Hi Kijanki,
Your comments are well founded, IMO, and I completely agree with them. I have no particular knowledge of the specific 1 MHz corner frequency, but I assume your information about that is good.
There is a "network" near both ends of the cable, as well as a physically larger one that is not located near an end. See these pictures for example. I suppose it can be presumed that the network at both ends is just a resistor, as MrSchret found to be the case at the one end.
Will any of that result in an audibly significant benefit in any given system? IMO it's speculative at best, as I had said. Even if the cable is determined to sound better in a given system than other cables that it may be compared to, that doesn't necessarily mean that the "networks" are the reason.
Best regards,
-- Al
Your comments are well founded, IMO, and I completely agree with them. I have no particular knowledge of the specific 1 MHz corner frequency, but I assume your information about that is good.
There is a "network" near both ends of the cable, as well as a physically larger one that is not located near an end. See these pictures for example. I suppose it can be presumed that the network at both ends is just a resistor, as MrSchret found to be the case at the one end.
Will any of that result in an audibly significant benefit in any given system? IMO it's speculative at best, as I had said. Even if the cable is determined to sound better in a given system than other cables that it may be compared to, that doesn't necessarily mean that the "networks" are the reason.
Best regards,
-- Al