Heard them at the Windsor show one year,
May have had something to do with the amps used but given all the hype around them I was not that impressed.
from what I read when buying mine the k2 is the sweet spot and going up to Everest isn’t an upgrade
I can’t see me selling my k2 until the hearing goes and I downsize to a pair of audio note or snell Ks
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They’re in Harmon group along with Mark Levinson and so they tend to use their amps, which is a shame.
In the latest “hold my beer” challenge to expensive foo cables there is…
£300 per meter for what is just single core wire
or
£540 per meter for the ‘posh’ one
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Not bad but needs graphene a la
Did some painting around a members house this afternoon (name withheld for legal reasons),when I came across this supra cable.
Many maybe thinking,nice, looking forward to seeing the hifi
Followed the lead to this fancy pants extension lead,very nice,going to be a great system.
Somewhat of an anti climax to find its used for a cordless vacuum,and heated clothes rail
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Cables matter.
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Did the colours appear more vivid as a result of the use of that cable in this application?
We need to know, innit! 
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So it’s a single rail power supply?
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Sounds like the sort of person that can afford a Scalford Muffin or a pie at Gloucester Services! 
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Or even a Scalford Muffin’ 
.
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Faster colours, dustier dust.
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Fantastic!
Actually it’s possible that that could do something.
If you’ve got a wound component (transformer, choke) which is ‘spilling out’ magnetic flux (this can be a particular issue if the core is saturating on current peaks) then that spilt flux can generate voltages in neighbouring circuitry which can manifest as background ‘tizz’. It’s not unusual for a phono stage, for example, to need positioning and maybe orienting away from higher-power electronics.
The brick has laminated iron inside it and that can concentrate any local flux thereby changing, quite radically, the magnetic field pattern. If it happens to shift the field away from sensitive circuitry then that tizz might be reduced. I’ve actually waved lumps of iron around near to suspect transformers to see if I can learn anything about where stray flux might be coming from (if you do this try to not to touch any of the transformer’s high-voltage terminals with the iron.)
It shouldn’t be the long-term fix though. The circuitry should be designed and laid out to keep any spilt flux away from sensitive regions. And good practice would be to spec the wound component so that it doesn’t spill flux at all (and it certainly shouldn’t be saturating).
It could also come in handy if you need to chock a wheel on one of these
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Ok, I might get one then 
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