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HOME >  PRODUCTS >  TRANSPARENT WIRELESS UART MODULES >  LORA6100II : 2W UART LORA MODULE WITH LLCC68 CHIP ...
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection
LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection

LoRa6100II : 2W Uart LoRa Module With LLCC68 Chip For Mesh Network And ESD Protection

  • LoRa6100II is a low-voltage, low price uart LoRa module. It adopts LLCC68 chip from Semtech, with built-in hardware anti-crash self-reset protection circuit and overcurrent and overvoltage reverse connection protection circuit to resist external strong interference signals.
  • The LoRa6100II module is designed for 1W output power under the power supply of a single-cell lithium battery, and embedded small size design, which is widely used in wireless remote transmission control industries.
  • LoRa6100II strictly uses lead-free process for production and testing, and meets RoHS and Reach standards.
  • Note: The LoRa II series can be configured to be compatible with our previous uart LoRa modules.
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Note: The module is internally regulated by 3.3V LDO. The CS pin and SET pin control are 3.3V levels. TXD and RXD are also 3.3V levels.

Parameters Min. Typ.  Max. Unit Condition
Working Condition
Voltage range 3.4 4.0 5.5 V  
Operating Temperature -40 25 +85 ℃  
Current Consumption
Rx current   <8   mA TTL level
Tx current   < 1300   mA @5v,33dBm, 433MHz
  < 1000   mA @5v,31.5dBm, 915MHz
Sleep current   < 240   uA  
RF Parameters
Frequency range   414.92 433.92 453.92 MHz @433MHz
470.92 490.92 509.92 MHz @470MHz
849.92 868.92 888.92 MHz @868MHz
895.92 914.92 934.92 MHz @915MHz
Data rate 1312   62500 bps @LoRa
Output power 15   +33 dBm Software level 7 adjustable
19   31.5 dBm
Sensitivity   -129   dBm @1312bps
Interface TTL
Network MESH
Frequency 433MHz,470MHz,868MHz,915MHz
Modulation LoRa
Output Power 2W

Features of LLCC68 LoRa Module LoRa6100II

  • AES128 data encryption method
  • No blind zone without distance limitation
  • Single module open transmission distance of 12Km @ low rate
  • Frequency band: 433/470/868/915 MHzfor option
  • Up to 40 communication channels in the same frequency band
  • Diversified serial port parameters
  • Operating voltage range: 3.4~ 5.5 V
  • LBT (Listen Before Talk) function optional
  • Node/route/node+route optional in MESH mode
  • Built-in hardware reset protection circuit
  • LoRa modulation
  • TTL interface
  • Sensitivity up to -129 dBm@1.3Kbps
  • Maximum output power: 2W (@5V)
  • Operating temperature range: -40 ~ +85 °C

 

Applications of LLCC68 LoRa Module LoRa6100II

  • Remote control
  • Remote meter reading
  • Industrial data collection
  • Home automation telemetry
  • Wireless data communication
  • Access control system

 

Typical application circuit of LLCC68 LoRa Module LoRa6100II

Pins of LLCC68 LoRa Module LoRa6100II

NO. PIN Description
1 RXLED Receive signal indicator, low level, default high
2 TXLED Transmit signal indicator, low level, default high
3 CS Module enable pin (built-in pull-up) Note: Default factory version: sleep current <240uA, CS pulled high or suspended for normal communication, sleep at low level; Low power consumption version: sleep current <15uA, normal communication when CS is pulled low, pull high or float to sleep.
4 RXD Serial communication data reception
5 TXD Serial communication data transmission
6 NC No use
7 GND Antenna Ground
8 ANT RF signal output, connected to 50 ohm antenna
9 GND Antenna Ground
10 +3.3V OUT 3.3V voltage output pin, can drive devices within 50mA
11 485EN Can be connected to the external expansion 485 level control conversion pin
12 SET Configuration parameter enable (low level enable parameter configuration, default high level output)
13 GND Connect the negative pole of the power supply, ground wire
14 VCC Connect the positive pole of the power supply (typically 4V)

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