Product Description:
This 0.9 m (3 ft) deep dish backhaul antenna is built for Ubiquiti Wave MLO5, Wave MLO6, and Cambium ePMP Force 400 and 4600c radios, providing high-capacity wideband 6 GHz backhaul. Designed for point-to-point (PTP) wireless bridges, it is optimized for Wi-Fi 7 MLO and Wi-Fi 6E radios to deliver ultra-high-performance backhaul solutions for WISPs. The antenna includes a side strut for added stability and a radome for durability and aerodynamics.
Wideband 6 GHz Backhaul 900mm Deep Dish Antenna
Model Number: WB6-BH-900
4.9-7.2 GHz 0.9m deep dish for long-distance (0-20 km) PTP backhaul.
Features
- •Size: 0.9m (3ft)
- •Frequency range: 4.9-7.2 GHz
- •Gain: 30-34 dBi
- •Port isolation: >35 dB
- •VSWR: <1.6
- •Front-to-back ratio: 50 dB
- •Polarization: Dual-Linear (H/V) 2x2 MIMO
- •Connectors: Two RP-SMA female bulkhead (also includes two RP-SMA male jumper cables)
- •Weather rating: IP67
- •Ubiquiti compatibility: Wave-MLO5, Wave-MLO6, AF5XHD
- •Cambium compatibility: ePMP Force 300, 400c, 4600c PTP 550/550E
Documentation
High-Performance Wideband Backhaul
Engineered for Ubiquiti Wave MLO (Wi-Fi 7) and Cambium ePMP Force (Wi-Fi 6E) radios, this 900 mm parabolic dish supports the full 4.9–7.2 GHz spectrum. Its design delivers exceptional gain, concentrated signal strength, and reliable long-distance connectivity for carrier-grade PTP backhaul links.
Superior Noise Rejection
The deep-dish parabolic design minimizes side lobes and rejects interference, ensuring consistent performance in congested spectrum environments. Network operators and WISPs benefit from stable throughput and cleaner links even in challenging deployments.
Carrier-Grade Reliability
Built to withstand demanding conditions, the antenna includes a reinforced side strut for mechanical stability and a radome that protects against harsh weather while improving aerodyBuilt to withstand demanding conditions, the antenna includes a reinforced side strut for mechanical stability and a radome that protects against harsh weather while improving aerodynamics. This ensures long-term durability, reduced maintenance, and dependable field performance.namics. This ensures long-term durability, reduced maintenance, and dependable field performance.
Built for WISPs
With ultra-high-capacity throughput and robust noise isolation, this antenna is ideal for wireless ISPs and network operators seeking reliable, scalable backhaul solutions across Wi-Fi 6E and Wi-Fi 7 MLO deployments.
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