Doug Schroeder Method, Double ic

I couldn’t help myself. I just had to try one leg, even though I am not ready and had to use some slightly better than generic Y splitters. I played a couple of songs with my current hook up to establish a base for the evening. Secondly, I hooked up just the original IC through the Y splitters and played the same songs. I have to tell you my first thought was this resulted in too much lost quality to make up. Lastly, I then hooked up the second cable, which I had laying around, and was flat out flabergasted by the leap in sound quality. No matching of cables, just a generic Y splitter and yet,,, WOW.
To me this kind of improvement is incredible because I am the polar opposite of the straight wire with gain, purists. My system is a quadraphonic system with equalization, DBX enhancement, additional tube preamps acting as tube buffers, and a dedicated subwoofer chain. So this test involved only one out of twelve interconnects I use in my system. One of the legs between my dac and my preamp.
When I actually get equipment together to do this right I think this is going to be amazing. I may get so carried away that I get a little crazy and try to combine an odd numbered Morrow IC with an even numbered Morrow IC. Damn the warning, full speed ahead!

Thanks,
Tim

toolbox 149, your post is greatly appreciated, because it's another sincere, unbiased assessment of the profound influence of Schroeder Method. You bring up a good point. Skeptics often default to an objection that seems logical, even though it's wrong. When I was first trying double ICs one of the first thoughts I had was, "Will the poor quality connection of a splitter or Y-cable destroy any advantage in doubling the wires?" I know how splitters and Y-cables influence the sound, as I have used them a lot. I typically will avoid them whenever possible. However, in judicious use they can vastly improve a system holistically. 

I was hopeful that the doubling of the cables benefit would vastly outweigh the "drag" on the results due to splitters/Y-cables. I was right. The difference is profoundly superior to a single cable, despite the less than perfect connection. Obviously, this is not ideal. I have had some responses to Schroeder Method condemning it because I used splitters initially. This is not terribly astute. I was looking for proof of concept on the cheap rather than pay for double cables to be made. In addition, splitters and Y-cables allow for recombination of cables, a big bonus when putting it on trial. Overall, imo starting with the marginal cost of splitters or Y-cables as opposed to sourcing a double IC is a more sensible way to proceed if you demand proof of concept and are skeptical. I understand the notion that people don't want to pay money for something about which they are unsure. This is about as cheap as it comes to try an unorthodox method. 

At this point I don't know what the limits might be for sets of double ICs, perhaps no limit. There is still much experimentation being done. Some have tried a triple IC, and I'm told it's marvelous. Lot's of fun for those who, having judged the "do at your own risk" nature of it, and have tried it! To date I know of no negative outcome. It's very good that people with alternative setups are also seeing the benefit immediately. 

Was you experience the huge improvement with SM there is no going back ime.

It is like a major equipment change not a cable change. Can easily tell the difference in blind testing too.

One must try it before condemning it. Made a believer out of me.

Fascinating thread. It finally motivated me to quit lurking and post something.
I understand Schroeder’s need for a warning on a public forum but I still don’t understand why doubling up on the interconnects (and halving inductance) would cause any kind of system incompatibility or oscillations. To an engineer a perfect wire is just a connection between two points and should have zero resistance, capacitance, and induction. The components act as there is nothing in between. If there is some impedance incompatibility it is the components incompatibility, not the wire between them.
In the real world wires have small amounts of resistance, capacitance, and induction and this can become a problem with longer runs. But I can’t see how a wire with LESS inductance causing a problem. Think of it like this. You have a 10 foot interconnect and it is safe and stable. If you switch to a 1 foot interconnect you will have 1/10th of the inductance. I never heard of anyone blowing up a system by using too short of an interconnect!