900 MHz Omni Antenna (824–960 MHz) – 6.5 dBi High-Gain Outdoor Antenna

Description

Built for Reliable Sub-GHz Wireless Coverage

When your network needs to reach farther and perform in difficult environments, higher frequencies won’t cut it. This 900 MHz omni-directional antenna is engineered for long-range, low-frequency wireless systems, delivering stable connectivity across the 824–960 MHz band.

With a 6.5 dBi gain and optimized vertical beamwidth, it provides consistent 360° coverage—making it the ideal choice for LoRa, IoT, SCADA, and point-to-multipoint base station deployments.

Real-World Outdoor Performance

This isn’t a lightweight indoor antenna—it’s designed for permanent outdoor installation where reliability matters:

• Farms and agricultural networks
• Campgrounds and RV parks
• Marinas and waterfront properties
• Industrial yards and remote facilities
• IoT sensor and monitoring networks

The sub-GHz frequency range allows signals to travel farther and penetrate obstacles like trees, buildings, and terrain—where 2.4 GHz and 5 GHz fail.

RF Performance That Actually Matters

This antenna is tuned for efficient energy distribution and stable link performance across the entire band:

• Frequency Range: 824–960 MHz
• Gain: 6.5 dBi
• Radiation Pattern: True omni-directional (360° horizontal)
• Vertical Beamwidth: 30° (optimized for ground-level coverage)
• Polarization: Vertical
• Impedance: 50 Ohms
• VSWR: ≤ 2.0 (low reflection loss)

The 30° vertical beamwidth is key—it focuses signal where it’s needed instead of wasting energy upward or downward.

Rugged Mechanical Design

• IP66 Weatherproof Rating – Built to withstand rain, dust, and harsh environments
• Fiberglass Radome – UV-stable, RF-transparent enclosure
• DC Grounded – Helps protect against static discharge
• Pole/Mast Mounting Kit Included – Fits 25–50 mm mounting diameters

This is a set-it-and-forget-it deployment antenna designed for long-term outdoor use.

Connectivity & Cable Options (Where Most Systems Fail)

The antenna includes a integrated SMA -Female, but this is where most installs run into problems—adapters and poor cabling reduce performance.

Upgrade Option (Recommended)

We offer custom coaxial pigtail cables built specifically for your setup:

• N-Male
• N-Female
• RP-TNC
• Custom lengths (low-loss cable options)

👉 This ensures:

• Cleaner installs
• Lower signal loss
• Direct connection to your radio (no adapters)

Designed for Scalable Networks

This antenna is best used as a central base station, communicating with multiple remote devices:

• 900 MHz point-to-multipoint systems
• LoRa gateway deployments
• Agricultural sensor networks
• Remote monitoring and telemetry
• Industrial IoT infrastructure

As your network grows, simply add endpoints—no need to redesign your coverage.

Why 900 MHz Still Wins

Compared to higher-frequency wireless:

• Better range at lower power
• Superior penetration through trees and structures
• More stable in rural and interference-heavy environments

👉 If your deployment isn’t line-of-sight perfect, 900 MHz is often the difference between working and not working.

Technical Specifications

Real-World Coverage Expectations

While performance depends on terrain and interference, typical deployments see:

• 1–3 miles in light obstruction (trees, small buildings)
• 3–5+ miles in open rural environments
• Shorter ranges in dense industrial or urban environments

👉 Proper mounting height and clean cabling make a significant difference.

Contact GNS Wireless for more information:

Not sure if this is the right antenna for your setup?

At GNS Wireless, we design complete systems—not just sell parts.

👉 Reach out for:

• Network design & layout
• Proper antenna + radio pairing
• Custom cable builds
• Full deployment support