Ubiquiti WAVE-AP-GEN2-US 60 GHz Wireless Bridge

Ubiquiti WAVE-AP-GEN2-US 60GHz + 5GHz Multipoint Base Station

Overview

The Ubiquiti WAVE-AP-GEN2-US is a dual-band multipoint base station combining 60 GHz and 5 GHz wireless technology to deliver 2.7 Gbps symmetrical throughput across point-to-multipoint topologies. Built for enterprise wireless backhaul, campus connectivity, and high-density client deployments, the WAVE-AP-GEN2-US supports up to 31 simultaneous clients and provides 90-degree sectoral coverage to optimize coverage patterns in multi-sector deployments. The unit is engineered for outdoor fixed-wireless and bridging applications where symmetrical bandwidth and multi-client capacity are operational requirements.

Key Features

• Dual-Band Architecture: Integrates 60 GHz primary connectivity with 5 GHz fallback and extended-range capability to ensure link redundancy and client flexibility.
• Symmetrical 2.7 Gbps Throughput: Delivers consistent upload and download speeds across the wireless link, essential for backhaul and bidirectional data applications.
• 31-Client Capacity: Supports up to 31 active clients per base station, enabling scalable point-to-multipoint network topologies without requiring stacking or multiple access points.
• 90-Degree Sectoral Coverage: Provides directional radiation pattern that covers a 90-degree sector, optimizing RF efficiency and reducing interference in multi-site deployments.
• Antenna Connectors for 5 GHz Range Extension: External antenna connectors allow field installers to upgrade 5 GHz coverage using compatible directional or omnidirectional antennas to extend effective range beyond standard integrated patterns.
• Multipoint Base Station Architecture: Operates as a central aggregation point for distributed client stations, simplifying network topology design in carrier, ISP, and enterprise wireless scenarios.

Integration and Deployment

The WAVE-AP-GEN2-US is part of the Ubiquiti WAVE ecosystem, designed to integrate with compatible WAVE client stations and management platforms. The 60 GHz primary link provides high-capacity backbone connectivity where line-of-sight is available, while the 5 GHz secondary band offers fallback and extended-range coverage for client devices and secondary sites. The presence of external antenna connectors on the 5 GHz band allows system integrators to customize coverage patterns based on site topology and distance requirements. Typical deployment scenarios include carrier point-to-multipoint networks, enterprise campus wireless backhaul, and fixed-wireless access (FWA) hub stations serving distributed client locations.

Technical Specifications

Frequency Bands: 60 GHz (primary), 5 GHz (secondary) | Maximum Throughput: 2.7 Gbps symmetrical | Client Capacity: 31 simultaneous clients | Coverage Pattern: 90-degree sector | 5 GHz Connectivity: External antenna connectors for range extension and custom antenna configurations.

Jerry Tildsen

During deployment planning for a multi-site wireless backhaul project, I evaluated the WAVE-AP-GEN2-US as a hub station candidate. The dual-band architecture and 31-client capacity make it practical for carrier and enterprise FWA scenarios where a single base station must aggregate traffic from multiple distributed locations. The 2.7 Gbps symmetrical link speed is meaningful for bidirectional applications like backup, video conferencing, and enterprise data sync across the wireless boundary.

Technical Highlights:

• 60 GHz Primary Link: Provides high-capacity backbone where line-of-sight is achievable; the 5 GHz secondary band offers fallback connectivity and extended-range coverage for client devices operating at greater distances.
• 90-Degree Sectoral Coverage: Reduces wasted RF energy in multi-sector deployments and simplifies frequency reuse planning when stacking multiple base stations in a single location.
• External 5 GHz Antenna Connectors: Field-upgradeable antennas allow installers to tune coverage for specific site geometry without requiring a different hardware SKU.

Deployment Considerations:

• 60 GHz links require clear line-of-sight and are sensitive to rain fade; the integrated 5 GHz fallback is essential for reliability in variable weather or partial obstruction scenarios.
• Client capacity planning is critical: 31 simultaneous clients sharing a single 2.7 Gbps link means per-client available bandwidth decreases proportionally; validate use-case requirements before deployment.

For teams deploying point-to-multipoint wireless backhaul or fixed-wireless access networks requiring symmetrical throughput and multi-client aggregation, the WAVE-AP-GEN2-US provides a practical balance of bandwidth, capacity, and range flexibility through its dual-band architecture and field-configurable antenna options.