I read a good article this morning on the pointlessness of "high res" audio, and decided to check some forums to see how people were reacting to it.
My first stop was audioasylum, which I gather is where the barely computer literate congregate to discuss the latest issue of Stereophile, leaning close to the monitor with their half glasses low on the nose, hunting and pecking for each letter and getting annoyed when they forget which button means "mail out my message". The reactions were fairly reasonable, with a couple exceptions:
Either a master troll or the exact type of person that makes fans of high quality audio look like jagoffs.
This has little to do with looking at images. Who looks at patches of blue and green?
I heard, math, lies on his, taxes and cheats - on his wife too.
Next I moved on to AVSForum, which is inhabited by generally more reasonable people with science and engineering backgrounds, where instead of finding a thread discussing this article, I found one discussing a different article in the audiophile magazine The Absolute Sound. I believe this article is part of the impetus for the article on the pointlessness of high res audio.
The basic gist of the article (not "available" online), part 3 of a series on computer audio, subtitled "Is FLAC a fraud?", was an analysis of FLAC creation, storage and reproduction that intends to end the debate once and for all; are lossless files lossless?
I couldn't bear to read the whole thing, but here are some choice excerpts/conclusions from the article:
Every single bullet point is amazingly stupid, but my god, they are judging the audio quality output of DIFFERENT RIPPING SPEEDS AND BLANK CD BRANDS. Also it is very odd that the more expensive something is, the better it sounds! Weird!
...
Who would have guessed that the idiots who are wrong about everything, all of the time, would get it wrong again? *raises hand*
You didn't think they would make a claim like that without PROVING it, did you? Even though repeated wav->flac->wav cycles produce BIT IDENTICAL files, these three gods of hearing were able to detect degradation in the sound.
Now that we know FLACs, the audio equivalent of zipping a file, destroy the audio quality, how do we get it back? In what world does this make sense? If FLAC somehow managed to lose information, what, aside from actual magic, could bring it back?
Astonishing. Hey nerds, why does one "1" sound different than another? Figure it out and get back to us, thanks. This discovery is going to shake the foundations of computer science. The simplest possible concept, 1/0, True/False, Existence/Non-existence, apparently AIN'T SO SIMPLE.
How do these shit brains function in the world? Are they so used to ignoring the cognitive dissonance required to be audiophiles that it doesn't even register as odd to say "Even though these things are EXACTLY THE SAME, they are different"? Fuck off
My first stop was audioasylum, which I gather is where the barely computer literate congregate to discuss the latest issue of Stereophile, leaning close to the monitor with their half glasses low on the nose, hunting and pecking for each letter and getting annoyed when they forget which button means "mail out my message". The reactions were fairly reasonable, with a couple exceptions:
Great article and a great read, thanks. But in the end almost all people prefer 24 bit music.
Either a master troll or the exact type of person that makes fans of high quality audio look like jagoffs.
This has little to do with listening to music and were derived playing sine waves.
Who listens to 50Hz to 20k sine waves? They annoy more than sounding loud.
This has little to do with looking at images. Who looks at patches of blue and green?
So while this guy is throwing out a lot of good theory, it appears, I think he, like lots of people who trust math more than their ears - might be missing something in their explanation.
I heard, math, lies on his, taxes and cheats - on his wife too.
Next I moved on to AVSForum, which is inhabited by generally more reasonable people with science and engineering backgrounds, where instead of finding a thread discussing this article, I found one discussing a different article in the audiophile magazine The Absolute Sound. I believe this article is part of the impetus for the article on the pointlessness of high res audio.
The basic gist of the article (not "available" online), part 3 of a series on computer audio, subtitled "Is FLAC a fraud?", was an analysis of FLAC creation, storage and reproduction that intends to end the debate once and for all; are lossless files lossless?
I couldn't bear to read the whole thing, but here are some choice excerpts/conclusions from the article:
someone summarizing the info tables said:- Upsampling 176/24 --> 176/32 sounds better! (not sure what 32-bit DAC
they're using)
- Odd upsampling from 44/16 & 176/24 --> 192/24 sounds better! (hmm,
maybe their DAC can't handle the family of 44kHz rates properly!)
- Huge variation in sound from playback software - Audition 3.0.7283.0
($200) scores a paltry 85 while iZotope RX Advanced ($1000) with fancy
192/32 upsampling leads to a subjective improvement to 145 - almost 2x
as good!
