Redcarmoose
Headphoneus Supremus
At a guess, a lot more than 1/2.
Who here has made any assertions about “joy”? Strawman!
Modern science can and does prove a difference, if there is one. If someone makes a performance improvement claim but cannot prove it and science demonstrates there isn’t a performance improvement, then yes that is fraud.
Science has been able to measure pace before IEMs even existed and it’s been a free, built-in feature of DAWs for years.
Of course there’s “no way to measure Stage in an IEM” because there is no Stage in an IEM. Do you also think it’s also a flaw of science that we can’t measure the 0-100kph acceleration time of an IEM, how happy the IEM is or how many pixies it contains? Timbre is mainly a function of the balance of harmonics and again, we can measure measure that and have been able to for decades.
I can hear/perceive all those things too and all sorts of other differences with cables, for example the difference between Mozart and Motorheard. That obviously doesn’t mean the cables are the cause of those things/differences!
Who is saying that differences don’t exist? The very best that we can come up with is highly accurate measurements of those differences but obviously, only when those things actually exist. IE. We can’t measure how many pixies a cable has, because pixies don’t exist!
We are standing our ground, you a making up a completely false “ground” and arguing that (strawman)! And again, we can measure if those changes exist, if they do in fact exist!
No it can’t! Stop making nonsense claims unless you have reliable evidence/proof!
Duh, we’ve avoided ever mentioning that truth because it has never been true, we’ve mentioned it numerous times as being a lie though. We absolutely can measure tone, decay, we can’t measure “styles of timbre” because that’s just BS you’ve made-up and we can’t measure soundstage because that doesn’t exist, it’s just a perception.
Jitter does have zero correlation to sound quality. Why is jitter on the DAC clock meaningful?
So again, why is that meaningful? How can your perception be caused by the phase noise out of a DAC clock, are you listening to the DAC clock or to the DAC analogue output?
We do understand that but so what, we never listen to the “clock itself” we listen to the analogue outputs of the DAC, that’s the whole point of a DAC, the clue is in the name!
G
I am explaining that an IEM frequency graph leaves much out, and there is no way to measure cable abilities. Thus there is no proof they do anything and no proof the don't do anything.
Hence your list and the entire idea about IEM cables not doing anything to affect sound, still can't be adequately measured, hence if it exists or not....................can not be proven. This was a 30 second Google search on the internet to simply show what graphs leave out. We are not talking about Digital Work Stations, somehow you are fully avoiding the question at hand. We are talking about IEM cables..........remember?

https://hifigo.com/blogs/guide/freq...dTc0Go0Ax3ihJD0mkq8eWJ3Gtz4Bi1p5T7DQy0v9F_VEd
>Timbre and Naturalness: The graph cannot convey the timbre or naturalness of the sound, which is influenced by factors such as the quality of the drivers, materials used, and tuning choices made by the manufacturer.
>Transient Response: The graph doesn't reveal how quickly the IEM can respond to rapid changes in sound, which can impact the overall dynamics and realism of the audio.
>Soundstage and Imaging: While a balanced frequency response can suggest a wide soundstage, the graph doesn't provide information about the IEM's imaging capabilities or the placement of instruments within the soundstage. The graph also doesn’t say anything about the soundstage depth or spatial cues.
>Transparency and Resolution: The ability of an IEM to reveal subtle details and textures in music, known as transparency and resolution, cannot be assessed solely from the frequency response graph.
>Sound Quality: The graph provides a general overview of the frequency response, but it doesn't capture the subjective aspects of sound quality such as clarity, detail retrieval, and overall dynamics.
This is all so very simple to explain here.
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