Sue Pertwee-Tyr
Accuphase all the way down
IME it's already seen off far better arms than the Ekos
Hmm. I have all that kit. But so little time. Orders, Axpona, Munich.I look forward to soundcloud AB of Supatrac Vs Ekos2 on an LP12 with an AT95 in each.
as the first to say A was the best am I at the top?I'm amazed that A turned out to be the Supatrac - congratulations, Richard! Turns the law of diminishing returns on its head, so Michael Fremer must be feeling a little embarrassed for endorsing the ridiculously expensive SAT arm!
So will those of us who guessed/hoped correctly get bumped up the waiting list when we place an order?![]()
Everytime someone posts about Supatrac the lead time grows a little bit.Richard - what's the current lead time for the Blackbird?
Me too, "C" is more in tune than "D"Just playing the 2 files back through my phone speaker, file C is much easier to follow and appreciate the various instruments, much more coherent than file D.
Good idea. Some sort of fluid which will be cheap, widely available, ultra-effective, and useful for many other domestic and industrial purposes. I'm working on it ;-)Richard, your next invention should be some sort of mechanism to remove dust and fluff from LP records. Definitely a novel idea and there should be at least one customer in NJ, USA.
It could be that, but I found one tonearm to be 2dB louder than another when I recorded them using the same cartridge and all downstream settings unchanged. Different tonearms absorb energy at different rates, and if they absorb it, it's not going to be found in the signal peaks.Now I had a minute over for some listening. Wow, two great sounding recordings to me (through my too humble earphones)!
But I think I prefer C a bit more over D.
Imported the files into audacity for easy swapping while listening and then also noted the recording C waveform look be a bit louder than D.
A RMS measurement confirmed. C is in average around 1db louder.
Maybe a clue? Maybe Mr Fremer not having his recording routine in order?
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Imported the files into audacity for easy swapping while listening and then also noted the recording C waveform look be a bit louder than D.
A RMS measurement confirmed. C is in average around 1db louder.
That's interesting. What does that suggest for level-matching methodology, would you say? Should one set the amp volume control at the same level, so any benefits of a less lossy tonearm are audible, or should one reduce the level so that the output is the same, thereby removing one of the audible benefits of the less lossy tonearm from scrutiny?It could be that, but I found one tonearm to be 2dB louder than another when I recorded them using the same cartridge and all downstream settings unchanged. Different tonearms absorb energy at different rates, and if they absorb it, it's not going to be found in the signal peaks.