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Ubiquiti airFiber X 5 GHz 34dBi Slant 45 Dish Antenna
KSh 56,551(KSh 65,599 Incl VAT)
- Ultra-high gain 34 dBi dish antenna for long-range PtP wireless backhaul
- Narrow 4° beamwidth minimizes interference and boosts link quality
- Dual-slant 45° polarization supports high-throughput MIMO links
- Rugged construction rated for 200 km/h winds; heavy-duty pole mount
- Designed for plug-and-play integration with airFiber X/5XHD radios
SKU: AF-5G34-S45Category: Networking Infrastructure
Ubiquiti airFiber X 5 GHz 34dBi Slant 45 dish antenna is engineered for ultra long-range, high-throughput point-to-point wireless backhaul. With its narrow 4° beamwidth, 34 dBi gain, and dual-slant 45° polarization, it ensures minimal interference and maximum signal focus. Built for harsh environments, this antenna pairs seamlessly with airFiber X and 5XHD radios, delivering carrier-grade performance.
Detailed Specifications for Ubiquiti airFiber X 5 GHz 34dBi Slant 45 Dish Antenna (AF‑5G34‑S45)
🛠 Mechanical & Environmental
- Dish Diameter: 750 mm; Depth: 446 mm
- Weight: ~10.5 kg (including mount)
- Mounting: Integrated heavy-duty pole bracket with ±20° tilt and bubble level
- Wind Survivability: Rated for speeds up to 200 km/h
- Wind Loading: ~1,000 N at 200 km/h
- Material: Powder-coated galvanized steel reflector with corrosion-resistant hardware; integrated cable shroud
- Operating Conditions: –40 °C to +55 °C; 5–95% non-condensing humidity
- ESD/EMP Protection: Withstands ±24 kV air/contact discharges
- Certifications: CE, FCC, IC, RoHS; meets IEC and MIL‑STD environmental standards
📡 AirFiber X 5 GHz 34dBi Slant 45 RF & Antenna
- Frequency Range: 4.9–5.9 GHz
- Gain: 34 dBi across 5 GHz band
- Beamwidth: ~4.0° 3 dB horizontal/vertical
- Front-to-Back Ratio: > 35 dB
- VSWR: ≤ 1.5:1
- Polarization: Dual-linear at 45° slant
- Cross‑Polar Isolation: ≥ 38 dB
⚙ Integration & Compatibility
- Designed For: Seamless integration with airFiber X and airFiber 5XHD radios
- Mounting System: Snap‑in feedhorn bracket eliminates external cabling; ensures optimal RF coupling and minimal loss








