Ubiquiti NanoBeam 5AC 16dBi (NBE-5AC-16)

UBNT-NBE-5AC-16

UBNT-NBE-5AC-16 is the NanoBeam series device (NanoBridge series successor). NanoBeam-5AC-16 is a complete radio system 802.11ac working on 5GHz band. Due to improved construction it focuses power of radio system in narrower beam and prevents interference of other devices and networks - this is especially important in areas where there is a high noisiness. The device's antenna have a 16dBi gain. The device is equipped in an integrated radio module with up to 26dBm power and one Ethernet 10/100/1000mbps port. It allows to obtain a real throughput of TCP/IP up to 450Mbps. The device is powered by passive Gigabit PoE (power adapter included).

The device is compatible with the AirMax protocol, which allows to eliminate problems of hidden radio stations by allocating time slots for devices. It allows to use maximum throughput even with dozens of client stations connected to the Access Point. Additionally included AirControl application allows to central management of up to 100 devices.


By buying UBNT-NBE-5AC-16 receives complete device with mount and power adapter.

Main features:

• Compact design - radio and antenna
• Quick and easy installation - the pole mounting bracket is included
• Aesthetics - The NanoBeam ac is small enough to blend discreetly into the background at a customer's location.
• PoE

Proper installation of anti-surge system

Especificaciones técnicas
Procesador	Atheros MIPS 74Kc, 720 MHz
Memoria	128 MB DDR2, 8 MB Flash
Interfaces de red	1 X 10/100/1000mbps Ethernet
Frecuencia de funcionamiento	5150 - 5875MHz
Tamaños de canal	PtP Mode 10/20/30/40/50/60/80 PtMP Mode 10/20/30/40
Ganancia máxima	26dBm
Maximum power consumption	6 W
Fuente de alimentación y método	24V, 0.5A GigE PoE
Dimensiones	140 x 140 x 54 mm
Peso	without case: 0.320 kg
Homologaciones inalámbricas	FCC, IC, CE
Conformidad RoHS	Tak
Temperatura de funcionamiento	-40 to 70° C
Humedad de funcionamiento	5 do 95% (noncondensing)
Especificaciones de la antena
Máx. VSWR	1,5:1
Gane	16dBi