Connecting 20km of small and rear three-roller fields to the airgrid M5 23dbi.
Connecting 20km of small and rear three-roller fields to the airgrid M5 23dbi.
It’s possible to establish a Wi-Fi connection over 20 km in an open area with three towers between a small town and the city, even on a 6th floor rooftop. The signal strength may vary depending on the exact locations of the airgrid sites and your setup.
You're struggling to understand the post. Setting up a 20km wireless PtP bridge requires clear line-of-sight and sufficient height to avoid Fresnel zone interference. Start with Ubiquiti’s Link for a working model.
Map works quite well, thank you. However, I have additional concerns. The airgrid m5 isn’t listed in the map link. Another issue is that the station AP airgrid shows 23 dB, but it’s actually M5 at 20 dB. The second one isn’t just M5—it’s M5 with 20 dB, which is within the possible range. As I check with Litebeam, the best option is to use a 10 MHz channel. With a 20 Mbps connection, what speed can I expect on the client side?
I configured litebeam with airgrid db 23 as the access point and litebeam 20 as a client in the link topology map. The signal reading is -65 dBm. Is this similar to what you see with your airgrid, which doesn’t display an icon when you click the change option?
AirGrid is an older model in the airMax series, and it's been a while since I've used airMax features. I recommend checking the Ubiquiti Community forum for more insights from seasoned users.