Ubiquiti UniFi UWB-XG


Price:
Sale price₱108,700.00

Description

1500 Client Capacity, 10 Gbps, Beam-Forming IP67 Wi-Fi BaseStation

Dimensions (without Mount) : 471.1 x 257.5 x 94.3 mm (18.55 x 10.14 x 3.713")

Weight (without Mount) : 3.2 kg (7.055 lb)

Networking Interface :  (1) 10/100/1000 RJ45 Ethernet Port , (1) 1/10 Gbps ICM Ethernet Port

Button : Reset

LED : RGB, Software‑Controllable

Power Method : 802.3bt PoE

Power Supply : 50VDC, 1.2A Gigabit PoE

Max. Power Consumption : 31W

Supported Voltage Range : 44‑57VDC

Max. TX Power  : 25 dBm

MIMO : (3) 4 x 4

Operating Frequency : 5 GHz

Antenna : Integrated Dual‑Mode Antenna Array

Antenna Gain

  • Small Cell : 15 dBi
  • Large Cell : 10 dBi

Antenna Beamwidth

  • Small Cell : 50°
  • Large Cell : 90°

Wi‑Fi Standards : 802.11 a/n/ac/ac‑wave2

Wireless Security : WEP, WPA‑PSK, WPA‑Enterprise (WPA/WPA2, TKIP/AES)

Mounting : VESA‑Compatible Mount Pole/Wall (Brackets Included)

Operating Temperature : ‑10 to 70° C (14 to 158° F)

Operating Humidity : 5 to 95% Noncondensing

Weatherproofing : IP67

Certifications : CE, FCC, IC

 

Elegant Industrial Design

Available in white or black, the sleek UniFi WiFi BaseStationXG is a versatile access point with multiple mounting options to suit your application.

 

 

 

 

Designed for Stadiums and Event Venues

Featuring maximum wireless performance combined with wireless security, the UniFi WiFi BaseStationXG is ideal for ultra high density environments, such as event venues, festivals, and stadiums, where there are numerous clients in a relatively small space.

 

 

 

Superior Capacity for Large Crowds

Featuring low-latency QoS (Quality of Service), the UniFi WiFi BaseStationXG supports up to 1500 clients with 12 MU-MIMO chains (500 clients with 4 MU-MIMO chains per client radio).

 

RF Energy Steering

True cellular Wi-Fi using multiple APs – its selectable directional beamforming antenna allows for cell size optimization to maximize coverage.

 

 

RF Channel Filtering

Provides isolation for seamless parallel radio operation.

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