R
Richard Monroe
Well-known member
I couldn't figure what forum to post this in, so here goes: I'm just starting to use some optical I/O options that I wasn't using before. Prior to this, all my digital transfers were by coaxial S/PDIF, with the Digi002 by firewire. I use a Roland VS1824 for a remote unit, and I often use the Digi 002 to send or receive
digital signals to and from the Roland. Now I've added Behringer ADA8000, just to add a bunch of cheap channels by optical ADAT to the 002. I have also begun using the optical outs on the Joemeek twinQ. Here's some basic questions:
Given that the transfer is photo-optical, is it immune to electromagnetic interference, such as power cables? Secondly, I note that cables and jacks have dust caps, presumably to prevent dust on lenses. How critical is that? Does every cable and port have to have the dust cap on at all times, or do they just ship them that way? Is there any special care and feeding for optical cables? How critical is cable quality for this type of data transfer, and who makes good cables of this type? I doubt the DIY'ers just solder up an optical cable.-Richie
digital signals to and from the Roland. Now I've added Behringer ADA8000, just to add a bunch of cheap channels by optical ADAT to the 002. I have also begun using the optical outs on the Joemeek twinQ. Here's some basic questions:
Given that the transfer is photo-optical, is it immune to electromagnetic interference, such as power cables? Secondly, I note that cables and jacks have dust caps, presumably to prevent dust on lenses. How critical is that? Does every cable and port have to have the dust cap on at all times, or do they just ship them that way? Is there any special care and feeding for optical cables? How critical is cable quality for this type of data transfer, and who makes good cables of this type? I doubt the DIY'ers just solder up an optical cable.-Richie