OK...
After a long (& very disappointing) excursion into the world of software samplers (which is an excruciatingly long story)…I'm about to take the plunge & hopefully upgrade to the XV-5050 (& could use a bit more help from RW & others.)
(BTW - RW, Thanks for the help in my last post.)
Now, I understand the polyphony is 64 voices; & in reading a review on the 5050 in an old edition of S.O.S. magazine, the reviewer states that...with stereo 4-voice per note architecture, those 64 voices can run out rather rapidly.
So, my first question is: say for example I'm playing a stereo piano MIDI track (out of the DAW, thru the 5050 & back into an adjacent audio track)...with full chordings; & embellishments & riffs in between. If I have more than 8 notes overlapping at any given point in time...I run out of voices; & go into a state of voice stealing?
How does that work? The stereo 4-tone architecture is related to layering? Or velocity split points? (or both)? The reviewer from S.O.S. magazine seems to suggest that twice as many voices are used automatically...due to the improved 4 voice architecture (or due to true stereo waveforms...who knows?) The information at the Roland site claims 4 stereo tones "per patch". So if it's true that more polphony is used up automatically...why would Roland manufacture a synth module so limited in voicings, as related to it's own architecture?
I just want to make sure I don't run out of notes on a piano track which has lots going on. And besides that...if I've maxed out the polophony with one patch, that means I can't play other instruments on another channel at the same time, correct?
2nd quick question: Who mfg.'s the D/A converters in the 5050. Is it AKM? If so, are they a typical model (e.g. AK4393)? Is the digital out 16/44.1? 24/96?
Thanks very much,
mark4man