90° Horizontal 1710-1990MHz 17dBi Panel Antenna

Product introduction

1. High 17dBi Gain for Extended Range

With 17dBi directional gain and a narrow 7° vertical beamwidth, this antenna focuses RF energy for long-distance coverage and improved signal strength in point-to-multipoint deployments.

2. Optimized for 1710-1990MHz Band

Covers the full DCS (1710-1880MHz) and PCS (1850-1990MHz) bands with 170MHz bandwidth, making it perfect for 2G/3G/4G base station applications.

3. Wide 90° Horizontal Coverage

The 90° horizontal beamwidth provides excellent sector coverage, allowing one antenna to serve a broad area – ideal for 3‑sector or 4‑sector cell sites.

4. Outstanding Front-to-Back Ratio (≥25dB)

Minimizes interference from signals behind the antenna, improving signal clarity and system capacity in dense network environments.

5. Rugged Outdoor Construction

Rated for wind speeds up to 60 m/s, with a robust panel design (1200×170×60mm, 7kg) and N‑type female connector. Supports pole mounting on 50‑70mm masts with adjustable tilt.

Application scenarios

Cellular Base Station Sector Antenna

Point-to-Multipoint Distribution

Train & Railway Communication

Public Safety & Emergency Networks

Industrial & Campus Wireless Backhaul

FAQ

Q:What frequency range does this antenna support?

A:It supports 1710MHz to 1990MHz, covering DCS (1710‑1880MHz) and PCS (1850‑1990MHz) bands used for 2G, 3G, and 4G LTE networks.

Q:What is the gain and beamwidth?

A:The antenna provides 17dBi gain with a 90° horizontal beamwidth and 7° vertical beamwidth, ideal for sectorized cell sites.

Q:Is this antenna suitable for 5G?

A:It is optimized for 1710‑1990MHz, which includes some 5G bands (e.g., n1, n2, n3, n66). However, it does not cover newer 5G bands like 3.5GHz.

Q: What connector does it use?

A:It comes with an N‑type female connector, a standard for base station antennas.

Q:What is the front-to-back ratio?

A:The front-to-back ratio is ≥25dB, meaning excellent rejection of signals coming from behind the antenna.

Q: What VSWR can I expect?

A:VSWR is ≤1.5 across the full band, ensuring very low signal reflection and efficient power transfer.