Whoaru99: This type of cable suffers from the same type of signal degradation that most other speaker cables suffer from. That is, it uses lower grade dielectric and more of it due to having four conductors rather than two. On top of that, it is also a stranded conductor, so you'll run into more of what is termed "strand jumping" and "skin effect". Getting around either of these problems involves using very thin aka "flat" conductors and much more costly dielectric in a specific geometry.
As to the electrical drawbacks due to having reduced EMI / RFI potential, the main "drawback" ( if you can call it that ) is that the cable is of wider bandwidth and of lower impedance. This combo can send some gear into high frequency oscillation. Most of whether this happens would be depending on the stability of the amplifier itself. Under most circumstances, both of these traits ( wide bandwidth and lower nominal impedance ) would be considered highly desirable traits, so unless the system is highly flawed electrically and / or the owner refuses to take some simple precautionary steps such as using Zobel networks, there's really not much to be concerned about with these. Sean
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As to the electrical drawbacks due to having reduced EMI / RFI potential, the main "drawback" ( if you can call it that ) is that the cable is of wider bandwidth and of lower impedance. This combo can send some gear into high frequency oscillation. Most of whether this happens would be depending on the stability of the amplifier itself. Under most circumstances, both of these traits ( wide bandwidth and lower nominal impedance ) would be considered highly desirable traits, so unless the system is highly flawed electrically and / or the owner refuses to take some simple precautionary steps such as using Zobel networks, there's really not much to be concerned about with these. Sean
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