1、RHF3M076 INTRODUCTIONKey features:Full Band (Sub-GHz) support with single port;20dBm Max Output Power Low Band 410MHz-510MHz; 14dBm Max Output Power High Band 860MHz-960MHz; 3 Bi-color LEDs to show status;Plug and play USB CDC deviceAT Command interfaceApplication:Full band LoRaWAN node/mote; LoRaWA

2、N protocol (Class A) study; LoRaWAN system/network maintenance;LoRa communication system evaluation (signal, distance etc.);Environment RSSI (Floor noise) monitor;PRODUCT APPEARANCESize: 62 X 45 X 18 mmBack Side ViewFront Side ViewCASE1: AS A LORAWAN NODE OR PROTOCOL ANALYZERvConnect the RHF3M076 mo

3、dem to PC via micro USB cable;Open serial terminal (SSCOM/AccessPort), then you could operate AT Command to make the Modem work like a Node;Set frequency channel(015 channel, 16 channels total max):Set second RX window frequency and Data Rate: Set LoRaWAN related AES-128 KEY, NWKSKEY or APPSKEY :Set

4、 Data Rate or Spreading factor: Set TX output power:Send a string/hex format frame without being confirmed by server:Send a string/hex format frame need to be confirmed by server:vvvvvvvvCASE2: RF PERFORMANCE MEASUREMENTUse command “AT+Mode=Test”, the modemwould access into Test mode;Use command “AT

5、+TEST=TXCW ” to measurethe CW signal of the modem;Use command “AT+TEST=TXCFG” and “AT+TEST=TXLRPKT ” to do LoRa signal output measurement;Use command “AT+TEST=RXCFG” and “AT+TEST=RXLRPKT” to do LoRa receiver sensitivity measurement;CASE3: PING PONG TEST WITH LORAYou need 2 RHF3M076 LoRaWAN modem to do this test;Use command “AT+Mode=Test”, the modemwould access into Test mode;Configure the TX and RX side with the same parameters, same freq, same SF and same BW, keep the Preamble length of RX side equal to or bigger than TX sid