IoTea LoRa SmartAgriculture
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Grove is a very powerful platform developed by Seeed Studio to simplify your IoT projects.We have integrated the grove connector to most boards produced by Seeed to make them become a system. This time, we combined Grove with LoRa to provide an ultra-long-range wireless module for you.
The main functional module in Grove - LoRa Radio 433MHz is RFM98, which is a transceiver features the LoRa long range modem that provides ultra-long range spread spectrum communication and high interference immunity whilst mini-missing current consumption. The heart of Grove - LoRa Radio 433MHz is ATmega168, a widely used chip with very high-performance and low power consumption, especially suitable for this grove module.
There we already integrated a simple wire antenna to receive signal, if the signal is too weak to receive, don’t worry, the MHF connector next to the antenna is for adding a second antenna which has MHF interface to gain more signal.
This is the 433MHz version, which can be used for 433MHz communication. You can also find the version for 868MHz at Grove - LoRa Radio 868MHz.
Please keep the antenna vertical to the board and as straight as possible to make the best performance.
Please avoid making any big metal object near the antenna and a metal cape is also not recommended if you need to add a cape for your device.
Using RFM95 module based on SX1276 LoRa®
~28mA(Avg) @+20dBm continuous transmit
~20mA(Avg) @receive mode, BW-500kHz
Simple wire antenna or MHF Connector for external high gain antenna
+20dBm - 100 mW Power Output Capability
Wiki of Grove - LoRa Radio 433MHz
Hi there~ Please tell us more about the detail, you can contact us through email # firstname.lastname@example.org#
And please upload your the detail of error code ,you can give us a screenshot of copy the text. Regards
Please refer to the last reply, Thanks.
it is around 1~2KM distance. it can be one sending and multiple receiving. thanks.
Please refer to 188.8.131.52. Coding Rate ** To further improve the robustness of the link the LoRaTM modem employs cyclic error coding to perform forward error detection and correction**. For more info, please refer to **http://www.hoperf.com/upload/rf/RFM95_96_97_98W.pdf** thanks.
Hi there, it is RFM98 module inside of Lora radio 433Mhz. Please refer to 184.108.40.206. Coding Rate **
To further improve the robustness of the link the LoRaTM modem employs cyclic error coding to perform forward error detection and correction**. For more info, please refer to **http://www.hoperf.com/upload/rf/RFM95_96_97_98W.pdf** thanks.