Product Description
Horn WiMAX Repeater Antenna 5.05-6.0 GHz is a 5050-6000 MHz outdoor directional horn antenna that delivers 20 dBi gain with dual linear polarization (H/V simultaneous). It is built for 50 Ohm RF systems and uses 2× N-Female connectors, while VSWR ≤ 1.5 supports efficient impedance matching across the 5.05–6.0 GHz band. The antenna shapes a controlled 20° × 20° beamwidth to maintain focused coverage for repeater and backhaul links.
Power handling is 150 W continuous (CW) with up to 200 W peak. Supplied with a tilt-adjustable pole bracket for 30–45 mm masts. Dimensions: 224×224×405 mm; weight: 1.2 kg.
| Specification |
Value |
| Frequency range |
5050-6000 MHz |
| Impedance |
50 Ohm |
| Gain |
20 dB |
| Connectors |
Connector 2× N-Female |
| Weight |
1.2 kg |
| Dimensions |
224×224×405 mm |
Technical Specifications of Horn WiMAX Repeater Antenna with Dual Polarization (Horizontal + Vertical)
- The 5.05-6.0 GHz wideband horn covers 5050-6000 MHz and provides 20 dBi gain in a compact form factor (gain-to-size optimized).
- It is a 50 Ohm outdoor directional antenna with VSWR ≤ 1.5 for reliable impedance matching and RF performance.
- A controlled 20° × 20° radiation pattern supports focused point-to-point and point-to-multipoint links.
- Dual-port configuration uses 2× N-Type female connectors (dual N-female).
- Dual linear polarization (H/V simultaneous) supports horizontal and vertical polarization at the same time and is suitable for 2×2 MIMO horn antenna setups.
- Power handling is 150 W continuous power (CW) with up to 200 W peak power handling.
- Supplied with a tilt/elevation pole bracket for 30-45 mm masts.
Key Features of Horn WiMAX Repeater Antenna 5.05-6.0 GHz
- 5050-6000 MHz wideband horn antenna (5-6 GHz broadband horn) for stable repeater and backhaul links
- 20 dBi gain with controlled narrow beam (20° × 20°) directional pattern
- Dual polarization / dual linear polarization: simultaneous horizontal + vertical (H/V) polarization
- Dual-port horn antenna with 2× N-Female connectors and 50 Ohm impedance
- Low VSWR (≤ 1.5) / good impedance matching for efficient power transfer
- High power handling: 150 W continuous and 200 W peak power
- Pole mount bracket with tilt/elevation adjustment for 30-45 mm diameter pipes
Applications of the Horn WiMAX Antenna 5.05-6.0 GHz
Designed for WiMAX repeater antenna deployments and for building reliable, powerful wireless radio links, including:
- Wireless backhaul antenna use: point-to-point and point-to-multipoint links
- Coverage extension for WiMAX, LTE/5G signals, and stable Wi-Fi networks
- Industrial and specialized RF systems, field and industrial wireless networks
- Monitoring / telemetry and RF links for remote data transmission
- Tactical and military-area use cases, including EW-related systems (as specified)
Compatibility
- Works with 50 Ohm RF systems operating in the 5050-6000 MHz (5.05-6.0 GHz) range
- 2× N-Type female interface for dual-port cabling to repeater or RF equipment
- Supports configurations that use H/V simultaneous dual polarization and 2×2 MIMO where applicable
How It Works❓
- A horn antenna concentrates RF energy into a controlled 20° × 20° beam to improve link stability and limit radiation outside the target sector..
- 20 dBi gain strengthens received and transmitted signals within 5.05–6.0 GHz.
- Dual-port H/V simultaneous polarization supports two linear channels while VSWR ≤ 1.5 maintains efficient matching in 50 Ohm systems.
Why Choose the Horn WiMAX Repeater Antenna 5.05-6.0 GHz, 20 dBi, Horizontal + Vertical Polarization, 2×N-Female, 50 Ohm❓
👉Choose this 5050-6000 MHz dual-polarized horn antenna 20 dBi when you need:
- A wideband, high-gain, outdoor directional solution for 5-6 GHz links
- Dual H/V polarization in one antenna (dual-port) with 2× N-Female
- High power RF horn antenna capability (150 W CW / 200 W peak power)
- Installation using a tilt-adjustable 30-45 mm pole bracket
Need a stable 5-6 GHz repeater/backhaul link with dual polarization and controlled beamwidth❓
Order the Horn WiMAX Repeater Antenna 5.05-6.0 GHz, 20 dBi.🤝
