<\/p>\n
Are you leaving something on the table by not releasing your music as a 24\/32 BIT wav file?<\/p>\n
This video goes deep into if you can really hear a difference between 16 bit, 24 bit, and 32 bit wav files<\/strong> and what that means for your music.<\/p>\n The only real difference between 16, 24 and 32 bit audio is the dynamic range<\/strong>. A 16, 24, or 32 bit audio file will not capture any “extra” frequencies or produce something that sounds more “3D”. Bit depth just determines the noise floor of the audio file.<\/p>\n If you want to go deeper, the video below shows you what the ACTUAL differences are<\/strong> between the audio formats and the limitations<\/strong> for each.<\/p>\n As a bonus, I also cover how digital audio works, converting between analog and digital signals, and how dynamic range is determined.<\/em><\/p>\n If you are interested in What Bit Depth (16, 24, or 32 BIT) you SHOULD BE RECORDING At In YOUR Home Studio, <\/strong>check out Part 2 (Coming Soon)!<\/p>\n \ud83d\udd0aNeed help getting your songs sounding PRO\u2754 \u231aTIMESTAMPS\u231aBut if you are just here for a quick answer here it is:<\/h3>\n
\nLet’s talk about it, and put together a customized plan for you and your music! Find out more here: bit.ly\/2y1T78h<\/a><\/p>\n
\n00:00 Intro
\n01:11 What is bit depth?
\n02:03 How does bit depth determine dynamic range?
\n02:43 Differences between 16 BIT, 24 BIT, and 32 BIT audio
\n04:00 What actually captures all frequencies in audio?
\n05:02 Is more dynamic range better?
\n05:45 Limitations to playing back audio files
\n07:02 When can you perceive a difference between 16 and 24 BIT?<\/p>\n