Most of them don’t exceed 20dB. Newer CD pressings and stream versions are usually (not always) more compressed than older CDs and LPs.
Ok, you are progressing ... Just "most" and 6 extra dB's!
Most of them don’t exceed 20dB. Newer CD pressings and stream versions are usually (not always) more compressed than older CDs and LPs.
Certainly not, no progress, standing still. Please check them again.Ok, you are progressing ... Just "most" and 6 extra dB's!![]()
Unfortunately, most -if not all- are stuck around 13-14 dB of dynamic range. Among music CDs, I’ve seen only a couple exceeding 20 dB.
Most of them don’t exceed 20dB.
You actually replied to @SoundMann ’s post -sorry, I jumped in.
Please show me recordings with a 60-70 dB dynamic range. Unfortunately, most -if not all- are stuck around 13-14 dB of dynamic range. Among music CDs, I’ve seen only a couple exceeding 20 dB. It’s even worse with streaming services and newer releases.
If your goal is measurement or signal processing, you can work with 96 dB (16-bit CD), but when it comes to commercial music releases, it’s a different story.
Then share a couple of them. Actually first share the commercial releases with 60-70 dB dynamic range as you mentioned before. You can check it with Izotope RX or with other software you choose. Here is a very dynamic example. Integrated loudness is 17.3dBDepends on the type of recording. Large-scale orchestral music on CD regularly has a dynamic range of 35-40 dB, or sometimes more than that. But then, classical music labels are not in the business of "loudness wars".
Actually first share the commercial releases with 60-70 dB dynamic range as you mentioned before.
My bad, It wasn't you, please accept my apology.Did I mention any? I don't think so.
Then, you don’t have a good enough vinyl playback setup to compete.
The correct word is "most" not "a few". If you do a search about loudness, you'll find that streams and newer CD releases are more dynamically compressed to old CDs and LPs. IME vinyl releases usually (not always) offer better dynamic range. I don't know if you ever compared vinyl against CDs in terms of loudness but I did compared a lot.Surely a few LPs directed to audiophile markets have higher DR than the streamed or CD versions
Exactly. We’re not comparing the capabilities of different formats. This all stemmed from the claim that digital or CD offers 60–70 dB of dynamic range (I don’t know why 60–70 dB was chosen—why not 96 dB?). I pointed out that the dynamic capability of digital doesn’t matter much when commercial music releases are limited to 13–14 dB. Yes, it’s a mastering choice, as you said, but that’s the reality. So, there’s no need to bring up dynamic range every time vinyl and digital are compared, because commercial music releases don’t fully take advantage of the dynamic range offered by vinyl, let alone digital.it s not due to media, but just to specific mastering adapted to different publics.
Hi - with all due respect, you do know that your assertion is technically incorrect, don't you? As a medium, vinyl can offer about 12 (maybe 14dB) resolution; digital reaches 24 or 32; dynamic range can reach around 60-70dB but few cartridges can actually extract tha (reportedly Allaerts reaches ¬100dB), while digital easily exceeds 100dB)***...
When it comes to actual reproduction, we can argue that the sonic result with a well set-up vinyl rig is superior to its digital counterpart.
***for that matter, how many perceptible dBs resolution do speakers placed in a room have? Dynamic range?
Sorry, but peak measurements do define the maximum possible dynamic range of a medium. As you imply, whether or not this range is used in a recording, or perceptibly reproduced by a system, is another matter.What people fail to realize is that this so-called range is measured at its peak. it does nothing to measure its lowest to loudest values (range of scale).
Sorry, but peak measurements do define the maximum possible dynamic range of a medium. As you imply, whether or not this range is used in a recording, or perceptibly reproduced by a system, is another matter.
I don't think preference for vinyl stems from the technical specs inherent to the medium (remember, the noise floor in vinyl reproduciton is high, thereby limiting its dynamic range).
Rather, I guess that your -- an many others' -- preference probably stems (mine does) from the simpler, direct, nature of vinyl reproduction. It goes like this: actual physical event to analogue signal, to analogue (physical medium), to analogue signal (pick-up), to analogue (phono equaliser), to analogue (amplification), to electrical-to-physical conversion (speakers).
In digital things are a bit more complex: you go from actual physical event to analogue (signal), to digital (ADC); then digital to digital (reading, processing the digital signal /file in player, streamer), then reconvert digital to analogue (DAC) then go through the rigmarole of amplifying, etc. In order to do that (well), you need to ensure bit-perfect, timely, noiseless, phase correct, etc, reading & conversions.
I think the problem in digital is in the implementation -- not the specs. It's getting better though!
I can’t help but think this conversation is overly complicated. As confirmed by Bruce, engineers provide two different masters. The digital for digital playback master is more compressed than the digital for analog playback.
Sorry, but peak measurements do define the maximum possible dynamic range of a medium.
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