For now my last question. Hopefully. The MRCC features an internal clock and can act as a midi master. That is fantastic. What has not been made clear in the video I have seen, wether this also works in conjunction with all the other merge features.
Let's say, there is a sequencer signal coming in each on port one and two and those data get merged to output 5. Standard business.
The two incoming signals from two sequencers happen to have their own clock signal, that of course needs to be filtered by MRCC on the input side - to then being replaced with the internal clock.
So at output 5 we have the merged signal from both sequencers (sans original clock of course) with the internal clock signal (plus start/stop/cont) added to the stream.
Does it work this way? And are there any limitations to adding the internal realtime data to any output data?
Thanks again
Let's say, there is a sequencer signal coming in each on port one and two and those data get merged to output 5. Standard business.
The two incoming signals from two sequencers happen to have their own clock signal, that of course needs to be filtered by MRCC on the input side - to then being replaced with the internal clock.
So at output 5 we have the merged signal from both sequencers (sans original clock of course) with the internal clock signal (plus start/stop/cont) added to the stream.
Does it work this way? And are there any limitations to adding the internal realtime data to any output data?
Thanks again