Word clock and BNC bring you no benefits.
The best is to use optical fiber between the devices which gives you galvanic isolation on top.
OM4 cables can be bought ready with the correct plugs (SC or LC) as patch cable up to 30 or on request even 50m or longer.
The multimode fiber cables with LC plug have only a small diameter. If you cannot bring it through the hole through the wands as a duplex cable, then open the plastic mounts and make 2 simplex cables out of it, which are even easier to move through a hole.
Clock synchronization via MADI is possible and no issue, see my drawing in my 1st post.
Adding additional LAN cabling to the two 12Mic units provides a significant advantage. This allows you to integrate the 12Mic into RME's remote control application via IP, offering enhanced metering capabilities. When connected over IP, the remote control benefits from greater bandwidth, enabling both peak and RMS metering to be displayed. In contrast, using MIDI over MADI only utilizes free bits in the MADI protocol header, which offers limited bandwidth. As a result, remote control via MIDI over MADI only allows for peak level monitoring, without the ability to display RMS levels.
See: https://forum.rme-audio.de/viewtopic.ph … 94#p212494
You need different OM4 cables and two RME transceivers for the two 12Mics.
PC LAN LAN
| | |
UFX III (cm)---SC------OM4------LC---12Mic (cs)---LC------OM4------LC---12Mic (cs)
| |
+----------SC-------------------------OM4------------------------------LC----+
cm=clock master, cs=clock slave
The two 12Mics get clock from UFX III via MADI.
See pictures of my setup in my blog article here:
https://www.tonstudio-forum.de/blog/ent … iii-en-de/
Its so easy to build it up via MADI.
And here some views of
- MADIface driver settings
- RME connector and
- remote administration via browser.
BR Ramses - UFX III, 12Mic, XTC, ADI-2 Pro FS R BE, RayDAT, X10SRi-F, E5-1680v4, Win10Pro22H2, Cub14