The Kerlink Wirnet IBTS Antenna Kit is designed to enhance the communication range of Wirnet iBTS LoRaWAN® outdoor gateways. This kit includes a 5 dBi antenna optimized for the 868 MHz frequency band, featuring an N male connector for secure and stable connections. It ensures improved signal coverage and performance in both urban and rural environments.
🔑 Key Features
✔ Optimized for LoRaWAN® – Provides high-performance signal transmission for Wirnet iBTS outdoor gateways.
✔ 5 dBi Gain – Enhances signal strength and network coverage for extended range.
✔ Weather-Resistant Design – Rated IP66K, ensuring durability in harsh outdoor conditions.
✔ Robust Build Quality – Constructed with fiberglass, making it lightweight and durable.
✔ Versatile Installation – Includes mounting bracket for pole or wall installation.
✔ Reliable Connection – Equipped with an N male connector, ensuring low-loss RF connectivity.
📦 Technical Specifications
✅ Frequency Range: 865 MHz ± 5 MHz
✅ Gain: 5 dBi
✅ Antenna Length: 110 cm
✅ Antenna Weight: 540 g
✅ Connector Type: N Male
✅ Material: Fiberglass
✅ Operating Temperature: -20°C to +60°C
✅ Wind Resistance: Up to 150 mph
✅ IP Rating: IP66K (weather-resistant)
📦 Package Contents
✅ 5 dBi Antenna with N Male Connector
✅ Mounting Bracket for pole or wall installation
✅ 1-meter RF Cable with N Male connectors
This high-gain antenna kit is ideal for expanding the coverage and reliability of LoRaWAN® networks, ensuring stable and long-range data transmission.
📥 Product Downloads:
- Device Type: Omni-directional LoRaWAN® Antenna
- Frequency Range: 868 MHz
- Gain: 5 dBi
- Polarization: Vertical
- Impedance: 50 Ohms
- Connector: N Male
- Mounting: Pole-mounted using included U-bolts (supports poles up to 48 mm in diameter)
- Compatibility: Designed for use with Kerlink Wirnet™ iBTS gateways
- Installation Note: This antenna comes with its own mounting kit and cannot be installed on the universal antenna bracket. Ensure a minimum distance of 20 cm between the radiating parts of the internal LTE antenna and the external LoRa antenna for optimal performance.