I think you should do a bit more research on 32bit float point. It's amazing. Especially if you are into field recording. It is not a marketing gimmick. It is a very useful tool.
is a true 32 bit recording even possible? I've heard otherwise from MixbusTv
Audioscope vst? Where i download it? Thankx
ayy we use the same spectrum analyser
wtf bro xD
Hey man, you really should take a deeper dive into digital audio and sampling before trying to explain to people how it works, especially things like aliasing, 44.1 vs 48 frequencies, why they are there, why higher sampling freqiencies etc etc. and btw Nyquiest freq is not a fixed one, but the half of the sampling frequncy, so when smpl frq is 44.1kHz, Nyquest freq is 22.05kHz and all data above this frequency must be filtered out with a so called anti aliasing filter. and so on..