Synergistic Research Cable Risers?

what might be more helpful is a discussion of how and why it might work and some possible reasons. I think IF you are using a highly ( a relative term ) capacitive cable with poor dialectric, risers might be a waste. Of course the Uber or BDP suggestions are low cost. IF your room floor is carpet then insulating risers may help. Not so much on hardwood ( the real thing ) or natural stone / slate. i have a bunch of Myrtlewood blocks cut in the “ word salad “ golden ratio...those are cheap and easy to make on my Delta Unisaw but with a German fence....... no daughters for rent

Uber: i am holding out for a shipping damaged Green Egg, the bits should have few if any parallel surfaces.....

Unlike most of the responders here I have tried and use a lot of SR products. They all come with a 30 day return policy. To date I have not returned anything. Looking forward to the cable elevators and the new mig’s. 

what might be more helpful is a discussion of how and why it might work and some possible reasons.

Get someone to quietly tap/shake your speaker wires while you listen blind and see if you hear a difference. 
Why even give these snake oiler's a chance to sell one lot to the gullible here, just another money grab like the AC mains fuses and HFT things are.

tomic601:

what might be more helpful is a discussion of how and why it might work and some possible reasons.

Good point which is why it has been discussed several times including several times by me. One good reason you might want to follow the lead of a growing segment of the community and start following my posts. Incredibly thorough and informative you would know all about this by now.

None of this is rocket science, its all perfectly self-evident to any experienced informed and aware audiophile, the plausible reasons it could work break down as follows: 

1) It could be dielectric effect. All insulators are imperfect. They all absorb some small amount of the passing signal and then radiate this energy back into the wire with a small delay resulting in a smearing of micro transients. This isn't new this is established science and it isn't new I've said it before but I get better and better, more succinct and informative, each time. Read past posts and see. 

2) It could be vibration control. Alternating electric current and fields always result in vibrations, which is why vibration control like cones and shelves improves even components with no moving parts like amplifiers. Don't take my word for it. Go feel your cables while playing music. You'll be surprised how much they vibrate, especially with bass. So it could be the sound is improved by allowing the cable to vibrate freely in air rather than being damped by the floor.

3) It could be electric charges. Static electricity is a problem particularly with speaker cables. Don't take my word for it, use anti-static spray and see for yourself.

That's three solid reasons. All of which are bolstered by the specific design approach SR uses here. Because notice they use HFT, which are used to great effect on speakers, walls, and components.

I think IF you are using a highly ( a relative term ) capacitive cable with poor dialectric, risers might be a waste. Of course the Uber or BDP suggestions are low cost. IF your room floor is carpet then insulating risers may help.

I highlight this part because it illustrates a common problem- assuming to know enough to be able to eliminate possibilities. Because what you mean to say by "IF" is this is the only way. Can't be anything else.

Let me show why this is wrong. I tested different materials a long time ago. Everything helped but Cable Elevators were by far the best. One thing I tested was BDR Those Things, squares of carbon fiber. Those Things are terrific vibration control and carbon fiber is somewhat conductive. The fact that a lousy vibration control material like ceramic worked better seemed to indicate the mechanism is electrical. Not sure but seemed likely. 

Well then recently in trying TC different places I put some on the insulators. Seems counterintuitive, putting a conductor over an insulator. But this was a tremendous improvement. Now scroll up and read oregonpapa, who had the same experience, only with Mats, which are very similar. 

If there's one thing that ought to be abundantly clear its that we are pretty good with getting bulk crude power from A to B, but when it comes to the extreme subtleties of the micro-level signals that make all the difference between high end products we know next to nothing.