Noooooo not car analogies
Noooooo not car analogies
No. Fortunately there is a lot more we have here than that including 20 years of expertise in psychoacoustics and controlled testing.With all due respect, having the equipment to measure something doesn’t make one an expert.
We can't measure imagination or fantasies. Do a blind test where you don't know which is which and reliably find the warmer gear and then we can show you measurements to back that. Otherwise, what is in your head is not measurable relative to what arrives in your ears. Don't confuse these two.Two units that have similar measurements, can sound quite different. How does one measures for tone for example. For warm vs natural vs ...
Not at all. A car driver is not the same as an engine designer. Researching into audibility of impairments does not require one bit of electronic knowledge. Therefore we know for a fact that the electronic design shares little with audibility concerns.Lastly, how would one design a system without knowing the requirement?!? Since you stated he is a [audio] system designer, I would presume he is an expert in his field. No?
Yes I read it, carefully. Did you read it, carefully?Have you actually read Jason's post?!? Or you just like to bash people?
1. Frequency response.Amir, excuse my ignorance, but how do you measure tone?
Measured? Have you not read my reviews? Many include listening tests and explanation of science and engineering. Measurements are one leg of audibility stool. You need to grasp all of that in order to make informed decisions.Are you saying that all the characteristics of the sound can be measured via your reports?
Adding on, if knowledge of electronic design made you an expert in audibility of distortions, etc., then there is no hope for audiophiles who have zero such experience!
A chef in this context would be the person creating music. Jason is not that. He is making you a plate to put your food (music) on. If he delivers a very dirty dish, then it might impact the taste of the food. His job should be to create the cleanest plate he can because that is what his competitors are doing.We are going a bit of sophisms here. I don’t need to know how to cook to appreciate a great dish. On the other hand the chef better know what good food tastes like. audiofiles are the patrons, Jason is the cook.
Amir, excuse my ignorance, but how do you measure tone? Are you saying that all the characteristics of the sound can be measured via your reports?
If all it would take to design the greatest sounding in the world are a bunch of standard measurements, I’d thinks that the industry would just standardize on that one design and stop producing anything else.
The beauty of sophisms is that you can always reply with your own.
Again, if all a system designer would have to do is to meet your measurements, why would anyone design anything else??? So for example, what could anyone else do to beat Benchmark? Price and exterior design? Should someone inform all the other manufacturers?
I repeat my point: those measurements do not measure everything that makes the sound. You are not doing full fluid analysis and all the permutations possible. You are also not a speaker, amp, etc designer. some companies like KEF for example employ real PHDs, with peer reviewed scientific papers. Those are real experts. I agree we should trust them.
How do you measure? Are you asking for schematics of hardware and software devices involved, or are you asking for the mathematical theories? Or are you asking for how something like an Ap555 is used? Or are you asking how a tone difference is quantified?
The impedance response of a loudspeaker as a function of frequency is a measurement that is routinely undertaken by many. It's not all that difficult a measurement, and it provides good numerical data as to how difficult that loudspeaker will be to drive for an amplifier. From that data it is possible to routinely identify impedance minima and phase response swings that could cause the amplifier problems. From that same impedance measurement, it is possible to obtain the frequency response deviation that will be present in amplifiers that have low damping factor values. All of that data makes a huge difference to understanding how a real amplifier interacts with real loudspeakers in the real world. Ignoring the readily available/obtainable data is not a useful course of action.For example, most speakers are harder to drive at some frequencies. That’s not something easy to measure, but it would make a huge difference in the real world.
No, my point was that those measurements are only a subset of what define an amp. For example, most speakers are harder to drive at some frequencies. That’s not something easy to measure, but it would make a huge difference in the real world.
I am not against measurements, I think Amir is doing a very good job. My only point is that unless one would employ an army of testers, all this measurement are just a set of sub measurements.
Nothing on Jason's resume shows competence or experience in this area.