If Warmth Is a Distortion, Why Do So Many Audiophiles Still Defend It?


Hi everyone, this is my first post here. If it stirs some emotions — that’s not a bad thing. It means we’re all still passionate about this hobby.

As AI becomes capable of recreating any sound signature — warm, tube-like, analogue, ultra-wide, hyper-detailed, and everything in between — I’m starting to think the real future of audio lies in neutral, transparent, dynamic, and accurate hardware, while many of the “flavours” we chase may soon become software choices.

Over time, a few things have stood out to me:

• Warmth is pleasant, but it’s still coloration.
Beautiful, yes — but not accuracy, not transparency, and not always the artist’s intention.

• Warm gear enhances some tracks but softens accuracy in others.
Especially vocals, piano, violin, guitar, and other acoustic instruments. Some people hear this, some don’t, and some just prefer it that way.

• Modern Class D deserves more respect than it gets.
Many older audiophiles dismiss it based on outdated assumptions. But the latest designs are already extremely neutral, fast, and precise. I’m not sure how much longer Class A/AB will remain relevant beyond nostalgia and brand loyalty.

• Price reflects real quality only up to a point.
Beyond that, it becomes about branding, house sound, and personal bias. Preference is fine — but preference isn’t the same as absolute fidelity.


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⭐ Why I May Not Respond Immediately

This post is meant as a sharing of thoughts, not a debate I plan to defend point by point.
If I don’t reply right away, it’s because I’m taking time to read, think, and learn from others’ perspectives here.

Posting in good faith — looking forward to all views, supportive or critical.

hkcharlie

deep_333,

The world of correlating measurements with characteristics of sound is indeed murky.  But it is quite clear that dynamic drivers in a box yield an overlay of warm, veiled (whatever you want to call it) sound, compared to boxless lower mass electrostatic or ribbon drivers.  I haven't heard open baffle dynamic speakers, but I accept the claims of advocates that open battle yields lower coloration than boxed dynamic speakers.  Dynamic tweeters can be good, due to their lower mass and limited excursion, all adding up to controlled, low mass with lower distortion than lower frequency drivers.  

I am not a plant for Martin Logan stats.  Curved panels have more time smear than flat panels.  And large panels have more time smear than smaller panels.  Indeed, I have heard small box speakers like Rogers LS 3/5a that have better accuracy than large panels, such as the awful 4 foot square Dayton Wright electrostatic.  The best illustration of my verbiage is the YT video comparing one of the best dynamics, the TAD CR1 against the current favorite stat, Popori.  The Popori is a flawed large panel, but the essential point is the midrange which is clearly less colored than the TAD.

Dear @deep_333   : I think that @viber6  is rigth but from other perspective you too because:

 

and if i was the mastering engineering on that album, i might have just warmed it up because I LIKED IT like that!!  "

 

R.

Warmth = Organic sound = Clean pure sound = natural sound.

Warm sound isn’t smooth sound.

I asked AI and AI says "The opposite of a smooth sound is harsh or rough. In a general sense, this means the sound is unpleasant, uneven, and has sharp or irritating frequencies." 

I think AI’s wrong that in audio (sound) sense, the opposite of smooth sound is sharp sound. Not harsh/rough. "Unpleasant and uneven sounds are irritating. But sharp sound is not irritating sound.

The dirty sounds hurts human ears. Not the sharp sound. The smooth sound still hurt our ears if it’s dirty. Warm sound isn’t smooth sound. The dirty sound systems don’t sound warm well because dirty (harsh, hard) sound masks the organic warm music behind it. Alex.Wavetouch audio

but, you can’t prove its warm from those measurements you took with the Audio Precision.

@viber6 Actually I think you can. You need to look at the distortion spectrum made by the amp. For the amp to sound warm the 2nd and 3rd harmonics will be dominant (does not matter which) so much so that higher harmonics are masked. That last bit requires a bit of experience or at least comparison to other circuits where this is a known thing.