You can also make the bulk of your run using fiber for a small cost. Two converters like these and 45-50 feet of fiber with very short CAT 8 runs at either
Reading this thread with interest. Especially the post quoted above.
My listening room adjoins the room where my ISP router (modem) sits, feeding my TP Link Archer router. My router feeds a TP Link switch feeding a lot of items such as TV, Sonos speakers, Phillips Hue Bridge, Blu-ray player TV box. So, a few noisy walk warts, and other electrical noise potential.
I've taken a direct feed/run of 15m of shielded Cat6a from my router, in to the adjoining listening room to feed my Bluesound Node; would it be beneficial to cut out any electric/RF noise from the TV room etc, by breaking the run of Cat6a, doing as suggested above and introduce a short length of Optic cable between 2 converters, and reintroducing a short run of regular ethernet cable, probably Cat8?
Thanks for reading
end.
Reading this thread with interest. Especially the post quoted above.
My listening room adjoins the room where my ISP router (modem) sits, feeding my TP Link Archer router. My router feeds a TP Link switch feeding a lot of items such as TV, Sonos speakers, Phillips Hue Bridge, Blu-ray player TV box. So, a few noisy walk warts, and other electrical noise potential.
I've taken a direct feed/run of 15m of shielded Cat6a from my router, in to the adjoining listening room to feed my Bluesound Node; would it be beneficial to cut out any electric/RF noise from the TV room etc, by breaking the run of Cat6a, doing as suggested above and introduce a short length of Optic cable between 2 converters, and reintroducing a short run of regular ethernet cable, probably Cat8?
Thanks for reading