- Model: PBE-5AC-620
- UPC: 81035402259
- EAN: 810354022593
5 GHz WiFi antenna with a 450+ Mbps Real TCP/IP throughput rate and 25+ km link range.
The airMAX PowerBeam 5AC 620, distinguished by its model manufacture part number PBE-5AC-620, is a premier long-range wireless network bridge developed by Ubiquiti Networks, a leader in high-performance networking technology. This device is part of the airMAX series, designed to deliver superior point-to-point (PtP) and point-to-multipoint (PtMP) connectivity for high-speed, broadband wireless networks. Operating within the 5 GHz frequency band, the PowerBeam 5AC 620 utilizes Ubiquiti's proprietary airMAX ac technology to maximize throughput, reduce latency, and provide scalable network solutions.
This product should be purchased in pairs in order to form links.
The PowerBeam 5AC 620 is specifically designed to work in conjunction with other airMAX ac devices. This includes various models of Ubiquiti’s outdoor wireless access points, bridges, and customer premises equipment (CPE) that also utilize airMAX ac technology. It's also important to consider, that while the PowerBeam 5AC 620 is optimized for the airMAX series, direct operational integration with the UniFi series, which is tailored for managed Wi-Fi networking within indoor and semi-outdoor environments and uses a different management system (UniFi Controller), is not its primary feature. The distinct operational frameworks and intended applications of the airMAX and UniFi series limit their direct interoperability.
Central to the PowerBeam 5AC 620's design is its impressive 620 mm diameter dish reflector, which significantly enhances the antenna's gain to 29 dBi and focus. This larger reflector size allows for concentrated signal strength over extended distances, minimizing signal degradation and interference, which is critical for maintaining robust and reliable wireless connections across vast expanses. The device's ability to direct a focused beam of RF energy towards its target not only improves the quality and speed of the data transmission but also reduces the potential for interference from other sources in densely populated RF environments.
