Why Do Cables Matter?


To me, all you need is low L, C, and R. I run Mogami W3104 bi-wire from my McIntosh MAC7200 to my Martin Logan Theos. We all know that a chain is only as strong as its' weakest link - so I am honestly confused by all this cable discussion. 

What kind of wiring goes from the transistor or tube to the amplifier speaker binding post inside the amplifier? It is usually plain old 16 ga or 14 ga copper. Then we are supposed to install 5 - 10' or so of wallet-emptying, pipe-sized pure CU or AG with "special configurations" to the speaker terminals?

What kind of wiring is inside the speaker from the terminals to the crossover, and from the crossover to the drivers? Usually plain old 16 ga or 14 ga copper.

So you have "weak links" inside the amplifier, and inside the speaker, so why bother with mega expensive cabling between the two? It doesn't make logical sense to me. It makes more sense to match the quality of your speaker wires with the existing wires in the signal path [inside the amplifier and inside the speaker].

 

 

kinarow1

Showing 2 responses by madcow

Imagine a military parade, the whole column marching in sync. Imagine the same column marching into obstacles, what happens? Imagine each man is an electron in the cable. See it?

It’s all about waves. Sound waves are locked into electromagnetic waves in recording studios. At home, that same electromagnetic waves are converted back into sound waves by our electronics and speakers. The objective of our home system is to replicate that recorded electromagnetic waves. But since we’re not in a perfect world, there is no way that electromagnetic waves can exactly be reproduced. We’re dealing with degree of degradation to the original waves by the home equipment. The better the equipment, the closer we get to the original waves. So, everything in the chain matters. Electromagnetic waves are created by electrons. Cable manufacturers strive to get the electrons vibrating to perfection in order to re-create that recorded electromagnetic waves. But there is no such thing as a perfectly pure material or a perfectly shielded cable so the exact reproduction is not going to happen. We have cable makers going for OCC, high purity materials, cryro and sophisticated construction in their attempt to get as close as possible to reproducing the original signals. The closer they get the more expensive the cables becomes. At the end of the day, it’s all about you get what you pay for.