Kiddman is 100% correct, but a preamble is really necessary to give his response context (as his truths apply to all circuits and cables).
There is rhyme and reason to cable design and geometry. This simple statement could spawn myriad tangents to this discussion, but as it relates to differential balanced circuits, ONE of the benefits of a properly-designed balanced cable is noise rejection.
Now, you can take any 3 pieces of conductor and connect the (+), (-), and ground and it will "work". But you ideally want the (+) and (-) conductors to be arranged symmetrically so that any externally-generated noise impacts the (+) and (-) legs identically. When the (-) leg is inverted and summed with the (+) leg, that noise cancels itself out.
There is rhyme and reason to cable design and geometry. This simple statement could spawn myriad tangents to this discussion, but as it relates to differential balanced circuits, ONE of the benefits of a properly-designed balanced cable is noise rejection.
Now, you can take any 3 pieces of conductor and connect the (+), (-), and ground and it will "work". But you ideally want the (+) and (-) conductors to be arranged symmetrically so that any externally-generated noise impacts the (+) and (-) legs identically. When the (-) leg is inverted and summed with the (+) leg, that noise cancels itself out.