glupson, I appreciate your cordial ongoing discussion. It's much better than us sniping each other's arguments. :)
I am unsure where you got the impression that I tried triple interconnects, or that they were not efficacious. I have never tried the triple IC. I may at some point, but that was not me; there is another member whom I believe has contributed on this thread who was doing the triple. So, I cannot comment from experience.
However, my recollection is that this member was very happy� with the triple IC arrangement. I do not recall seeing any comments of displeasure with it. I believe he felt it was worth trying. I do not know; perhaps he has gone back to a double IC that he felt was superior. He watches the cable threads, so perhaps he can comment. I think he was talking it up quite a bit on the thread bearing my name.
I had raised a concern that unlimited parallel runs of ICs may cause problems with the output of certain devices if the native impedance of the cable is too low. One maker of a NOS DAC did not want me to use Schroeder Method because he suspected that the DAC would not drive it well.
I myself would be willing to try a triple, but I would want to discuss with equipment manufacturers or other industry members first. I don't like potentially blowing up gear.
If the geometry and gauge of the aftermarket XLR IC you tried was similar to the $15-16 one, then I am not surprised at all that the sound quality was so close. If they were quite different, ie. different conductor material or different AWG, then I do not know why they were similar sounding.
Also, I wouldn't expect to hear big changes with systems in the $5-10K range if I were changing a single pair of ICs. I remember doing all that and many times there was marginally different result. It takes a rig at about $25K to always hear changes to any cables. Rigs at $50K it has been easy, universal in hearing changes. YMMV
I figure you won't believe me, but Schroeder Method has been more profound of a change to the system than changing single ICs. It also doesn't seem dependent upon the cost/pedigree of the ICs used.
I am unsure where you got the impression that I tried triple interconnects, or that they were not efficacious. I have never tried the triple IC. I may at some point, but that was not me; there is another member whom I believe has contributed on this thread who was doing the triple. So, I cannot comment from experience.
However, my recollection is that this member was very happy� with the triple IC arrangement. I do not recall seeing any comments of displeasure with it. I believe he felt it was worth trying. I do not know; perhaps he has gone back to a double IC that he felt was superior. He watches the cable threads, so perhaps he can comment. I think he was talking it up quite a bit on the thread bearing my name.
I had raised a concern that unlimited parallel runs of ICs may cause problems with the output of certain devices if the native impedance of the cable is too low. One maker of a NOS DAC did not want me to use Schroeder Method because he suspected that the DAC would not drive it well.
I myself would be willing to try a triple, but I would want to discuss with equipment manufacturers or other industry members first. I don't like potentially blowing up gear.
If the geometry and gauge of the aftermarket XLR IC you tried was similar to the $15-16 one, then I am not surprised at all that the sound quality was so close. If they were quite different, ie. different conductor material or different AWG, then I do not know why they were similar sounding.
Also, I wouldn't expect to hear big changes with systems in the $5-10K range if I were changing a single pair of ICs. I remember doing all that and many times there was marginally different result. It takes a rig at about $25K to always hear changes to any cables. Rigs at $50K it has been easy, universal in hearing changes. YMMV
I figure you won't believe me, but Schroeder Method has been more profound of a change to the system than changing single ICs. It also doesn't seem dependent upon the cost/pedigree of the ICs used.