863-870MHz 5dBi high gain fibberglass antenna

Maximize your LoRaWAN and IoT network performance with our premium 863-870MHz 5dBi High Gain Fiberglass Antenna. Engineered for demanding outdoor environments, this antenna is the backbone of any robust, long-distance, low-power wide-area network (LPWAN) deployment operating within the critical EU868 frequency band.

When signal integrity and coverage are non-negotiable, the combination of 5dBi gain and industrial-grade fiberglass construction delivers unmatched performance, guaranteeing years of reliable, high-efficiency data transfer from remote sensors and gateway infrastructure.

1. Unmatched Performance: Key Features & Technical Advantages

Achieving reliable long-range communication requires more than just high power; it demands a finely tuned antenna with superior construction. Our 863-870MHz antenna is precision-engineered to provide the stability and reach your network needs.

1.1 Precision-Tuned for the EU868 Spectrum

This antenna is specifically designed to operate across the 863 MHz to 870 MHz frequency range. This band is critical for:

• LoRaWAN EU868: Providing deep coverage and range for European, Middle Eastern, and African LoRa networks.

• ISM Band Applications: Supporting various unlicensed Industrial, Scientific, and Medical applications requiring long-range communication.

The narrow band tuning ensures minimal signal loss and an excellent Voltage Standing Wave Ratio (VSWR of < 1.5), which is crucial for maximizing the efficiency of your radio transmitter and receiver.

1.2 The Power of 5dBi High Gain

The 5dBi gain is carefully balanced to offer a significant boost in effective radiated power without sacrificing vertical coverage excessively.

• Extended Range: The higher gain focuses the energy into a flatter, horizontal "donut" radiation pattern. This drastically increases the transmission distance and improves the receiver's sensitivity to faint signals coming from distant end nodes.

• Omni-Directional Stability: While boosting signal range, the omni-directional pattern ensures 360-degree horizontal coverage. This is essential for LoRaWAN gateways that need to connect with sensors spread out in all directions.

• Reliable Penetration: The focused power aids in penetrating minor obstructions, making it ideal for urban and semi-rural environments where line-of-sight might be partially blocked.

1.3 Industrial-Grade Fiberglass Durability

Outdoor antennas must withstand the elements. Our high-quality fiberglass radome is the ultimate protective layer, transforming the antenna into a weatherproof, industrial asset.

• Weather Resistance: The fiberglass shell provides superior protection against heavy rain, hail, snow, and ice, ensuring consistent performance regardless of climatic conditions.

• UV and Corrosion Proof: Unlike standard plastic casings that degrade and crack in sunlight, the UV-resistant fiberglass prevents solar degradation. It is also highly corrosion-resistant, making it perfect for coastal or chemically active industrial sites.

• Longevity: This rugged construction translates directly into a lower total cost of ownership (TCO), as the antenna requires virtually zero maintenance and has an extended operational lifespan.

2. Versatile Applications: Where Reliability Meets Range

The reliability of the 863-870MHz 5dBi fiberglass antenna makes it an indispensable component across multiple critical sectors:

2.1 LoRaWAN and Decentralized Networks (e.g., Helium)

This antenna is the top choice for upgrading LoRaWAN gateways and Helium (HNT) Miners.

• Network Optimization: A higher gain antenna directly increases the size of a gateway's coverage area, enabling connection with more remote nodes and optimizing proof-of-coverage performance.

• Backhaul Linkage: Used in point-to-multipoint scenarios to link clusters of sensors back to a central gateway over challenging topography.

2.2 Smart City and Urban Infrastructure

Deploy this antenna for metropolitan monitoring and control systems that demand city-wide coverage.

• Smart Metering: Provides reliable connectivity for automated meter reading (AMR) systems for water, gas, and electricity across wide municipal areas.

• Environmental Monitoring: Supports large-scale air quality, noise pollution, and flood monitoring sensors.

• Asset Tracking: Ensures real-time location data for public transport fleets, utility vehicles, or high-value infrastructure.

2.3 Precision Agriculture and Industrial IoT (IIoT)

For vast, open spaces where power is limited, this antenna delivers the necessary distance.

• Agri-Tech: Remotely monitor soil moisture, temperature, and climate data over hundreds of hectares, allowing farmers to optimize irrigation and resource allocation.

• Industrial Automation: Maintain seamless communication within large industrial complexes, warehouses, or construction sites for tracking assets and monitoring machinery status.

3. Detailed Technical Specifications

4. Simple Setup and Installation Guide

Proper installation is key to maximizing your 5dBi antenna's performance.

1. Mounting: Use the included brackets to secure the antenna to a mast or pole. Ensure the antenna is mounted as high as possible—ideally above the surrounding rooflines and obstacles—to maintain a clear line-of-sight (LOS) path.

2. Cable Selection: Due to the high-frequency nature of LoRaWAN, use a low-loss cable (such as LMR-400 equivalent or better) to connect the antenna to your gateway. Minimize cable length to prevent signal attenuation.

3. Grounding: For maximum protection against lightning and electrical surges, always follow local regulations for proper antenna grounding. The fiberglass shell protects the internals, but grounding protects your sensitive gateway electronics.

4. Connector: Use the standard N-Female connector and ensure a tight, weatherproof seal on the connection point to prevent moisture ingress.