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-- 16 bit vs. 24 bit AUDIBLE DISCUSSION (NO TECH SPECS)
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| Originally posted by DjStephenWiley I'm trying to have a civil discussion regarding the audible differences between the two because I have found that I enjoy 24 bit sample packs quite a bit more than 16 bit sample packs. |
u would probably like deadmaus samplepack better than others even if it was 12bit so this has nothing to do with 24bit. if u rename the title to "which sample pack is best sounding" then ull be fine.
to stop the fight: i agree that 24bit sounds better. i did render all my tracks at 24bit before (and 48kHz) beacuse i think it sounded better somehow, atleast in the bass area somehow, i dont know why. i stopped this when I started releaseing my tracks. mp3 decoding seems alot more unstable from 24-bit, i used lame and it worked but i got some weird as distortion in the treble when going to 192kbps when using 24-bit to 16bit. Problem probably also there in 320kbsp but not as audible. So i started rendering at 44,1 16bit and all my troubles with mp3 encoding was solved.
When I sent one of my 48kHz 24bit wav-files to a label and they agreed to release it, they fucked up the mp3 converting making the track sound ass. if u want to know how it sound when labels fuck up the converting i can post u the link beacuse they have not been able to remove the samples. Whirlloop had the same problem with the same label on many tracks actualy.
I have 4 tracks on other labels than my own and all of them have been fucked up (in diferent ways though). The 3 first was terrible mastered (just a ASOT limiter, making it sound like ass radio), and this last one was fucked up with bitrate and samplerate change, mp3 decoding whatever its called. this is why I from now on do everything myself and follows the standards and release stuff only on my own label.
in these mp3 days, its all about getting as good as possible with the fileformat avaliable. maybe if the CD business changes and start selling SA-CDs cheaper than normal CDs, just to back some interest we can talk again. beacuse yeah 24 bit sounds better.
I hope someday, when internet v2 comes, and piracy stops, the new standard will be SA-CD, in 24bit 48kHz and hopefully 90 or 120 minutes. This will allow for the CD-market to be good again and also general standard soundquality rise.
Image a houseparty/preparty without iTunes or Spotify or Youtube and SACD instead
I doubt that piracy will ever stop, unfortunately.
ok but increase and somehow possible to detect and arrest. atleast in western countries.
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| Originally posted by palm ok but increase and somehow possible to detect and arrest. atleast in western countries. |
as said i like the sound of 24bit but it doesnt matter before SACD will be the standard. i have nothing to play it on.
So you believe 24bit is useless then because when it is decoded to mp3 it loses its sonic advantage?
That's a fair assessment. I've had instances where I have used a lot of 24bit samples, and wasn't happy when I got to the mp3, but it's only happened twice and both were regarding vocal samples which to my estimate were garbage to begin with (wouldn't have mattered what bit they were, wish i had the 16 recording of them to make sure though)
24bit is certainly not an all or nothing deal (though I prefer 24bit overall). In some cases, different bit rates are probably better, but I'm far from having that knowledge and experience, however; I'm sure some here have experiences in this department.
Why are 24 bit sample packs made if (you believe) 16 bit is equal or better.
to cater to you? 
anyway, I must say that it is hard to keep tech & specs out of the discussion because then it becomes a discussion of emotions / feelings / gut / anecdotal / whatever.
And there is really no other possible conclusion to that than "to each his/her own". If it feels good to you, do it.
Which is not so bad a conclusion anyway. Making music is an emotional process, and if you feel better doing it on your terms, if that allows you to make music with more satisfaction, if that gives you a smile on your face because it sounds how you want it to sound and how you are convinced it sounds best, then it helps your process of making music. Regardless of whether or not it's a placebo-like effect 
Simple, 24 bit has a lower noise floor than 16 bit. The reason to use 24 rather than 16 is if you are worried about the noise floor becoming an issue, which can happen if you are doing live recordings or using a very large number of tracks.
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| Originally posted by Pjotr G And there is really no other possible conclusion to that than "to each his/her own". If it feels good to you, do it. Which is not so bad a conclusion anyway. Making music is an emotional process, and if you feel better doing it on your terms, if that allows you to make music with more satisfaction, if that gives you a smile on your face because it sounds how you want it to sound and how you are convinced it sounds best, then it helps your process of making music. Regardless of whether or not it's a placebo-like effect |
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| Originally posted by MrJiveBoJingles Simple, 24 bit has a lower noise floor than 16 bit. The reason to use 24 rather than 16 is if you are worried about the noise floor becoming an issue, which can happen if you are doing live recordings or using a very large number of tracks. |
) more prone to these audio problems when using just 16 bits?
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| Originally posted by DjStephenWiley There we go. Are there specific instruments and sounds (I would say frequencies but it is too technical of a term ) more prone to these audio problems when using just 16 bits? |
care to elaborate on the noise floor thing?
