Let me be as clear. If you listen before and after - you can HEAR differences in addition to there being a measurable difference at the cable.
But let's follow SpeedSkater's diversion to a conclusion. How about we get an Audiogogist and install micro accelerometers at the eardrum and do some measurements there. Then when all sharpshooters are done complaining about the model of accelerometer and the methodology being flawed we can move on to an electroencephalograph being installed to the brains and measure that.
So are we playing a forum game or are we being serious? I can answer real questions or we can keep playing.
So rather than do a simple accurate, repeatable, reproducible voltage measurement, why would any sane person dream of such things.
Yes, I think that you are playing forum games.
Let me be as clear. If you listen before and after - you can HEAR differences in addition to there being a measurable difference at the cable.
But let's follow SpeedSkater's diversion to a conclusion. How about we get an Audiogogist and install micro accelerometers at the eardrum and do some measurements there. Then when all sharpshooters are done complaining about the model of accelerometer and the methodology being flawed we can move on to an electroencephalograph being installed to the brains and measure that.
So are we playing a forum game or are we being serious? I can answer real questions or we can keep playing.
You are clearly in favour of measurements - you seem to have developed cutting edge methodologies for doing this. You use measurements to see the effects of your cables and your cable lifters.
Given that, I'm not sure what I asked that deserves such an aggressive response
So rather than do a simple accurate, repeatable, reproducible voltage measurement, why would any sane person dream of such things.
Yes, I think that you are playing forum games.
What is more simple and appropriate. When you are trying to reduce vibration in a cable from floor vibration, what would be a more directly appropriate measurement?
Measuring a signal at the speaker input with a multimeter would be ridiculous and meaningless. You couldn't tell the difference between a Bose wave radio and a $100K stack of components. A multimeter is far to crude a measuring device to detect what would admittedly be a relatively subtle variation in a signal.
You are clearly in favour of measurements - you seem to have developed cutting edge methodologies for doing this. You use measurements to see the effects of your cables and your cable lifters.
Given that, I'm not sure what I asked that deserves such an aggressive response
They were designed for our cables some of which are moderately heavy. We can produce suspension straps with a different durometer to support heavier cables if necessary. As is, they work well for light weight interconnects to fairly large diameter speaker cables.