Obviously, but I am asking about the specific technical details, like ‘it only has xxx USB chipset’ or ‘we’ve run out of microcontroller memory’ or ‘the bus from the CF card only has xxx megabits of bandwidth so it has to be statically switchable.’ I don’t want to open up my OT or start reverse-engineering the circuit board, but I am interested in knowing what the particular constraints are so I thought I’d ask.
On the file format, it might be worth looking at Void’s stuff on controlling the MD & A4 via sysex.[/quote]
I am no digital tech head and this is largely assumption but …
It would have to be more than a matter of chipset.
You’d need AD converters already implemented in the USB interface for audio bidirectional data streaming with the DA converters for feed audio back through the A4 processing the sound through the A4 circuits and back out again also.
It would obviously need to be both a hardware replacement and software rewrite to even get the OT up too spec - wouldn’t be cheap for good AD/DA conversion / bidirectional audio / bidirectional midi etc also with audio that worked at variable sample rates @ 24 bit.
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Everything in the OT is digital until the DA for output and the AD for input. No need for additional converters to exchange audio back and forth to a computer. That said, they have stated the OT hardware does not support it so no sense beating that dead horse, except perhaps to encourage development of a paid hardware upgrade or MkII etc. That said, I will need to know more about how Overbridge functions before stating firmly that it would suit my needs. Most important to me is that the audio devices can be merged, otherwise it would only be practical to use one at a time… Unless…!!! Elektron has by some stroke of genius incorporated access to the audio I/o of their boxes directly via the VST format while leaving the host ASIO preferences untouched! This would be fantastic and oh so futuristic!