Speaker cable lengths doe it matter they are not equal???


Hello to all ...
This is my first time on this site so please pardon my "rookieness" at this. I am setting up a new system after being out of audio for years. My current setup demands that one speaker is relatively close to the components and the other not so much. In other words they will not be equidistant forcing me to have one speaker cable longer than the order a rough estimate is that one will be 8 feet and the other 16-20 feet.
The question is what is best:
1. Leave them different lengths
or
2. Make them the same length and hide the excess as best as possible on the closer speaker (would end up being coiled)

i understand that presumably the impedance would differ because of the length difference but would that be noticeable?? As I said I am no expert that’s why I came here to hear feedback from the experts out in audiogon land!
Thanks for your replies lets see what you all think........
qbndds
Impedance difference in 8' is negligible.
Depending on your amp, though, a coiled (inductive / capacitive ) load might be fairly audible. - if you coil up the excess.
Kind of surprised that different lengths do not make a difference. I have always believed (supported by dealers) that equal lengths was key for optimum sound. Resale would be a consideration and also you are running very nice high end gear probably with good cable I believe equal lengths is important. Use to run 2 twenty foot lengths bi-wired to accommodate room set up similar to yours.
When I upgraded my Transparent cables recently. I was told to keep the lengths the same.
But, later thinking, I was confused. If the network boxes are supposed to overcome wire resistance/discrepancies, then why could they not make them so that the shorter and longer lengths have equal properties?
Almarg, if you are listening, what are your thoughts on this?
Hi Bob,

As far as I am aware Transparent and the other makers of cables that incorporate network boxes haven’t ever published schematics or other detailed information defining the circuits that are in those boxes. Without that kind of information, and conceivably even with it, I can’t provide a meaningful answer to your question.

But in any event no such box will convert the wire that is being used into a transmission medium that is theoretically ideal (i.e., zero resistance, inductance, capacitance, dielectric absorption, etc., at all frequencies that could conceivably be relevant), and so the same kinds of considerations that have been stated above for boxless cables would seem to apply, albeit perhaps to a different degree. As well as the same dependence on opinion, since as I said earlier it can be presumed that "no comprehensive body of experimental data exists on this question, encompassing a broad range of systems, rooms, listeners, and combinations of cable lengths."

Also, although it doesn’t necessarily directly relate to your question, I’ll add FWIW that I would imagine that in at least some of those cases the values of the parts in the boxes (ohms, pf, etc.) might be chosen differently for different lengths of the particular type of cable.

Best regards,
-- Al