Doug Schroeder Method, Double ic

Refresher: the Schroeder Method (“SM”) of interconnect cabling a system refers to taking 2 similar or dissimilar brands of interconnects and connecting them in parallel. Y-splitters can be used for native interconnects. One can also use manufactured assemblies in which the separate interconnects (typically of the same brand and type of core cabling) are configured in parallel and terminated with the desired connectors (RCA, BNC, XLR or AES/EBU).

Douglas Schroeder posted the original article here:
https://www.dagogo.com/audio-blast-schroeder-method-interconnect-placement/

The main cable forum thread here is the following:
https://forum.audiogon.com/discussions/doug-schroeder-method-double-ic

In that forum thread are 2 further links to Teo_Audio threads that describe possible mode of action behind the method. Those are essential reading as to the underlying principles that really aren’t addressed in the above thread. Commentary at the end of Schroeder’s Audio Blast article cited above also provides insight.

Has anyone who has tried this first with splitters reterminated the parallel runs so there is only one set of RCAs and no need for splitters?  What I mean is that you'll still have double the amount of interconnect cable, but the "normal" amount of RCA connectors.  The splitters and all the extra RCAs can't be doing any good. 

Yes....and this change really improves on the first splitter based model....

ketchup, you need to catch up. Lol.

Several cable shops (e.g., HAVE, Inc. and Audio Sendibility) and manufacturers (e.g., Teo Audio, Anticables, Acoustic BBQ and a couple others) have made integrated SM assemblies for audio terminations using RCA or XLR connectors, or digital terminations using RCA or AES/EBU connectors. One doesn’t need Y-splitters for those cables.

Please see reference to the Teo Audio Double Double IC thread listed on the first page. Actually, it begins roughy on Page 5 of the following thread:
https://forum.audiogon.com/discussions/new-teo-audio-ics-who-has-them?page=5
All of those IC’s are essentially SM assemblies of their single version counterparts.

No, Calender, you didn’t understand my question. I wanted to know if anyone made a parallel run with splitters and then reterminated that exact parallel run and noted an improvement.