LC-1 cables plus a pair of Audioquest splitters would be a much safer bet IMO than MSA-1 cables in a y-configuration, and the greater the length of the cables the more true that would be.
While there have been various reports and/or claims here to the effect that "splitters degrade the sound," my belief is that in most of those cases the reported findings result not from the splitter itself, but from some combination of impedance incompatibilities that can arise when a splitter is used; ground loop effects that can sometimes occur when an output is used to drive two separate components; and increased loading of outputs by cable capacitance, that can result when an output is split and is used to drive two lengthy cables.
I couldn’t find an output impedance spec on your streamer, or a spec on the capacitance of the MSA-1 cable. However given its small diameter and its double-shielding I suspect that the capacitance of the MSA-1 is far higher than the very low capacitance (12.2 pf/foot) of LC-1. If the sum of the capacitances of the cables to the two destinations is high and the unknown output impedance of the streamer is also relatively high the result would be rolloff and/or undesirable phase shifts in the upper treble, that would affect the signals received by the main speakers.
Also, if the resistance of the small shields of the MSA-1 is higher than the corresponding resistance of the larger shields in the LC-1 that could increase the chances that a ground loop issue might arise, depending on the unknown internal grounding configurations of the three components.
Based in part on my own experience with the Audioquest splitter as well as on my technical understanding of the situation I would have no qualms whatsoever about using them. And if that approach were to prove to be unsatisfactory (which I very much doubt in this case) I would feel certain that the cause is something else, such as an impedance incompatibility which your initial results already suggest is most likely not present.
Regards,
-- Al
While there have been various reports and/or claims here to the effect that "splitters degrade the sound," my belief is that in most of those cases the reported findings result not from the splitter itself, but from some combination of impedance incompatibilities that can arise when a splitter is used; ground loop effects that can sometimes occur when an output is used to drive two separate components; and increased loading of outputs by cable capacitance, that can result when an output is split and is used to drive two lengthy cables.
I couldn’t find an output impedance spec on your streamer, or a spec on the capacitance of the MSA-1 cable. However given its small diameter and its double-shielding I suspect that the capacitance of the MSA-1 is far higher than the very low capacitance (12.2 pf/foot) of LC-1. If the sum of the capacitances of the cables to the two destinations is high and the unknown output impedance of the streamer is also relatively high the result would be rolloff and/or undesirable phase shifts in the upper treble, that would affect the signals received by the main speakers.
Also, if the resistance of the small shields of the MSA-1 is higher than the corresponding resistance of the larger shields in the LC-1 that could increase the chances that a ground loop issue might arise, depending on the unknown internal grounding configurations of the three components.
Based in part on my own experience with the Audioquest splitter as well as on my technical understanding of the situation I would have no qualms whatsoever about using them. And if that approach were to prove to be unsatisfactory (which I very much doubt in this case) I would feel certain that the cause is something else, such as an impedance incompatibility which your initial results already suggest is most likely not present.
Regards,
-- Al