Ubiquiti Networks PS-5AC-US - 5GHZ PrismStation AC

Shielded airMAX^® ac BaseStation with airPrism^® Technology
With a die-cast aluminum base and interchangeable antenna the PrismStation^TM AC brings increased performance to your network using technology that isolates beam communications between your devices. Utilizing Ubiquiti's advanced airMAX^® ac processor the PrismStation^TM 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 PrismStation^TM AC also gets maximum gain out of the smallest footprint. Beam Performance Perfected The PrismStation^TM 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 PrismStation^TM 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.