That MIT stuff is the most extreme attempt at creating psudo-science to support these cables I've encountered! It's neat too because they've been clever and come up with reasons why only their cables will offer this performance increase, setting themselves apart in the market. Only cables I've seen with a great big box in the middle of them!
I'm not going to trawl through all those white papers, but the first document, 'transportable power', has the same 2 pages come up twice in it, so that gives me an indication about how many people they actually expect to read it. All I've managed to gather from it otherwise is that the already insignificant (within typical installations) LRC components of the cable are being analysed further by stating how the L or C may fluctuate with voltage or frequency. Well, the LRC components were small, the amount by which they might CHANGE with applied signal is infinitesimal! They were also on about how their 'patented' cable construction will increase inductance; as if that is something we would want?
With a complex space instrument you might very well expect it'd be possible for technicians to miss something. In a cable though? It's not really comparable, especially in the face of overwhelming evidence that audio cables all across the world are doing a fine job as we speak!
I'm not going to trawl through all those white papers, but the first document, 'transportable power', has the same 2 pages come up twice in it, so that gives me an indication about how many people they actually expect to read it. All I've managed to gather from it otherwise is that the already insignificant (within typical installations) LRC components of the cable are being analysed further by stating how the L or C may fluctuate with voltage or frequency. Well, the LRC components were small, the amount by which they might CHANGE with applied signal is infinitesimal! They were also on about how their 'patented' cable construction will increase inductance; as if that is something we would want?
With a complex space instrument you might very well expect it'd be possible for technicians to miss something. In a cable though? It's not really comparable, especially in the face of overwhelming evidence that audio cables all across the world are doing a fine job as we speak!