That amounts to putting the two pairs of conductors in the cable in parallel, which could very possibly be sonically beneficial. Although there is also at least a small chance that the results may not be subjectively preferable.
Paralleling the two pairs of conductors cuts the resistance and inductance of the cable in half, compared to a single pair of similar conductors. Which, if it makes any difference at all, figures to be beneficial. It will also double the capacitance of the cable, compared to a single pair of similar conductors, which probably won’t make much if any difference assuming that the cable is not unusually long and (as I suspect in this particular case) that its capacitance per unit length is not unusually high. (If the total capacitance of the cable is unusually high it may have adverse effects on the amplifier's sonics).
There may also be differences resulting from other effects, such as RFI/EMI that may be picked up by the cable. Especially if your amplifier uses feedback, which would increase its sensitivity to any such pickup. But the degree and character (good or bad) of differences in that kind of effect, if any, between a single pair of conductors and paralleled pairs of conductors would have little if any predictability.
Regards,
-- Al
Paralleling the two pairs of conductors cuts the resistance and inductance of the cable in half, compared to a single pair of similar conductors. Which, if it makes any difference at all, figures to be beneficial. It will also double the capacitance of the cable, compared to a single pair of similar conductors, which probably won’t make much if any difference assuming that the cable is not unusually long and (as I suspect in this particular case) that its capacitance per unit length is not unusually high. (If the total capacitance of the cable is unusually high it may have adverse effects on the amplifier's sonics).
There may also be differences resulting from other effects, such as RFI/EMI that may be picked up by the cable. Especially if your amplifier uses feedback, which would increase its sensitivity to any such pickup. But the degree and character (good or bad) of differences in that kind of effect, if any, between a single pair of conductors and paralleled pairs of conductors would have little if any predictability.
Regards,
-- Al