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LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection
LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection

LoRa6100II-1W: UART LoRa Module with Mesh Networking and ESD Protection

The LoRa II module is a new series of upgraded networking wireless communication modules from NiceRF. It uses advanced LoRa spread spectrum modulation frequency hopping technology to achieve high sensitivity. The penetrating power and communication distance are far superior to the current FSK and GFSK products, and have stronger anti-interference. In order to meet the application needs of different customers, we design the module software of this series as an all-in-one way. Users can switch between different working modes through the PC software configuration module. In MESH mode, the routing module has automatic routing. Function, the user can form a network transmission without blind zone without distance limitation by means of multi-module combination. At the same time, users can also encrypt AES128 wireless data through PC software or serial port instructions, making data transmission more secure.

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 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.

ParametersMin.Typ. Max.UnitCondition
Working Condition
Voltage range3.44.05.5V 
Operating Temperature-4025+85 
Current Consumption
Rx current <8 mATTL level
Tx current < 800 mA@5v,31dBm 433/470MHz
 < 1100 mA@5v,31dBm 868/915MHz
Sleep current < 240 uA 
 <40 uALow Power
RF Parameters
Frequency range  414.92433.92453.92MHz@433MHz
470.92489.92509.92MHz@470MHz
849.92868.92888.92MHz@868MHz
895.92914.92934.92MHz@915MHz
Data rate1312 62500bps@LoRa
Output power1830+31dBmSoftware level 7 adjustable
Sensitivity -129 dBm@1312bps
InterfaceTTL
NetworkMESH
Frequency433MHz,470MHz,868MHz,915MHz
ModulationLoRa
Output Power1W

Features of LLCC68 LoRa Module LoRa6100II

  • AES128 data encryption method

  • No blind zone without distance limitation

  • Open-area transmission distance of a single module is 8-10Km @ low rate

  • Frequency band: 433/470/868/915 MHz for 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: 1W (@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

 



Pin definition of wireless module LoRa6100II

NO.PINDescription
1RXLEDReceive signal indicator, low level, default high
2TXLEDTransmit signal indicator, low level, default high
3CSModule 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 <40uA, normal communication when CS is pulled low, pull high or float to sleep.
4RXDSerial communication data reception
5TXDSerial communication data transmission
6NCNo use
7GNDAntenna Ground
8ANTRF signal output, connected to 50 ohm antenna
9GNDAntenna Ground
10+3.3V OUT3.3V voltage output pin, can drive devices within 50mA
11485ENCan be connected to the external expansion 485 level control conversion pin
12SETConfiguration parameter enable (low level enable parameter configuration, default high level output)
13GNDConnect the negative pole of the power supply, ground wire
14VCCConnect the positive pole of the power supply (typically 4V)

Mechanical dimensions of wireless module LoRa6100II

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