Try this and see if you can tell the difference between lossless files and compressed. I got two out of the three correct yet I missed one even with my "young" ears. I'm using Sennheiser HD 650 phones on a modified MF headphone amp. The purpose of this fun little game is that Spotify is doing some testing with loss-less music. It's just something you can have fun with, would be interested in what this forum scored!
For me the real difference was the type of the file and the quality of the file rather than just lossless.... An excellent recording of a CD ripped in WAV sounds better than when ripped in FLAC.... however, when the recording is excellent and hi res and ripped in both, the differences are less pronounced for me. As far as MP3, I could always hear the difference... I don't have any apple gear to use those formats... I hope this helps, Tim
The reason that you can hear the difference in the quality of the MP3 files is not due to the nature of the compression scheme but because there are 2 basic types of software based algorithms. The worst is the floating point algorithm while the MADD integer based algorithm used by WinAmp sounds completely different and so much better. The reason is that using floating point for an integer based scheme results in significant errors in calculations. I highly recommend WinAmp for MP3 files. Any of your other favorite software for other lossy files like ACC+ or others.
I‘ve found in my opinion some software likes some file types more than others. Possibly it’s the codec bein used for what ever file type, or as said, the ‘algorythym’.
The one soft player I’ve found that does not seem to discriminate as much is Fubar 2000, latest ver. Now it plays DSD formats.
IMHO JRiver likes FLAC over WAV and AIFF.
IMHO Itunes doesn’t like much of anything beyond its proprietary files and their replay appear dull, WAV, Mp3, wma files get converted but won’t play.
Freakin’ Apple is never gonna learn how to play well with others and live in their hole forever. It is why many are leaving them for more mainstream solutions in HT and Home Audio. Not me of course, I’m gonna get a new Mac pretty soon.
It’s a real shame.
Hopefully SPODOFY will be paying attention to exactly how they conduct the examination.
I can’t always tell which files are lossless and which are not when I’ve made a playlist with all sorts in it and its running as back ground music. Certainly I can detect at anytime if a file was ripped from a great recording or not, regardless the file format. Memory then tells me which files are lossless most often as I ripped or bought them all..
The files I’ve ripped to FLAC with DB Power amp wherein I can manage the size of the resultant file, come out exceptionally well done.
Here’s an issue no one mentions…. If the playback outfit isn’t transparent enough or sufficiently revealing AND one is not too familiar with the recording itself, it could just wind up a toss up as to the outcome.
Apart from a good number of folks here, most streaming services are getting playback on people’s phone and pads. What with file sizes and connectivity its concerning the survey is not going to get the appropriate leveled playing field it deserves.
I can still hear pretty good. But on my iphone? Not so good. Same for the ipad and desktop speakers.
Wouldn’t it be interesting to know how many taking that test do it from their phone or from their main system… and just what is in that system might be still more interesting?
Spodofy appears to be trying at least. Partially. Lets hope too they are not purposefully skewing the results to avoid .making the investment to keep on pace with or surpass Tidal.
I tried ripping a cd using foobar2000 to FLAC and to Vorbis (medium compression). I could hear the difference easily in the HF detail. In fact, Vorbis medium and Vorbis low compression (high quality) were differentiable also. Vorbis high quality was hard to tell from FLAC, but the file size was getting pretty big too.
Not to say it's critical. My favorite stream comes through on MP3 192, and it sounds very good, though the fact that it's always a modern quality recording (within a year or so I think) probably helps too.
The lower the bitrate the easier it is to tell the difference, that is no surprise. The question is if there is any point on the spectrum where lossy files cannot be distinguished from losslessly compressed files like FLAC. The BBC have done some research, and their conclusion is that at 320kbs few people if any can tell the difference. Of course, to test this, the method has to be double blind, and involve a sufficient number of repeats and participants to be statistically significant. However, all the serious reserach (rather than anecdotal) seems to confirm this. On the other hand, this will become increasingly irrelevant when bandwidth is getting cheaper and cheaper. The BBC itself is currently streaming experimental broadcasts of losslessly compressed 16/44 FLAC files.
My first post here, but I found it interesting that none of the responders so far actually took the test! I took the test and missed the first one. . . twice! I finally got it right when there were no other choices. However, after looking at the accompanying moving graphic for each of the samples, I got the next two correct without listening to the samples. I just looked for the "fuller" display. I don't really think the test is all that valid. I certainly would never listen to that type of music, and it was torture to listen to the first example all the way through, at least twice for all three trial samples. I did finally try to listen to the other two examples, but stopped before getting half way on the first trial sample of each. I can certainly hear the difference between lower bit rate mp3 and lossless, the lower the rate, the easier it becomes.
I think most people can't really hear the difference between 320 mp3 and
lossless, but that doesn't mean I don't want my classical and jazz
streamed in lossless.
FLAC is much closer to lossless quality, but it is not totally lossless. To be honest, I'm used to convert Spotify music with lossless quality from using the tool-Spotify Music Converter for Mac. It is designed for all Spotify free users to convert music to MP3, AAC,etc with lossless quality. After that, you can download Spotify playlist to MP3, play Spotify music on any devices without limitation. It is the best Spotify downloader mac. Hope this tip is useful to you.
FLAC is much closer to lossless quality, but it is not totally lossless.
FLAC is bit-perfect, no? That would make it lossless.
I'm used to convert Spotify music with lossless quality from using the tool-Spotify Music Converter for Mac. It is designed for all Spotify free users to convert music to MP3, AAC,etc with lossless quality.
Thank you so much for this beautiful information which is given by you! I used Spotify since 2017 and I really enjoy very well Spotify music. https://spotifydownloader.org/ here I found one website on google which is very helpful to download Spotify downloader app. it allows you to download unlimited thousands of kinds of music, playlist, albums which you want actually. so download now and enjoy your day.
You can use MusConv to transfer songs between apple music and spotify. I've been using it and i think it has been the easier way to transfer playlist from one to another.
An excellent recording of a CD ripped in WAV sounds better than when ripped in FLAC....
FLAC is much closer to lossless quality, but it is not totally lossless.
I'm used to convert Spotify music with lossless quality from using the tool-Spotify Music Converter for Mac. It is designed for all Spotify free users to convert music to MP3, AAC,etc with lossless quality.
If you want to convert Spotfiy tracks to lossless format like FLAC, WAV, you can try AudFree Spotify Music Converter.
I'm not trying to start a debate, but nor do I want digital audio newbies misled but these statements.
FLAC is by definition totally lossless and can be used to 100% reconstruct the .wav file it started as. In THEORY decoding a FLAC to PCM for playback can add extra load on a device which is in THEORY audible however there are multiple ways to defeat this THEORETICAL issue, including Roon (decoded on a core then streamed in PCM to endpoint) and full memory playback.
There is absolutely no way to take a lossy format like MP3 and reconstruct the original .wav in lossless quality. If that were the case, "lossy" would not apply. Not saying MP3s sound bad. But they cannot be used to reconstruct the original PCM file anymore than a 1MB photo of a painting can be used to reconstruct the original painting.
Just trying to keep the LP straight, as it were. (See what I did there?)
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