When you record something (analog, i.e. through audio cables), noise is recorded along with it. The noise is in the signal, and it is recorded, regardless of what format you record it to.
I realise that higher bit rates allow for more dynamic precision, how does that relate to recorded noise?
Also interesting; dithering (a processing technique commonly applied when converting from higher bitrate to lower bitrate) intentionally adds noise to the recording. This is done to make sure that quiet parts of the signal are actually are increased in volume, so that they fall above the lower precision threshold (so they can be supported by the lower bitrate). This implies that recording something directly to 16 bit will be less noisy than recording to 24 bit, and then converting to 16 bit.
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| Originally posted by Pjotr G care to elaborate on the noise floor thing? When you record something (analog, i.e. through audio cables), noise is recorded along with it. The noise is in the signal, and it is recorded, regardless of what format you record it to. I realise that higher bit rates allow for more dynamic precision, how does that relate to recorded noise? |
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| Also interesting; dithering (a processing technique commonly applied when converting from higher bitrate to lower bitrate) intentionally adds noise to the recording. This is done to make sure that quiet parts of the signal are actually are increased in volume, so that they fall above the lower precision threshold (so they can be supported by the lower bitrate). This implies that recording something directly to 16 bit will be less noisy than recording to 24 bit, and then converting to 16 bit. |
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| Originally posted by DjStephenWiley I respect your posts, but you have completely derailed this thread. There is a big reason why I put no tech specs, in capital letters, on the thread title. |
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| Originally posted by MrJiveBoJingles How much noise does the dithering process actually add, though? |
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| Originally posted by DigiNut Excuse me, but "16 bit" and "24 bit" ARE technical specs. That is exactly what they are - technical specifications for a digital audio encoding! This is like kindergarten. Don't bother me with facts or arguments, just tell us how it made you feel. You're asking for soft answers to questions for which there are hard answers; people aren't "avoiding" your question, they're just giving correct answers as opposed to subjective and made up answers. I proposed a test that, unlike yours, would actually prove something substantial. I had to get into "tech specs" in order to explain why. If you want to go through with this test, fine, let us know. Otherwise, I don't feel particularly inclined to invent creative but spurious answers to a question that's not really a question. Is this a legitimate discussion, or a soapbox? You choose. |
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| Originally posted by DigiNut Excuse me, but "16 bit" and "24 bit" ARE technical specs. That is exactly what they are - technical specifications for a digital audio encoding! This is like kindergarten. Don't bother me with facts or arguments, just tell us how it made you feel. You're asking for soft answers to questions for which there are hard answers; people aren't "avoiding" your question, they're just giving correct answers as opposed to subjective and made up answers. I proposed a test that, unlike yours, would actually prove something substantial. I had to get into "tech specs" in order to explain why. If you want to go through with this test, fine, let us know. Otherwise, I don't feel particularly inclined to invent creative but spurious answers to a question that's not really a question. Is this a legitimate discussion, or a soapbox? You choose. |
It's not that analog is dirty lo-fi, it's that analog harmonic distortion is considered pleasing to the ear. Digital purity bothers some people because everything sounds too processed[.
Combine that with a strong nostalgia for vintage sounds (and why not? especially if many of the greatest songs you've ever heard were recorded in an analog format) and you will see why some people are die hard analog enthusiasts.
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| Originally posted by DjStephenWiley I see. Could you then tell me why people always talk about that "analog" and "warm sound ? Do it in specs (I already know the answer, so you really don't have to bother) I don't understand how so many could say analog sounds so much better when digital is a much more pure process. Maybe those idiots need to quit worrying about all those distortion and VCO's numbers and start paying attention to the fact that digital sound is superior because it doesn't have to worry about deteriorating signal factors. I'm looking at all these old, worthless analog synths on eBay that produce inferior sound and can't for the life of my understand why somebody would want to buy this crap and spend so much more money! |
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| Originally posted by DjStephenWiley I'm looking at all these old, worthless analog synths on eBay that produce inferior sound and can't for the life of my understand why somebody would want to buy this crap and spend so much more money! |
| quote: |
| Originally posted by DjStephenWiley I'm looking at all these old, worthless analog synths on eBay that produce inferior sound and can't for the life of my understand why somebody would want to buy this crap and spend so much more money! |
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| Originally posted by MrJiveBoJingles It is my understanding that the system you are recording on will have less noise if you are working in a higher bit rate, so you will have less additional noise added to whatever is already being added by the cables (and the room, if you are recording through a mic). Is that incorrect? |
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| Originally posted by MrJiveBoJingles How much noise does the dithering process actually add, though? |
Here's a Jazz comparison between the two bitrates:
http://soundcloud.com/linnrecords/s...son-alyn-cosker
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| Originally posted by Pjotr G I don't know, but I can't think of any reason why this would be correct. That's why I'm interested in an explanation for this supposed phenomenon. |
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