Quote:
Originally Posted by
Ghost
β‘οΈ
Generally speaking, high capacitance tends to sound darker, while low capacitance tends towards brighter.
You may notice that EQing above 1khz is a bit more precise which is something Iβve found can help park things on edge - translation wise that is. Learning to use detail to your advantage is critical IMO.
Also Iβd give raw Ghost 50-100 hours to settle. I know thatβs blasphemy to many around here, but cable does settle. : /
By what mechanic does cable 'settle'?
Does it settle whilst coiled in 100 metre rolls in a warehouse for 6 months before its sold? Or does it need to be sold to a customer first for this magical settling process to occur?
Or is this something that happens when magical electrons start propagating through the cable?
How does the cable know when to start settling? Why does it need 50-100 hours? Why not 10? Or 200? What is obvious physical and hence measurable process is happening over the 100 hour period?
Is it a linear process? Or does it follow a curve? Does leaving it twice as long sound twice as good? Or leaving it only for 25 hours result in a 50% improvement?
What about copper on the pcb's? Does this need to settle as well? If not why? It's made from the same materials. How is it different? What magical properties does it contain that cables don't?
Why not use the same no settling required coppers for both cables and pcb's? You must be able to explain why this is the case. I mean your using science right?
How does this work? I mean you must be able to explain it right? It must be a tangible physical process and not just woo woo and magical man in sky thinking.
Why do only audio cables need to 'settle' why don't signal cables used in military applications or space applications or satellites or any other demanding signal require 'settling'?
Why do low bandwidth easy to transmit audio signals need to special treatments to work correctly?
It's all hog wash.
Cause that would be crazy right.