Long interconnects are the usual practice. The downside of that is radio frequency interference, or RF; so if you live in a rich RF environment, your cables may pick up interference from the strongest signals. The best ways to combat that are:
1. First class interconnects, based on Canare Starquad microphone cable, which has both superb shielding and RF-suppressing topology; or
2. First class speaker cable, that is, two parallel ribbons of conductor, separated by insulation, and bonded together to form a thicker ribbon. This reduces inductance at the expense of capacitance. A good brand is Goertz, which is not cheap, except by audiophile standards.
As a rule of thumb, capacitance matters for interconnect, not for speaker cable - inductance matters for speaker cable, not interconnect. That’s the physics of it, not the marketing or the brand loyalty. Good luck!
1. First class interconnects, based on Canare Starquad microphone cable, which has both superb shielding and RF-suppressing topology; or
2. First class speaker cable, that is, two parallel ribbons of conductor, separated by insulation, and bonded together to form a thicker ribbon. This reduces inductance at the expense of capacitance. A good brand is Goertz, which is not cheap, except by audiophile standards.
As a rule of thumb, capacitance matters for interconnect, not for speaker cable - inductance matters for speaker cable, not interconnect. That’s the physics of it, not the marketing or the brand loyalty. Good luck!