So theoretically we can add high power RF modules and get long range. Another question - is it possible to get from this system Video, Telemetry and Servo control transmission with acceptable letency?
This is also the approach I am looking at as well .. I am a WISP and have towers all over town.. Mostly 5.8 stuff.. These radios are amazing.. You can expext line of sight 5 miles easily.. And another nice thing about the 5.8 vs 2.4 is latency.. much lower.. Here is a good setup on the ubiquiti.. Narrow your bandwidth to 10mhz this will punch more power into a narrower beam and get your distance and no interference.. also enable channel shifting and pick a frequency no one is on.. say 5450 .. stay out of the 5750 to 5800 .. or jump up above to 5810 .. this is howa I run my backhauls between towers.. and to clients.. you can get a olid 65mbs link easy.. plenty to run hd video telemetry.. etc.. Ubiquiti also sells a serial to ip device.. shouldnt be 2 hard to convert rs-232 to ttl using say a max chip ..
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Hello check my blog post for just cheap telemetry
http://diydrones.com/profiles/blogs/wifi-telemetry-with-cheap-3-esp...
Would like to post the optimal confitureat
Has anyone tried the Ubiquiti TDMA ? How does it compare to 5.8GHz WiFi ?
So theoretically we can add high power RF modules and get long range. Another question - is it possible to get from this system Video, Telemetry and Servo control transmission with acceptable letency?
Here is a video of the system:
https://www.youtube.com/watch?v=RdHIohydwYE
https://www.kickstarter.com/projects/794458221/long-range-hd-fpv-te...
You don't need a pi anymore.
http://www.4stateuav.com/product/long-range-hd-fpv/
Dear All..
This is also the approach I am looking at as well .. I am a WISP and have towers all over town.. Mostly 5.8 stuff.. These radios are amazing.. You can expext line of sight 5 miles easily.. And another nice thing about the 5.8 vs 2.4 is latency.. much lower.. Here is a good setup on the ubiquiti.. Narrow your bandwidth to 10mhz this will punch more power into a narrower beam and get your distance and no interference.. also enable channel shifting and pick a frequency no one is on.. say 5450 .. stay out of the 5750 to 5800 .. or jump up above to 5810 .. this is howa I run my backhauls between towers.. and to clients.. you can get a olid 65mbs link easy.. plenty to run hd video telemetry.. etc.. Ubiquiti also sells a serial to ip device.. shouldnt be 2 hard to convert rs-232 to ttl using say a max chip ..