Heyuan Factory Direct Sale 433Mhz Multi Hop Wireless Point To Point Lora Transceiver And Receiver Data Transmission Module
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- Supplier: Heyuan Intelligence Technology Co. Ltd.
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Products Description
Heyuan Factory Direct Sale 433Mhz Multi-Hop Wireless Point To Point Lora Transceiver And Receiver Data Transmission Module
Heyuan New LoRa Data Transmission Terminal, Model No.IOT-L2S-B1M/S, is universcal commnication interactive equipment designed and manafactured based on LLCC68 LoRa RF chip from Semtech. It can implement a peer-to-peer communication between nodes, without the use of gateways, and extends node reachability through multi-hop communication. The low-cost, flexible and easy-to-configure “out-of-Internet” communication can be ensured wherever and whenever needed.
It is widely applied in fields of IoT, wireless meter reading, smart home, smart city, fire safety, industrial manufacturing,agriculture and forestry monitoring, building energy saving etc..
It is widely applied in fields of IoT, wireless meter reading, smart home, smart city, fire safety, industrial manufacturing,agriculture and forestry monitoring, building energy saving etc..
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Application
Mesh network architecture
A master and an end node are used in our LoRa mesh topology.
The configuration of these two nodes was the same as the configuration is used for the two-node-based network but the defined destination Node ID at the master node and defined source Node ID at the slave receiver end node were different. Repeaters worked as a transceiver to receive data from master node A and forward it to the end slave node. Then, the repeater node ID was added for the data packet will be transmitted to the end slave node. The network frequency was defined as 433MHz for all nodes.
The configuration of these two nodes was the same as the configuration is used for the two-node-based network but the defined destination Node ID at the master node and defined source Node ID at the slave receiver end node were different. Repeaters worked as a transceiver to receive data from master node A and forward it to the end slave node. Then, the repeater node ID was added for the data packet will be transmitted to the end slave node. The network frequency was defined as 433MHz for all nodes.
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