Measuring line noise and power conditioners

I got an Audioquest Niagara 1200 and use Audioquest Tornado High Current and Source AC cables.  I also installed an Audioquest Edison Duplex AC wall outlet.  I have no measuring device to test my wall AC outlet noise (though I did the research and both read and viewed the metered difference of AC noise before and after the Niagara 1200 was inserted).
What I can say is that my system sounds far more dynamic and clean, than ever before.  The concept and the product work exceptionally well.
My ears told me so.  'Nuff said...

Wow. Just, wow. Seems like every discussion on audio brings out the worst in people: those who decry things due to, measurements, and those who actually use their ears and report their findings.

Then comes the acrimony, the insults, the authoritarian know it alls who talk down to the less well versed, but better listening crowd.

It's why I've taken to posting a whole lot less as this place has been taken over by the same breed as the YouTube crowd. Anyone notice how many audio review sites no longer have a comments section or have simply stopped online publishing? 

Too many ids unleashed thanks to the internet. If those thoughts and words could be manifested, we'd destroy ourselves overnight, like the Krell did in Forbidden Planet.

All the best,
Nonoise

@roberttdid Regarding your recent post in which you quoted from my earlier post: I agree with everything in your post, except that I don't see any inconsistency between your statements and my statement which you quoted.

Keep in mind that what I was addressing was noise filtering that would be applied to the incoming AC by a power conditioner, not filtering provided at the output of a rectifier circuit or anywhere else within an amplifier or other audio component.

Regards,
-- Al

I understood that you meant AC filtering. I am calling into question the need for the high frequency components on the AC line, other than to maintain the supply rail voltage post rectification. I don't agree that filtering out those frequencies will have an adverse impact on dynamics, other than as it would impact the rail voltage after rectification. If anything, an amplifier with adequate capacitance, designed to reduce as much of those high frequency components as possible (hence why chokes, etc. are often added to to the circuit to reduce high frequencies) would have lower noise and distortion and be able to more accurately portray dynamics.

The spectral composition of that current draw therefore includes frequencies that are much higher than 60 Hz, and filtering those higher frequencies out will tend to adversely affect perceived dynamics and other sonic characteristics. Which is no doubt a major reason why many audiophiles prefer to plug power amps directly into the wall outlet.

So what was this @geoffkait , lazy reading, excessive trolling of every post I make, or did you not understand what I posted.

1) High frequency RF as measured by these EMI toys does not represent well the much harder to filter frequencies on the AC line that are EITHER IN THE AUDIO BAND AND/OR CLOSE (to) IT and can sub-modulate down into the audio band.