noisetonepause wrote:You're seriously saying that the clock in a sequencer from the mid nineties based on a fucking dual Pentium 286 processor is more accurate than the clock in a modern soundcard? Whilst this is obviously possible, in that I've done no hands-on research and am a nought but a philology student when the sun's out and it's not July, I have to ask if you happen to be in the market for a bridge? I've got a big red once for sale, sitting right in San Francisco, ready for use. It's yours for a song!Jackal and Hyde wrote:leisuremuffin wrote:annnnnnd yes, i did write the curriculum for the mpc2000 class" "More fun sometimes, yes. Faster sometimes, yes. Better timing, no."
.lm.
Thank god you werent teaching a course for electricians. They'd all be killing themselves on the job. lol
http://en.wikipedia.org/wiki/Crystal_oscillator
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Anyways, set up the blind test. I'm game.
This is ancient news man... Its been debated at NAMM since man first walked upright. Your argument - "You're seriously saying that the clock in a sequencer from the mid nineties based on a fucking dual Pentium 286 processor is more accurate than the clock in a modern soundcard?" Would be met with, "Your telling me you think the timing of a modern Mac/PC is better than that of a quartz watch or an atomic clock used by NASA built in 1949? Def not. They'd argue "it doesnt matter about 1/96ppqn vs 1/100,000,000ppqn because the crystal is locked at 5.000000 infinity MHz and cannot be incorrect. Then they'd argue thats why Pro Tools the 'world standard' has the "Strip Silence" / "Beat Detective" quantize/re-lock to grid feature for bringing in sessions. Because computers are not all perfect and different platforms can be off and even if by a few samples at 100 + measures, it can still cause headaches and drifts no matter how minute.
But on with the test. . .