- If you're gonna downconvert from 176/24 --> 44/16 - you need iZotope
again cuz it scores 150, lowly Audition can't convert worth a darn
resulting in 85.
- CD Ripping software makes a difference! Nero scores 60 while
dbPowerAmp 140! Forget the fact they're bit-identical with EAC at 110!
- Ripping read SPEED matters! Again they're bit identical! 1x with JRMC
= 135, 16x = 115
- Burning software matters! JRMC CD-R scores 130 vs. Nero sucking it at
70!
- CD-R brands matter (don't know what transport they used) - Mitsui
MAM-A Gold 130, TDK Sivers 85.
- Burn speed matters - 4x JRMC scores 120, don't even think about
burning at 16x - 75! Incidentally, the original WAV file only scores
100 played back on PS Audio PWT-PWD.
Every single bullet point is amazingly stupid, but my god, they are judging the audio quality output of DIFFERENT RIPPING SPEEDS AND BLANK CD BRANDS. Also it is very odd that the more expensive something is, the better it sounds! Weird!
The results of this test were interesting
in that there was degradation in every case
when ripping CDs to FLAC. With the
best-performing program, JRMC, there
was a 2530 point degradation between
the FLAC and WAV files ripped from the
CD or WAV file copied from the HRx
disc. These results confirm the reports
of others, but now we can quantify just
how large these losses actually are. For
example, the FLAC conversion from
the HRx WAV file using Media Monkey
sounded substantially worse than the best
WAV file ripped from the CD using dBPA!
Who would have guessed this outcome
prior to doing these comparisons?
...
Who would have guessed that the idiots who are wrong about everything, all of the time, would get it wrong again? *raises hand*
We first asked the
question whether the sonic degradation
associated with repeated FLAC-to-WAVto-
FLAC conversions were cumulative.
To this end we performed 5 or 10
consecutive FLAC-to-WAV conversions
using dBPA on each computer in System
1 and System 2, respectively. Given the
potential for controversy, depending on
our results, we repeated our listening
tests in three independent sessions with
3 listeners in each. We consistently found
that there was a cumulative stepwise
decrease in overall sound quality (audible
as a decrease in image height, stage depth,
clarity, and rhythm and pace). We also
found that the overall effect was larger
for files made on the computer of System
1 (32-bit Windows Vista, 4 gigs RAM,
2.66GHz CPU) compared to System 2s
computer (64-bit Windows 7, 8 gigs RAM,
3.0GHz CPU). These results indicate that
there can be at least two sources whereby
FLAC conversion degrades sound quality.
You didn't think they would make a claim like that without PROVING it, did you? Even though repeated wav->flac->wav cycles produce BIT IDENTICAL files, these three gods of hearing were able to detect degradation in the sound.
Our final test in this series was to
determine whether any programs could
improve the sound of a FLAC file when
converted back to a WAV file. We employed
two matched sources: a 44/16 CD-to-
FLAC rip we made ourselves from the
manufacturers CD; and a 192/24 FLAC
file copied to HD from the manufacturers
DVD-ROM disc (Table 11).
Our results from this test were
disappointing and not expected. We
were hoping that the FLAC-to-WAV
conversion process would recover some
of the sound degradation we have
experienced with FLAC files. Only one
program, Foobar 2000, did not degrade
the sound and managed to recover
approximately 15 points (or half of the
loss) of the sound quality difference
between FLAC and WAV and then only
for the CD.
Now that we know FLACs, the audio equivalent of zipping a file, destroy the audio quality, how do we get it back? In what world does this make sense? If FLAC somehow managed to lose information, what, aside from actual magic, could bring it back?
Although JRMC reported
an accurate rip for all the speeds, and are bit-for-bit identical at
all read speeds, we are still able to detect sonic differences in the
resulting file. We know these results drive engineers crazy. We would
love it if someone could come up with a definitive explanation that
could provide input to software developers.
Astonishing. Hey nerds, why does one "1" sound different than another? Figure it out and get back to us, thanks. This discovery is going to shake the foundations of computer science. The simplest possible concept, 1/0, True/False, Existence/Non-existence, apparently AIN'T SO SIMPLE.
How do these shit brains function in the world? Are they so used to ignoring the cognitive dissonance required to be audiophiles that it doesn't even register as odd to say "Even though these things are EXACTLY THE SAME, they are different"? Fuck off