The Second Generation RAK Fiberglass Antenna is designed to provide reliable long-range LoRaWAN connectivity for gateways, hotspots and wireless IoT infrastructure.
Operating across the EU868 frequency band (863-870MHz), this antenna offers up to 5.8dBi gain and a full 360° omnidirectional radiation pattern, making it suitable for community LoRaWAN networks, Helium deployments and professional IoT installations.
Constructed with a durable fiberglass (also known as fibreglass) radome and supplied with mounting brackets, the antenna is designed for outdoor installation while maintaining stable RF performance in challenging environments.
This variant includes an RP-SMA to N-Type cable assembly, making it fully compatible with many RAK WisGate gateways and Helium Hotspot installations.
KEY FEATURES
Optimised for EU868 LoRaWAN Networks
Designed for operation across the 863-870MHz frequency band used throughout the UK and Europe.
High Gain Performance
Provides 5.1 to 5.8dBi gain to improve gateway coverage and network reach.
Omnidirectional Coverage
360° radiation pattern delivers consistent coverage in all directions.
Durable Fiberglass Construction
Weather-resistant fiberglass radome suitable for permanent outdoor installation.
Gateway and Hotspot Ready
Compatible with many LoRaWAN gateways and Helium hotspot deployments.
Complete Mounting Kit Included
Supplied with mounting brackets and RP-SMA to N-Type cable assembly.
Wide Operating Temperature Range
Designed for reliable operation in demanding outdoor environments.
IDEAL FOR
- LoRaWAN Gateways
- Helium Hotspots
- Meshtastic Deployments
- MeshCore Networks
- Community LoRa Networks
- Private LoRaWAN Networks
- Smart Agriculture
- Environmental Monitoring
- Remote Monitoring
- Sensor Networks
5.8dBi Fiberglass LoRa Antenna EU868 – 800mm N-Type to RP-SMA
The 5.8dBi Fiberglass LoRa Antenna EU868 is a high-performance omnidirectional antenna designed for LoRaWAN® gateways and Helium hotspots operating on EU868 frequencies (863-870MHz). Supplied with mounting brackets and an RP-SMA to N-Type cable assembly, it provides improved coverage and reliable outdoor performance for LoRaWAN deployments.
