Ubiquiti AF60-HD-US Compact AirFiber 60 GHz Radio, US

For secure, high-performance point-to-point links, the Ubiquiti AF60-HD-US Compact AirFiber 60 GHz radio delivers a dedicated wireless bridge tailored for security, surveillance, and critical network backhaul. This Ubiquiti airFiber network bridge supports channel bonding for up to 6 Gbps of throughput and reliable links up to 2 km, making it ideal for remote camera farms, inter-site monitoring, and high-bandwidth data aggregation. Integrate easily with existing infrastructure using the built-in Gigabit Ethernet port and a 10G SFP+ uplink for fiber connectivity; a 48V PoE adapter is included for straightforward power and data delivery. Installation is faster with an integrated GPS for precision alignment plus Bluetooth management via the UISP mobile app, reducing field time and ongoing maintenance. Built from durable materials and rated for extreme outdoor temperatures, the AF60-HD-US provides continuous, low-interference connectivity in challenging environments. Choose the AF60-HD-US to create resilient, high-throughput links for surveillance, monitoring, and network redundancy — contact sales or add to cart to deploy a reliable wireless backbone for your security infrastructure.

• Deliver high-capacity, low-latency links for security and surveillance backhaul with up to 6 Gbps aggregate throughput.
• Reliable mid-range connectivity: stable point-to-point links up to 2 km (≈1.2 miles) even in congested RF environments.
• Flexible network integration with a Gigabit Ethernet port, 10G SFP+ fiber uplink, and included 48V PoE adapter for easy deployment.
• Simplified alignment and management via integrated GPS, Bluetooth setup, and UISP mobile app — reduces installation time and maintenance costs.
• Rugged outdoor design for continuous operation in extreme temperatures and UV exposure, ideal for remote monitoring and critical infrastructure.
• Secure links with WPA2-PSK and industry-grade performance for video surveillance, access control, and network redundancy.