Ubiquiti Networks AMY-9M16X2 Data Networking
- 900 MHz 2x2 MIMO Yagi Antenna
- 4 x M8 U Bolts
- 8 x M8 Serrated Flange Nuts
- Quick Start Guide
Ubiquiti Rocket M900 Basestation
- CE
- EN 302 326 DN2
Frequently Asked Questions
What frequency range does the Ubiquiti AMY-9M16 antenna operate on?
The Ubiquiti AMY-9M16 operates in the 900 MHz band, specifically within the 902 MHz to 928 MHz frequency range. This UHF antenna is designed for long-range wireless networking applications and integrates seamlessly with the Rocket M900 radio (sold separately).
What is the gain specification of the AMY-9M16 Yagi antenna?
The AMY-9M16 delivers 16 dBi of gain, making it a high-gain array antenna optimized for extended range performance. This gain level enables the antenna to achieve 20+ km range performance and breakthrough speeds of 90+ Mbps in non-line-of-sight applications.
Is the AMY-9M16 antenna suitable for outdoor installations?
Yes, the AMY-9M16 is designed with robust mechanical construction for outdoor application use. The antenna features a universal pole mount and weatherproof RF jumpers included, making it ready for deployment in outdoor wireless networks.
What mounting options are available for the AMY-9M16 antenna?
The AMY-9M16 comes with a universal pole mount, RocketM bracket, and weatherproof RF jumpers included. This allows flexible installation on various pole structures and integration with Ubiquiti's Rocket radio platform.
What type of MIMO configuration does the AMY-9M16 support?
The AMY-9M16 is a 2x2 MIMO Yagi antenna with dual-linear polarization, providing cross-polarization isolation of 30 dB minimum. This dual-stream configuration enables improved throughput and reliability in point-to-point and point-to-multipoint wireless deployments.
How does the AMY-9M16 perform in non-line-of-sight conditions?
The airMAX 900 MHz Yagi antenna is specifically engineered to perform at ultra-long ranges in non-line-of-sight (NLOS) applications, delivering 20+ km range and 90+ Mbps speeds. This makes it ideal for challenging terrain and environments where direct line-of-sight is difficult to achieve. Contact us today to discuss your long-range wireless networking requirements.