High gain 8.5dBi Vertical polarization 5G Panel Antenna

Product Introduction

1. Interference-Free 5G Performance
   Ultra-low IM3 ≤-153dBc (at 2×33dBm) eliminates signal distortion in dense deployments – critical for high-capacity venues.

2. Tri-Band High Efficiency
   Covers 698-960MHz (5.5dBi), 1710-2700MHz (7dBi), and 3400-4000MHz (8.5dBi) with ≤1.8 VSWR for full 4G/5G compatibility.

3. Precision Beam Control
   Optimized beamwidths (55°-80° horizontal/30°-70° vertical) focus signals while reducing cross-cell interference.

4. Rugged Compact Design
   ABS radome protects internal components in extreme temps (-40°C to +65°C) with 60m/s wind rating – all in a lightweight 180×170×60mm housing.

5. Industrial-Grade Reliability
   50W power handling + DC-ground lightning protection ensures 24/7 operation for critical infrastructure.

Application scenarios

• Smart City Infrastructure: Traffic control/streetlight monitoring

• Private 5G Networks: Factory automation/warehouse logistics

• CBRS Deployments: Neutral host systems for venues

• Rural Connectivity: Cost-effective coverage expansion

• Emergency Communications: Rapid-deploy temporary cells

FAQ

Q: What’s IM3 and why does it matter?
A: Third-order intermodulation (IM3 ≤-153dBc) prevents signal distortion in multi-carrier environments like stadiums.

Q: Is this antenna suitable for mmWave 5G?
A: No – designed for sub-6GHz bands (n48/n77/n78) in FR1 spectrum (3400-4000MHz).

Q: Why vertical polarization?
A: Standard for cellular base stations to match tower equipment polarization.

Q: What pole diameter fits the mount?
A: Compatible with Ø35-60mm poles (hardware typically included).

Q: Can it handle high-power transmitters?
A: Yes – 50W max input per port via N-F connector.

Q: Weather resistance?
A: ABS radome protects against UV/corrosion; rated for 60m/s winds (216 km/h).

Q: Beamwidth differences by band?
A: Higher frequencies = narrower beams (e.g., 55° H/30° V at 3400-4000MHz).

Q: Typical applications?
A: Small cells, DAS, private networks, and industrial IoT backhaul.