![]() Some popular cable manufacturers also use this high strand count but they will cost you about double our prices simply because they sell through distributors and retailers. ![]() In contrast, ours utilizes 63 individual strands of 99.99% oxygen free cable. Typical C元-rated 14 gauge speaker cable that you'll find at consumer electronics stores is manufactured with a strand count of 16. So the more individual strands used, the greater the available surface area, and thus less signal loss. Electrons will follow the path of least resistance which tends to be on the surface area of the copper. It is also important to know the number of individual strands that are used to produce the overall gauge. While using thicker cable will, in theory, produce less signal loss, the difference is so insignificant that your ears will likely not be able to tell the difference. ![]() We recommend using 14 gauge cable because it offers the best performance to cost ratio. Generally speaking, thicker cable will result in less signal loss over a given length. The lower the gauge, the thicker the cable, e.g. Speaker cable is made of individual strands of copper that are twisted together to result in the cable's thickness, or gauge. Two 2-conductor cables are then used to continue the signal from the volume control to each speaker (one to the left speaker and one to the right speaker). ![]() The other two cables continue (uncut) to the end of the cable to be stripped and connected to the second speaker.Ĥ-conductor cable is also often used to run from your amplifier to a stereo volume control. Then, cut and strip two of the conductors for the first speaker (+ and -). At the first speaker, you will strip back the outer protective jacket to reveal all four conductors inside. Run this 4-conductor cable (+ and - for Left + and - for Right) to a pair of speakers by running one cable to the first speaker and then continuing to the second. ![]()
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