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SKU: WAVE-PRO
Condition: New
Availability: Usually ships in 24 hours
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Ubiquiti WAVE-PRO High-capacity 60 GHz radio that supports

Ubiquiti WAVE-PRO 60 GHz High-Capacity Point-to-Point and Multipoint Radio Overview The Ubiquiti WAVE-PRO delivers high-capacity wireless bridging an…

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Ubiquiti WAVE-PRO High-capacity 60 GHz radio that supports

$739.99

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Overview

SKU: WAVE-PRO
Condition: New
Availability: Usually ships in 24 hours
Warranty Manufacturer Warranty
Description

Ubiquiti WAVE-PRO 60 GHz High-Capacity Point-to-Point and Multipoint Radio

Overview

The Ubiquiti WAVE-PRO delivers high-capacity wireless bridging and multipoint connectivity for long-distance enterprise and carrier deployments. Built on 60 GHz Wave technology, the WAVE-PRO combines a primary 60 GHz radio (5.4 Gbps maximum throughput, 2.7 Gbps duplex) with an integrated 5 GHz backup radio (800+ Mbps) to ensure link resilience. Supported by precision alignment mounts and integrated GPS/Bluetooth for site surveys and synchronization, the WAVE-PRO is engineered for security integrators, telecom carriers, and IT infrastructure teams requiring dependable long-distance wireless bridges with redundant failover.

Key Features

  • Dual-Band Radio Architecture: Primary 60 GHz radio with 5.4 Gbps maximum throughput (2.7 Gbps duplex) paired with integrated 5 GHz 800+ Mbps weather-resistant backup radio for automatic failover and link continuity
  • Extended Point-to-Point Range: PtP links support distances up to 15 km, enabling cost-effective backhaul and remote site connectivity without fiber infrastructure
  • Multipoint Deployment: PtMP configurations support up to 8 km range with Wave AP or 6 km with Wave AP Micro, facilitating distributed campus networks and mesh topologies
  • Multi-Port Gigabit Networking: Two 2.5 GbE RJ45 ports plus one 10G SFP+ port deliver flexible connectivity for aggregation, redundancy, and high-speed uplinks
  • Precision Alignment & GPS: Integrated GPS receiver and Bluetooth connectivity paired with ergonomic transportation handle and precision alignment mount enable rapid site surveys, installation verification, and NTP synchronization
  • Industrial-Grade Weatherproofing: IPX6 enclosure with aluminum alloy and UV-stabilized polycarbonate construction rated for 369 N wind loading at 200 km/h (125 mph); operates across -40°C to +60°C temperature range and 5–95% humidity
  • Passive PoE Powering: Single 48V DC PoE injection supplies 26W maximum power consumption using standard 4-pair passive PoE or optional 2-pair configuration (44–54V DC)
  • Enterprise Management & Automation: UISP cloud integration, SNMP monitoring, NTP time sync, traffic shaping with burst support, and ping watchdog enable NOC-ready operations
  • Wave AI Optimization: Integrated Wave AI automatically optimizes link performance, throughput allocation, and beam steering in real-world RF environments
  • NDAA Compliant & Certified: FCC, IC, and CE certifications with NDAA compliance for government and defense-sector deployments

Technical Specifications

Radio & Performance: Dual-band architecture with 60 GHz primary (5.4 Gbps max throughput, 2.7 Gbps duplex) and 5 GHz backup (800+ Mbps). PtP range to 15 km; PtMP range to 8 km (Wave AP) or 6 km (Wave AP Micro).

Networking Interfaces: Two 2.5 GbE RJ45 ports, one 10G SFP+ port. Supported operating modes: PtP, PtMP, and Station.

Power & Electrical: Passive PoE 4-pair (1, 2+; 3, 6-) or 2-pair (4, 5+; 7, 8-) at 44–54V DC, or 22–27V DC. Supplied with 48V DC, 0.65A PoE adapter. Maximum power consumption 26W.

Processor & Memory: Quad-core ARM Cortex-A53 running at 1.4 GHz with 512 MB RAM.

Physical & Environmental: Dimensions ⌀424.4 × 166.2 mm (⌀16.7 × 6.5"). Weight 2.8 kg (6.2 lb) without mount, 4 kg (8.8 lb) with mount. Stainless steel pole mount supports 25–76.2 mm (1–3") diameter poles. Aluminum alloy and UV-stabilized polycarbonate enclosure. IPX6 weatherproofing. Wind loading 369 N at 200 km/h (125 mph). Operating temperature -40°C to +60°C (-40°F to +140°F); humidity 5–95% noncondensing.

Location & Time Sync: Integrated GPS receiver and Bluetooth. Discovery Protocol, cable test, site survey, speed test, and traceroute utilities.

LEDs & Indicators: Power (flashing white/white/blue), Ethernet (flashing blue), GPS (blue/white), Link (white/blue), and SFP+ (flashing blue) status indicators. Single factory reset button.

Integration & Compatibility

The WAVE-PRO integrates natively with Ubiquiti's UISP platform for centralized provisioning, monitoring, and multi-site orchestration. Compatible with Wave AP and Wave AP Micro for PtMP configurations. Traffic shaping, SNMP trap logging, and ping watchdog enable integration with third-party NOC and AIOps platforms. Passive PoE injection simplifies cabling in remote or elevated installations.

Jerry Tildsen
Jerry Tildsen

I evaluated the WAVE-PRO during backhaul planning for a multi-campus network spanning 12 km in mixed RF terrain. The 60 GHz primary with 5 GHz backup proved critical—when atmospheric absorption or foliage degraded 60 GHz throughput during site surveys, the link automatically rolled back to 5 GHz without manual intervention, eliminating the need for redundant fiber or secondary radio pairs. Installation was straightforward: precision alignment mounts and integrated GPS reduced alignment time from hours to 15 minutes per site.

Technical Highlights:

  • Hybrid Failover: Dual-band design (60 GHz primary + 5 GHz backup at 800+ Mbps) ensures link continuity across weather and RF variations without secondary infrastructure investment.
  • Extended PtP Range: 15 km PtP capability eliminates intermediate repeater nodes and reduces total cost of ownership in rural or distributed deployments.
  • Enterprise-Grade PoE: Passive PoE powering at 26W allows use of lightweight, low-cost cabling and simplifies pole-mounted installations where AC power is unavailable.

Deployment Considerations:

  • Verify 60 GHz line-of-sight clearance and Fresnel zone during site surveys—80+ GHz bands are sensitive to foliage, rain, and human obstruction. Use the integrated GPS and site survey tools before purchasing tower real estate.
  • Plan PoE injection points carefully; passive PoE requires clean 48V DC supply without in-line surge protection that may block passive signaling. Test end-to-end continuity before final installation.
  • Configure UISP cloud or local controller early; the WAVE-PRO defaults to unprovisioned state and requires management dashboard access for traffic shaping, QoS, and link failover policies.

For integrators building resilient wireless backhaul into security camera networks, enterprise WAN, or telecom backhaul, the WAVE-PRO delivers the range, throughput, and dual-band failover that reduce truck rolls and emergency maintenance calls. The price-to-throughput ratio is competitive, and PoE simplicity is a genuine labor cost reducer.

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