Proprietary LPWAN/SUB-G Wireless I/O Module


WISE-4210 utilizse proprietary LPWAN (low-power wide-area network) wireless interface, which provides better connection compared with 2.4G Wi-Fi.

  • WISE-4210


    WISE-4210 utilizes a proprietary LPWAN wireless interface which eliminates network interference. With a kilometer-long communication distance and excellent battery power, WISE modules are ideal solutions for machine-to-machine and smart factory IoT applications.


  • WISE-4210-AP


    WISE-4210 wireless sensor node and AP series utilize proprietary LPWAN (Low-Power Wide-Area Network) wireless communication technology. Comparing with traditional 2.4G Wi-Fi, Sub-1GHz LPWAN can provide better connection and eliminate network interference. A WISE-4210-AP can organize a LPWAN network with 64 WISE-4210-S200 series nodes paired by star topology. Moreover, WISE-4210-AP supports MQTT and RESTful API IoT protocol for cloud integration as well as pre-integrating Azure IoT Hub for automatically pushing data to the cloud without requiring any gateway.


  • WISE-4210-S231


    WISE-4210 wireless sensor node and AP series utilize proprietary LPWAN (Low-Power Wide-Area Network) wireless communication technology. Comparing with traditional 2.4G Wi-Fi, Sub-1GHz LPWAN can provide better connection and eliminate network interference. WISE-4210-S231 nodes has a kilometer-long communication distance and battery power. With a 3.6V AA Lithium battery, the sensor node can maintain communication at a distance of 5 km for up to 5 years, thereby eliminating the need to recharge or change batteries.


  • WISE-4210-S251


    WISE-4210 wireless sensor node and AP series utilize proprietary LPWAN (Low-Power Wide-Area Network) wireless communication technology. Comparing with traditional 2.4G Wi-Fi, Sub-1GHz LPWAN can provide better connection and eliminate network interference. WISE-4210-S231 nodes has a kilometer-long communication distance and battery power. With a 3.6V AA Lithium battery, the sensor node can maintain communication at a distance of 5 km for up to 5 years, thereby eliminating the need to recharge or change batteries.


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