LoRa Fiberglass Antenna

Bat Wireless LoRa fiberglass antenna is precisely adapted to the LoRa LPWAN frequency band. Its high-sensitivity signal reception design enables long-distance, stable data transmission in complex environments, providing reliable wireless connectivity for low-power IoT devices.

Features

●  Long-Range Transmission: High gain enables transmission up to several kilometers, covering a wide area.

●  Low-Power Adaptation: Optimizes signal reception efficiency to match the low-power requirements of LoRa devices, extending device battery life.

●  Durability: The fiberglass housing is IP67-rated for waterproof and dustproofing, high and low-temperature resistance, and corrosion resistance, making it suitable for harsh outdoor environments.

●  Strong Interference Resistance: The low standing wave ratio design effectively resists electromagnetic interference, ensuring stable data transmission in complex environments.

●  Easy Installation: Equipped with a universal mounting bracket, it requires no specialized tools for quick outdoor or device-side deployment.

●  Flexible Frequency Band: Supports custom adaptation to mainstream LoRa frequency bands (such as 433MHz, 868MHz, and 915MHz), with wide compatibility.

Classic Application Scenarios

●  Smart Agriculture: Enables long-distance data transmission for soil sensors, irrigation controllers, and other devices, enabling intelligent farmland management.

●  Smart Security: Supports low-power networking for security devices such as outdoor cameras and infrared detectors, ensuring regional safety monitoring.

●  Industrial IoT: Adapts to factory equipment status monitoring sensors, enabling large-scale data collection within workshops and factory areas.

●  Smart Meters: Provide stable signals for remote meter reading devices such as water, electricity, and gas meters, ensuring real-time data upload.

●  Environmental Monitoring: Meets the wireless data transmission needs of weather stations, air quality monitoring equipment, and other remote locations.