Shielded airMAX® ac BaseStation with airPrism® Technology

With a die-cast aluminum base and interchangeable antenna, the PrismStationTM AC, brings increased performance to your network using technology that isolates beam communications between your devices. Utilizing Ubiquiti's advanced airMAX® ac processor, the PrismStationTM delivers throughput speeds up to 500+ Mbps and signal ranges up to 5+ km (3+ miles).

Built to Fight Noise With Prism Active RF Filter

The Ubiquiti R&D team designed airPrism filtering as a robust solution for tower co-location interference. Requiring no communication between radios - and functioning despite noise from other vendors' radios (unlike GPS synchronization) - airPrism enables greater system capacity and overall throughput by further reducing out-of-band energy.

Modular Design

The antenna horn is interchangeable and helps with beam-shaping for specific deployment and environment needs. The PrismStationTM AC also gets maximum gain out of the smallest footprint.

Beam Performance Perfected

The PrismStationTM can use a variety of horn antenna sectors designed for increased co-location performance without sacrificing gain. Its unique beam performance and superb co-location characteristics allow for a higher density of sectors than traditional sector technology.

GPS Synchronization PrismStationTM AC supports GPS Sync for faster, more scalable, carrier-class networks, with 90% higher throughout than competing solutions.

Enhanced Co-Location

Asymmetrical horn antenna options (60° and 90°) have naturally attenuated side lobes and extremely low back radiation, and they offer industry-leading front-to-back ratio and low side lobe radiation. Symmetrical horn antennas (30° and 45°, the default) are ideal for cluster sector installations with high co-location requirements.

Improved Noise Immunity

PrismStationTM AC blocks or spatially filters out noise, so noise immunity is improved. This feature is especially important in an area crowded with other RF signals of the same or similar frequency.