(Long-Distance Outdoor Wireless Bridge)
The Ubiquiti NanoBeam AC Gen2 devices included in this kit are designed to create a long-range, high-speed wireless bridge between two locations. This allows a library to bring internet connectivity to areas without wired access, such as:
Outbuildings
Parking lots
Outdoor programming spaces
Mobile units (bookmobiles, pop-up events)
Temporary workspaces after outages or disasters
In this kit, one NanoBeam is placed on the transmitting side (library building), and the other on the receiving side, powered by the EcoFlow River 2 Pro.
Each kit contains:
19 dBi directional antenna
PoE injector (each unit)
Mounting ball joint
Ethernet port with weather cover
LED alignment indicators
Ubiquiti management via UniFi Network (optional) or standalone UI
2 × Auray Speaker Stands (height-adjustable)
2 × Rockville 21” Extension Poles (for extra elevation)
Pre-mounted PoE injectors and switches on the poles
Weather-rated outdoor Cat6 cables
Indoor short Cat6 patch cables
A point-to-point link uses a focused radio signal to connect two distant locations.
This side is connected to the library’s existing network or a switch/AP.
This side creates a remote network served by:
The USW-Flex switch
UAP-AC-Mesh access points
Optional Cloud Key management
Or any device plugged into Ethernet
The NanoBeams must be aimed directly at each other with no major obstructions (trees, buildings, hills).
Place the Auray stand and extend to ~6 ft (or as needed).
Insert the Rockville extension pole (if additional height needed).
Slide the NanoBeam-mounted pole onto the stand.
Connect the PoE injector:
PoE OUT → NanoBeam Ethernet port
LAN IN → Library network or Flex switch
Set up the Auray stand + extension pole.
Slide the NanoBeam pole onto the stand.
Power on the EcoFlow River 2 Pro.
Plug the PoE injector into the EcoFlow’s AC outlet.
Connect the injector:
PoE OUT → NanoBeam
LAN IN → USW-Flex switch
Proper alignment is essential for link quality.
Loosen the ball-joint mount slightly for movement.
Face the two NanoBeams directly toward each other.
Use the LED signal level indicators on the back:
1 LED = Poor
2 = Fair
3 = Good
4 = Excellent
For best results, aim for 3–4 LEDs.
Tighten the ball-joint mount securely.
Connect laptop or phone to network served by NanoBeam.
Visit:
http://192.168.1.20 (default - check upstream network gear to see if it got a different IP. NanoBemams are set up for DHCP)
Log in (credentials in kit).
Review:
Wireless tab → Alignment tool
Distance settings (leave on Auto)
Channel width (20 MHz recommended for stability)
Country code (must match U.S. regulations)
Once both sides are aligned:
Connect a laptop or phone to the remote AP or switch.
Confirm you can:
Load websites
Access streaming/video
Run a speed test (optional)
If speeds are slow:
Raise stands higher
Re-align the antennas
Reduce obstructions
Lower channel width to 20 MHz
Change channel to avoid interference
Higher is better — elevation improves line-of-sight.
Avoid obstructions (especially wet trees, which block 5 GHz).
Ensure stands are weighed down in windy conditions.
Keep all PoE injectors and the EcoFlow out of rain.
Use the tripod legs fully spread for stability.
Keep cable runs under 325 ft (100m).
Perfect for 100 ft to 2,000 ft.
Capable of much longer distances with proper elevation.
Check PoE injector connected to AC or EcoFlow.
Ensure “Power On” is enabled on EcoFlow.
Verify cables are fully seated.
Re-align antennas slowly.
Increase height using extension poles.
Avoid aiming through buildings or tree canopies.
Confirm device is on same network.
Use the rocket-style reset button (press and hold 10 seconds).
Try accessing via the Cloud Key Device list.
Weather interference
Loose cables
Flex switch power cycling
NanoBeam firmware mismatch
The NanoBeam is weather-resistant but PoE injectors and switches are not. Keep powered components dry.
Make sure the stands are stabilized if used outdoors. You can do this by widening the base or using something like sandbags to weigh down the legs.
Do not mount near overhead power lines.