@soix and @holmz Funny story about that. A friend lent me a pair of MIT Terminator2 speaker cables. I put them in my system, replacing some Crutchfield generic cables, and was amazed! Clarity, texture! I was so smitten I bought a pair of MIT Terminator2 interconnects just to see if what I was hearing could be further enhanced. Sure enough, better still. Enjoyed them for a couple of months, reveling in what I was hearing. Time came to give them back, which I really was sad to do. Determined i would have to get a set of my own. Replaced them with the old cable. Everything still sounded good. I could not find fault with the system.
@bruce19
- Those MITs have an actual box on the end of them with a Zobel network filter
- They measure different as well as sound different
- Speaker cables carry more current than any other part of the system, and are often long,
I would be very surprised if they were not different than, say, a lamp cord.
@holmz Ah, I see. You don’t trust your own ears. Got it.
I certainly do not trust them to make a decision on a cable after a 250 mile drive up to the shops that sell them, and know how it will sound in my room... With my speakers and electronics, and the power where I live, relative to what the power is in the shop that sells them..
You and @ghdprentice would have an interesting conversation as two scientists with polar opposite views on cables.
We are sort of trying to have some of that here.
Why not just try an aftermarket PC just to see/hear for yourself? What are you afraid of
Mostly blowing through funds, but it could be social signalling that I am not a sucker. Most of the social science types say that we do things without knowing the real reasons why we do them. So I am open to possibilities there.
— that your comfortable and convenient world of theories and measurements might implode if your ears tell you they’re hearing actual improvements? Or maybe you won’t find any improvements or maybe even decreased performance. Either way, that’s called learning — a concept I’d think a scientist would embrace
What you describe is not “learning” so much as its is “experiencing”. What would I have learned?
It is a somewhat more common theme to want to know why things work the way that they do. And also to have theories and laws to describe it’ll, so as to be able to repeat the process.
Would could probably make an analogy with wine. If the SO and I are having a certain meal, I know that the Tempranillo or Grenache will be great with it, from experience. I am not exactly 100% interested in how the ph and tannins, etc. combine, but if I was a vitaculturalist I probably would be keening interested in that.
And the same people consistently produce the drops year on year, and can explain how they do it.
Would you, or anyone else, agree that:
- That the power supply stability/stiffness is primarily what we want to be as stiff as possible?
- As the power supply capacitance gets larger and large, that the DC voltage would be more and more stable?
- In my case, running off of a battery would be the more preferable option as opposed to a putting those funds into a power cable?
@thyname
Do you remember @almarg? (RIP) He was a widely respected audiophile in our Audigon community. With a doctorate in EE, he had been awarded several utility patents over his career.
He believed that technology progresses - from anecdotal to evidentiary. His approach was to try to figure out the ’why & how’ variables might influence sound quality. It was a fun for him. Like solving a mystery - or a puzzle
He sounds like he was an interesting and likeable fellow.
I make am probably not so gracious, but I’ll try:
- If one wants to avoid spending heaps of time and $ on ICs, then they may want to consider XLR/balanced equipment.
- If they want to avoid spending time and money on speaker cables, then may want to consider running mono blocks (with short speaker cables) and using amps that drive complex loads easily
- and consider using speakers that are easy loads to drive.
- If they want to avoid power cord dramas, and power grid concerns, then they may want to look for manufacturers that claim that their systems do all the filtering and supply, and have have “overbuilt” power supplies.
I cannot imagine that a cord that is connected on an expensive outlet, into and expensive input on the amp, would be better than using the same cord attached directly to the amp in a captive sense.
And also wire nutted directly to the incoming wall power.
it is not a vacuum cleaner, where we want to move it room to room.
All those extra interfaces are places for trouble, and outlets that grip better, with no corroding materials have an advantage, as well as inlet power connections that do the same. They are just a lot more complicated and engineered than a captive cord, and they try to get back what is lost by not using a captive cord… or at least not give up any more ground.
