UMA-D - Ubiquiti HIGH EFFICIENCY DUAL BAND

General InformationThe UniFi Antenna, model UMA-D, is an optional mesh antenna designed to work with the UniFi AC Mesh AP, model UAP-AC-M. With dual-band support, the UMA-D expands range coverage and provides customized pattern shaping. It is available in single- and five-packs. Antenna Features Optimized for 802.11ac, the UMA-D offers a high efficiency directional radiation pattern with dual polarity. Weather-Resistant Enclosure Encased in UV-stabilized plastic, the UMA-D can be used indoors or outdoors. Versatile Mounting The UMA-D has a ball joint mount designed for precise aiming and can be mounted on a pole or wall. Compatibility The UMA-D is a connectorized antenna that is compatible with the UAP-AC-M.Technical InformationDirectivity: DirectionalFrequency: 2.40 GHz to 2.50 GHzFrequency: 5.10 GHz to 5.90 GHzAntenna Gain: 15 dBiInterfaces/PortsConnector Type: RP-SMAPhysical CharacteristicsHeight: 7.9"Width: 5"Depth: 1.3"Form Factor: Pole/Wall/Ball JointWeight (Approximate): 14.11 ozMiscellaneousApplication/Usage: IndoorApplication/Usage: OutdoorApplication/Usage: Wireless Data NetworkPackage Contents: Directional Dual-Band Antenna for UAP-AC-M Wall/Pole Kits Compatibility: 

The Ubiquiti UniFi Antenna, part number UMA-D, is a directional mesh antenna designed to enhance wireless coverage for the UniFi AC Mesh AP (UAP-AC-M). This dual-band antenna operates across frequencies from 2.40 GHz to 2.50 GHz and 5.10 GHz to 5.90 GHz, providing an antenna gain of 15 dBi. It is suitable for organizations requiring extended range or customized wireless patterns in their UniFi AC Mesh deployments.

Encased in UV-stabilized plastic, the UMA-D is built for both indoor and outdoor use. Its weather-resistant enclosure ensures durability in various environments. The antenna features a ball joint mount, allowing for precise aiming when installed on a pole or wall. This product is intended for IT professionals and network administrators looking to optimize wireless data networks by expanding the reach and shaping the coverage of their existing UAP-AC-M access points.