antigrunge2, I appreciate your feedback here! It’s quite a bit of fun to explore different methods, and I am glad that you took the time to do so.
If by your phrase, "Zodiac’s 10m BNC clock cable", you mean a 10m long run of cable, then I suggest you inquire as to what the capacitance of that cable will be, and should discuss with your manufacturer.
In the Iconoclast by Belden and BAV Power Cord review, just published, Galen Gareis, former product design engineer, pointed out to me that one potential concern exists with the Schroeder Method, a potential for certain cables to when paired have excessive capacitance, i.e. like an unfurled capacitor. This is not a danger for the vast majority of cables, but could theoretically be so for certain flat conductor cables, like foils.
I mention this because somewhere there is likely someone with a custom set of foil ICs who might think of doubling them. THAT probably should be avoided. Also, extremely long runs of cable change the impedance, and some esoteric components may not fare well with it. I say this because in all likelihood there are not many/any serious ribbon ICs, because this would also impact the other parameters of L,R,C - and this may be far less than optimum as opposed to more traditional cable types for ICs.
As I have said all along, repeatedly, this is a do at your own risk activity, and if there is any question of the particular cables, length, type, etc. one needs to check with the manufacturer about it.
