Fluidmesh FM-TUBE - Antenna - 14.6 dBi (for 4.9 - 5.9 GHz) - directional - wall-mountable, mast
- MIMO performance for optimized data speed and throughput
- Dual port, dual polarization package replaces two traditional directional panels
- Gain and pattern optimized for point-to-point and point-to-multi point connectivity
- Small footprint design can accommodate tunnel or trackside installations with as little as 3.54" (9 cm) clearance
- High front-to-back ratio allows for back-to-back mounting of antennas; ideal for trackside or roadside coverage
This 5 GHz dual port, dual polarized directional array antenna provides high gain and confined field, enabling a variety of broadband wireless applications. Due to its strong directivity, FM-TUBE is the ideal choice for applications in tunnels and closed environments such as Train to Ground communications for metros and underground mobility. The platform's discrete directional antenna technology combines two traditional antennas into a single package without sacrificing performance. Unlike traditional panel antennas, this end fire array antenna is physically and visually less obtrusive making it ideal for installations with limited space availability.
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Robust design
Designed for both mast and wall-mountable setups, the Cisco Fluidmesh FM-TUBE antenna offers flexibility in placement, ensuring optimal performance in various installation environments.
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Enhanced connectivity
With MIMO technology and a frequency range of 4.9 - 5.9 GHz, this antenna enhances wireless network reliability and performance, supporting high-bandwidth applications across extensive areas.
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Precision targeting
Featuring a directional antenna with a 35° horizontal and vertical beamwidth, the FM-TUBE focuses the signal precisely where it's needed, maximizing coverage and reducing interference.
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Durable performance
Built to withstand harsh environmental conditions, the FM-TUBE operates efficiently between -40°C and 70°C, ensuring reliable performance in extreme weather.
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Superior isolation
The antenna's front-to-back ratio of 35 dB and port-to-port isolation of 19 dB minimize signal interference, providing a clear and strong connection for critical communications.
