So... It will have four N connectors and four short jumper cables to a rear feed on a dish? That will be quite a bit more complicated than a rear wavguide/feed adapter which just has two polarity offset H and V pol N connectors.
I still don't understand what makes ubnt think they're special and can't put a radio with a cylindrical waveguide directly on the rear of a dish, such as with a four-bolt REMEC mount. Good to hear they are planning on direct DC wiring terminals. Who wants to bet they successfully put direct -48VDC power capability on the radio (42 to 56VDC) but don't include an SFP cage? On Wed, Jun 29, 2016 at 4:31 PM, Rob Genovesi <r...@corp.coastside.net> wrote: > From Gary-UBNT: > > "We are working on data sheets right now so hopefully you will get more > questions answered shortly. The reason for N connectors relates to demand > for higher mechanical robustness and the ability for the connectors to be > weather-proof as a stand alone connector (fully weatherproof gaskets and > the ability to accept larger diameter jumpers readily). The N connectors > we use are rated to 18+ GHz." > > An active thread on the UBNT forums right now, more available here: > http://community.ubnt.com/t5/airFiber/Some-AF11X-details/td-p/1512145 > > -Rob > > > On Wed, Jun 29, 2016 at 12:05 PM, Bill Prince <part15...@gmail.com> wrote: > >> I'm looking at all the other AF-nnX radios from UBNT, and they all use >> SMA connectors. What reason would they have to use N instead of SMA? Seems >> the SMA connector would have fewer issues at 11 GHz. >> >>
