4 ms·

Interesting, thanks. My information is dated, but also it was a project with some specific requirements. It's possible that our client opted for the vertical

• walrus01 5y ago
  Beyond 35-40 km is where you would start to see atmospheric ducting, temperature inversions and such really affect a link. In the bands where it pretty much has to be 6 GHz because anything 11 GHz or above (in the FCC licensed bands) would suffer extreme rain fade with the rain rate and amount of rain in the total length of the path. Generally things where you'd be looking at a pair of 6 ft high performance dual polarity dishes at minimum, and ideally a pair of 8 ft. The budget for just a couple of those and getting them properly mounted and aligned is a lot already before adding a spatial diversity second dish at each end.
  • ColinWright 5y ago
    We were mostly dealing with 5km to 10km links, and it was some time ago. There were other considerations as well, so I didn't get into it too much ... not my field, the peeps doing the work seemed to know what they were doing (both customer and supplier), and I had other things to worry about. Extreme real-time data compression is interesting when you're on a lossy link. I don't think budget was a problem for this customer, getting it right was important, but useful to know about the options and constraints ... thank you.