Things/Devices IoT Devices
Gateway
Network Server
Application Server
Seamless Long-Range IoT Connectivity with LoRa & LoRaWAN Technology
Our LoRa / LoRaWAN wireless modules deliver cost-effective, long-range, low-power connectivity for IoT systems. Built on industry-standard LoRa® physical layer and LoRaWAN® protocol, they support global frequency bands and robust network scalability, enabling reliable data transmission across urban and remote environments. With compact designs, flexible interfaces, and easy integration, MinewSemi’s modules accelerate solutions for smart metering, industrial automation, precision agriculture, asset tracking, and other large-scale IoT deployments.
LoRa/LoRaWAN Module Series
PRODUCT
APPLICATION FIELD
APPLICATION
Precision Irrigation
Monitor soil moisture in real time and trigger irrigation only when needed. LoRa-enabled sensors support long-range, low-power monitoring across large farms, greenhouses, and outdoor landscapes—reducing water waste and operating costs.
Fitness Tracking
Collect health and activity data such as heart rate, movement, and workout intensity. Low-power wireless connectivity enables reliable data transmission from wearable devices to gateways and cloud platforms.
Smart Parking
Detect parking space occupancy and guide drivers to available spots in real time. LoRaWAN connectivity ensures wide-area coverage for outdoor and multi-level parking environments with minimal infrastructure.
Smart Home
Connect and control home devices such as access control, lighting, and security systems. Long-range wireless modules enable stable communication between distributed sensors and smart home hubs.
Smart Factory
Track assets, equipment status, and environmental conditions across industrial facilities. LoRa modules provide reliable long-distance communication in complex factory and warehouse environments.
Workspace Utilization
Monitor desk usage, meeting rooms, and indoor occupancy to improve space efficiency. Low-power IoT sensors transmit data over LoRa networks for centralized management and analysis.