[sdiy] Odp: Re: Analysis of the TB-303 CPU timing
Roman
modular at go2.pl
Fri Mar 17 07:25:28 CET 2017
Although I don't believe in any of those milisecond mumbo jumbo, for some reason the 3rd version in your example appeared to me as the most pleasing one. I'm not trying to say which CPU it was, but it sounded aparently different to me than the other 3. OTOH I wouldn't be surprised if you tricked us all and this is the same recording quadrupled with a bit of postprocessing. :) BTW I love this thread. TB303 was one and only reason to make me go back to synth-diy back in 1998. I would be making boring industrial stuff now if that 303 hype didn't came up back then. Roman Dnia 16 marca 2017 18:49 Julian Schmidt <elfenjunge at gmx.net> napisał(a): hmmmm, my first try says it's probably not worth the hassle. Or can you hear a difference? soundcloud.com soundcloud.com CPUs used in random order: QS, RE-CPU, TB, RE-CPU with extra sloppy timing (double the latency
double clock polling time (3.6ms) All normalized to -1dB julian Am 16.03.2017 um 13:32 schrieb Tom
Wiltshire: On 16 Mar 2017, at 11:43, Julian Schmidt < elfenjunge at gmx.net >
wrote: So I
could record a few patterns with different CPUs in the same
synth hardware to exclude influences by differences in the
analogue part of the machine or different knob settings. Would
be interesting to find out A) If
people can hear the difference between original sequencer,
emulated sequencer and a tight sequencer B)
What listeners prefer if they are able to distinguish it. maybe
even add a 4th audio example to the test where the jitter
and latencies are increased slightly? I think this would be very interesting. There's a lot of
hand-waving and magic around this little silver box and not much
in the way of hard facts, so some serious research like you've
been doing is extremely welcome. If you be bothered, setting up the test as a blind study so
people don't know which file they're listening to, and then
asking which one they think they heard and how much they like it
would definitely be the best way to proceed, but I realise the
work involved. Thanks very much for what you've done so far. It's
fascinating. Tom ______________________________ Synth-diy mailing list Synth-diy at synth-diy.org synth-diy.org synth-diy.org
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