AMO-2G10 AirMax 2GHz Omni Antenna — 10dBi 360° MIMO

The Ubiquiti AMO-2G10 airMAX Omni Antenna delivers carrier-class performance for point-to-multipoint wireless deployments requiring reliable 360-degree coverage. This 2.4 GHz omnidirectional antenna features a 10 dBi gain and advanced 2×2 dual-polarity MIMO technology, making it ideal for creating wireless networks that serve multiple client locations simultaneously from a central access point. Designed specifically for seamless integration with Ubiquiti airMAX Rocket radios and RocketPrism base stations, this antenna transforms these devices into powerful wireless distribution hubs capable of serving homes, businesses, and outdoor areas with robust connectivity.

• 2×2 Dual-Polarity MIMO: Enables superior throughput and reliability through spatial diversity, maximizing spectral efficiency in the 2.4 GHz band
• 360° Coverage Pattern: Provides omnidirectional service ideal for WISP deployments, campus networks, and outdoor environments requiring uniform signal distribution
• 10 dBi Gain: Delivers extended range and improved signal strength compared to standard antennas, enabling coverage over larger areas
• Complete Mounting Kit Included: All necessary brackets and hardware provided for straightforward installation on towers, poles, or building structures
• Carrier-Class Construction: Built to withstand harsh outdoor conditions while maintaining consistent performance in demanding wireless infrastructure applications

This antenna is the cornerstone component for wireless internet service providers, rural connectivity projects, and enterprise outdoor wireless networks that require professional-grade equipment. When paired with Ubiquiti Rocket radios, the AMO-2G10 creates a cost-effective alternative to traditional infrastructure while delivering the reliability and performance that mission-critical networks demand. Its easy assembly and proven airMAX ecosystem compatibility ensure rapid deployment and long-term operational confidence for installers and network administrators.