This device is particularly used in service provider and long-distance wireless infrastructures.Point-to-multipoint (PtMP)It is a high-capacity 60 GHz access point designed for the purpose. The "EU" version has frequency/certification features compliant with European regulations.
🧮 Feature | ✏️ Description |
---|---|
📡 Frequency Bands | 60 GHz main radio (57‑71 GHz range) + 5 GHz backup radio (WiFi 6) |
💨 Total Bandwidth | 5 Gbps (2.5 Gbps bidirectional) |
🌐 Connection Interface | 1 × 2.5 GbE RJ45 port (PoE power supply support) |
📈 Coverage Angle / Beam Pattern | 90° (azimuth) × 7° (elevation) beam width |
🗺️ Range / Distance | • With Wave Nano: ~ 4 km • With Wave Long‑Range / Wave Pro: ~ 6 km (under optimal conditions) |
⚡ Power Consumption & PoE | ~ 24 W maximum power consumption; 24 V / 48 V passive PoE support |
🛡 Environmental Resilience | IPX6 weather protection (resistant to dust/water splashes) |
📏 Dimensions & Weight | 284 × 156 × 76 mm, ~ 1.3 kg |
🧠 Processor & Memory | Quad‑core ARM Cortex‑A53 (1.4 GHz), 512 MB RAM |
🛰 Additional Features | Integrated GPS, Bluetooth configuration support (with UISP app) |
📡 Low parasitic 60 GHz bandthanks to the clean spectrum, high performance
🔄 Backup 5 GHz radioEven if the connection is lost, the continuity of the system
📶 Broad‑sector coverage area (90°)with a single device covering a wide area
📲 Bluetooth + GPSwith easy initial setup
🏙 Ideal PtMP infrastructuresISPs, wireless network expansion, campus networks
🔗 Bridge mode focusedDesign does not direct — especially suitable for traffic transit points.
Passive PoE compatibility:The device operates with passive PoE, not standard 802.3af/at PoE. Incorrect PoE support may damage the device.
Frequency license / regulationcontrol; the 60 GHz band is subject to specific regulations in many regions.
Optical line-of-sight:For 60 GHz radio, the line of sight must be clear—obstacles significantly degrade performance.
Impact of weather conditions:Condensation, rain-like conditions can cause frequency loss.