LM-130H1 EVB

Evaluation Board for LoRa® Technology

The LM-130H1 EVB is a LoRaWAN™ end-node device based on the GlobalSat LM-130H1 module which is a LoRaWAN™ certified module. The LM-130H1 EVB is a standalone battery powered node with power management, it includes humidity and temperature sensors to generate data, which are transmitted either on a regular schedule (can be configured) or initiated by a button-press. This node provides a convenient platform to quickly demonstrate the long-range and low power consumption capabilities of the modem, as well as interoperability when connected to LoRaWAN™ v1.0.2 compliant gateways and the infrastructure. The LM-130H1 EVB also provides a standard USB interface for connection to a host computer, providing a bridge to the UART interface of the LM-130H1 module. As with all LoRaWAN™ compliant of products, it can also help developers to develop the applications rapidly, including hardware and software design by using high level ASCII command to control the protocol, before the end product is ready.
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  • LoRaWAN™ compliant Evaluation Board
  • RF ISM band, supports EU868/ US915/ AS923 MHz
  • Support Class A/ Class C
  • 2-way duplex communication
  • Push button (trigger event) and temp/humidity sensor for testing and simulation
  • Build-in 820mA battery
  • LED status indication
  • For local LoRaWAN™ compatibility, coverage, pre-deployment evaluation

LoRa® Module GlobalSat LoRa® module LM-130H1
Frequency 863-870 MHz (EU)
902-928 MHz (US)
920-928 MHz (ROA)
RF Output Power Max. 20dBm
Receiving Sensitivity -132dBm @ 980bps
Dimensions 71 x 55 x 15 mm (not including antenna)
Interface UART
Battery Re-chargeable Li-polymer Battery 820mAh
Sensor Temperature / Humidity
LED Indicator Power / Charging / Data Transmitting
Operation Temperature -20°C ~ 60°C
Operation Humidity 5% ~ 95%
Certification CE(RED), FCC, Telec

LM-130H1 EVB English / 2017-06-07 /
Description LM-130H1 EVB Specifications


  • UART to USB wire connector
  • Antenna


  • Antenna
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Dual-mode Evaluation Board for LoRa® Technology