Ubiquiti NanoBeam M5 NBE-M5-16 Outdoor Wireless Bridge

The Ubiquiti NBE-M5-16 NanoBeam M5 delivers high-performance wireless connectivity for point-to-point bridge applications. Operating on the 5GHz frequency band with 16dBi antenna gain, this airMAX CPE provides reliable long-range wireless transmission up to 15+ kilometers with throughput exceeding 150 Mbps.

High-Gain Antenna Performance

The NanoBeam M5 features a compact form factor with the highest gain for its size category. The 16dBi directional antenna provides excellent beam directivity, making it ideal for deployment in high-noise environments where interference rejection is critical. This focused beam pattern ensures maximum signal strength to the intended receiver while minimizing interference from surrounding wireless networks.

Proven airMAX Technology

Built on Ubiquiti's airMAX platform, the NBE-M5-16 utilizes TDMA protocol technology proven in millions of worldwide deployments. This advanced protocol delivers unprecedented scalability, high throughput, and low latency in unlicensed multipoint networks. The airMAX technology optimizes wireless performance in outdoor environments, ensuring consistent connectivity even in challenging conditions.

Simple Installation and Mounting

The NanoBeam M5 mounting system supports installation on poles or walls with three-axis alignment capability for precise aiming. Pole mounting requires no screws, while wall mounting needs only a single screw (not included). For enhanced wall-mounting stability, the optional NBE-WMK Wall Mount Kit is available separately.

Technical Specifications

Model: NBE-M5-16
Frequency: 5GHz
Throughput: 150+ Mbps
Range: 15+ KM
Improved Wide Bandwidth Antenna: No
Management Radio: No

• Type: CPE
• Speed: 150+ Mbps
• POE Capability: 24v
• Range: 10+ km
• Antenna Gain: 16 dBi

Applications

The NBE-M5-16 is designed for customer premise equipment installations, wireless backhaul links, and point-to-point bridge connections. Its long-range capability and high throughput make it suitable for ISP deployments, enterprise network extensions, and remote site connectivity where traditional wired infrastructure is impractical or cost-prohibitive.