The LoRa Blade Antenna – White (863–870MHz) is a compact, efficient indoor antenna designed for LoRa® and LoRaWAN® devices operating in the EU868 band. Its low-profile blade shape blends neatly into indoor environments while delivering consistent 2 dBi performance for nearby and mid-range indoor communication.
With an RP-SMA male connector, it attaches directly to compatible gateways, enclosures and nodes without adapters. This antenna is included with the RAK7268 WisGate Edge Lite 2, but is equally suited to any indoor LoRa device requiring stable, omnidirectional coverage in the 863–870MHz band.
📍 Note: Indoor antennas are ideal for applications where devices operate within the same building or nearby rooms, ensuring stable short- to mid-range connectivity.
KEY FEATURES
- 2 dBi Indoor Gain: Provides balanced coverage for nearby and mid-range indoor LoRaWAN® devices.
- 863–870MHz EU868 Tuning: Optimised for stable LoRa communication within indoor environments.
- RP-SMA Male Connector: Direct, secure attachment to indoor gateways and nodes without adapters.
- Omnidirectional Pattern: Ensures consistent signal distribution throughout rooms and indoor spaces.
- Slim Blade Form Factor: Fits neatly on compact gateways or small IoT enclosures without visual clutter.
- High-Quality ABS Housing: Durable, lightweight construction suitable for continuous indoor use.
- Ideal for Gateways & Nodes: Works with RAK7268 and similar indoor LoRaWAN® hardware.
IDEAL FOR
Indoor LoRaWAN® Gateways: Including RAK7268 WisGate Edge Lite 2
LoRa End Devices: Compact nodes needing unobtrusive internal antennas
Smart Buildings: LoRa-based automation, motion, and environmental sensors
Industrial Indoor IoT: Machine monitoring and indoor equipment tracking
Development & Testing: Lab setups, prototyping, indoor range testing
LoRa Blade Antenna – White (863–870MHz, RP-SMA, Indoor)
The LoRa Blade Antenna – White (863–870MHz) is a slim, indoor omnidirectional antenna designed for LoRaWAN® gateways, enclosures and nodes. Its RP-SMA male connector and 2 dBi typical gain make it ideal for compact devices requiring reliable indoor signal performance.


















