A wireless ISP and a large-scale surveillance project were struggling with high latency, interference, and limited throughput in their existing backhaul links. Their network required a high-capacity, long-distance point-to-point (PtP) solution to ensure seamless data transmission with minimal packet loss.

ALFA TECH’s Solution
To provide a reliable, high-speed PtP backhaul, ALFA TECH deployed the Ubiquiti airFiber AF-5XHD, offering:

High-Capacity 5 GHz Backhaul – Up to 1 Gbps throughput with advanced spectral efficiency.
Low Latency Performance – Perfect for real-time applications like VoIP, video surveillance, and ISP backbone.
Proprietary LTU Technology – Enhanced performance in high-interference environments.
GPS Synchronization – Mitigates co-location interference for maximum efficiency.
Long-Distance Links – Capable of delivering stable connections over 100+ km.
Carrier-Grade Design – Designed for 24/7 uptime and extreme weather conditions.
By deploying AF-5XHD, the network achieved ultra-low latency, high stability, and improved throughput, ensuring seamless communication between remote locations.

Customer Satisfaction
After implementing the AF-5XHD, the ISP and surveillance project reported:
Stable high-speed connectivity over long distances.
Reduced interference and improved network reliability.
Seamless video streaming with zero packet loss.
Better performance in congested RF environments.
The AF-5XHD proved to be the perfect backhaul solution, enhancing network capacity while ensuring low latency and superior performance.

Installation & Configuration Details
Installation Steps:
Mount the AF-5XHD on a stable tower or pole using proper alignment techniques.
Connect to a high-gain dish antenna (e.g., Ubiquiti AF-5G34-S45) for optimal long-range performance.
Align the antennas carefully using Ubiquiti’s airFiber alignment tool.
Power the AF-5XHD with a 50V PoE adapter.
Access the airFiber UI to configure frequency settings, channel width, and GPS sync.
Fine-tune the link parameters for maximum performance.
Monitor the connection and optimize power levels based on environmental factors.