High-performance directional antenna for multi-band wireless communication.
Frequency coverage: 698–960 MHz, 1710–2700 MHz, and 3300–3800 MHz.
Gain levels: 16 dBi (low band), 22 dBi (mid band), and 24 dBi (high band) for strong signal reception.
Grid parabolic design reduces wind load and enhances durability.
Dual-polarization support (Vertical + Horizontal) improves signal reliability and diversity.
Low VSWR (≤2.5) minimizes signal loss and boosts efficiency.
Supports maximum power handling up to 100W.
Built to withstand harsh environments with wind resistance up to 60 m/s.
Ideal for long-distance transmissions, cellular networks, broadband, and fixed wireless access.
ELECTRICAL | |||
Model | AN-Q38 | ||
Frequency Range | 698-960-MHz | 1710-2700-MHz | 3300-3800-MHz |
Bandwidth | 262-MHz | 990-MHz | 500-MHz |
Gain | 16dBi | 22dBi | 24dBi |
Beamwidth | H：14° E：16° | H：7° E：9° | H：6° E：8° |
F/B Ratio | ≥20-dB | ≥23-dB | ≥25-dB |
VSWR | ≤2.5 | ≤2.5 | ≤2.5 |
Polarization | V+H | V+H | V+H |
Max power | 100 -W | ||
Nominal Impedance | 50 -Ω | ||
MECHANICAL | |
Connector | 2*N or N female or customized |
Antenna Dimension | 600*900-M M (feed:167*392MM) |
Weight | 6/-Kg |
Rated Wind Velocity | 60-m/s |
Diameter of the Pole | Φ40~50 |
Wide Frequency Coverage: Supports 698-960MHz, 1710-2700MHz, and 3300-3800MHz for versatile applications.
High Gain & Precision: Delivers 16dBi, 22dBi, and 24dBi gain with narrow beamwidth (H: 6°–14°, E: 8°–16°) for focused signal direction.
Dual Polarization: Vertical + Horizontal (V+H) polarization improves signal quality and reduces interference.
Durable Construction: Grid parabolic design (600×900mm, 6kg) minimizes wind resistance and withstands 60 m/s winds.
Low VSWR: ≤2.5 ensures efficient power transfer and minimal signal loss.
High Power Handling: Supports up to 100W for robust performance in high-demand scenarios.
Flexible Mounting: Compatible with 40-50mm diameter poles and customizable N-type connectors.
Reliable Backward Signal Rejection: F/B ratio ≥20dB reduces interference from rear signals.
Standard Impedance: 50Ω input impedance for seamless integration with RF systems.
