Are cables really worth their high price because of their geometry?


They’re some pricey cables that have claim to fame because of the high tech geometry used in their cables.
Many of these cables have patents on specific geometry patterns used in their cables and use this as a reason their cables sound so good. For that reason, many say the reason their cables cost so much is they’re so complex . The man hours to make a pr results in their high price. That maybe true for some cables, but I’ve seen very pricey cables using the same geometry reason that look like a thin piece of wire rapped in outer jacket no thicker than a pencil. So,Is all this geometry just another way to justify their cost or is it true science that we are paying in the end?
hiendmmoe

Showing 2 responses by scar972

The geometry of a cable is a big determining factor in how a cable will sound, but a complex geometry doesn't mean it's better sounding than a simple geometry. Oftentimes, these complex geometries measure worse than the simple ones.
Like most things in audio, it's about system synergy and listener's preference. No two systems/rooms are alike, so there's NO perfect component nor cable in audio regardless of how exotic the geometry or materials are! Add salt to a bland dish then it's right, add it to a salty dish then it's wrong, that's why we hear praise and insult for the same component all the time. Somehow we keep spending more and more thinking the higher price cable will be better.
As for the high price of cables in general, a lot of the cost is the labor, especially for the hand-built and custom made ones. Boutique connectors are also very expensive, much more than the conductors, dielectric, fillers, and dress up materials. Then there is the cost of R&D which varies greatly amongst companies. And then there is rent, employees, marketing, etc. that most businesses endure. All of these costs add up pretty quickly. 
@hiendmmoe
I’ve always wondered why geometry in speaker cables is so important if they sound better un-shielded. Isn’t the geometry suppose to suppress interference from RFI? Wouldn’t shielding do the same thing?
The basic geometry in cables and the basic twist (double helix) is not broken and really doesn’t need to be messed with, it is used everywhere in professional environments. The many complex geometries and materials introduced by high-end cable manufacturers are used to alter the sound and to set that company apart from everyone else in the cable game. It also helps marketing a lot when you have something different to sell, everyone can’t be selling the same basic twisted pair design. If I remember correctly, adding shielding (outer copper braid) to the length of a speaker cable increases capacitance significantly which is why it's not done.