Enhanced LoRa communication modules for IoT applications

The modules also offer an increasingly sensitive receiver offering of –148dBm compared with –137dBm.

Another key feature is the modules’ significantly lower current consumption of 4.6mA in LoRa transceive mode compared to 10mA offered by previous generation units.

Importantly, as well as delivering improved performance, the LAMBDA62 modules are now available at a lower price than existing devices.

This should make them attractive for new designs as well as revisions or updates of existing designs, as the new modules offer the same pinout.

RS is also stocking the LAMBDA80 series of LoRa modules, which is based on the recently released Semtech SX1280 silicon, designed for operation at 2.4GHz.

The SX1280 transceiver delivers ultra-long-range communication in the higher frequency band, together with the linearity to withstand heavy interference, plus minimal current consumption.

This series provides a much higher bandwidth, or data rates, than the 868/915MHz versions, thereby opening up new application opportunities that can benefit from the long range and higher data rates.

In addition, use of the 2.4GHz band means the module can be deployed worldwide.

Available in SMT and DIP packages, the LAMBDA80 series integrates a crystal, impedance matching network and track layout to provide a simple digital interface and a direct antenna connection.

Programming of the modules can be achieved via the SPI interface.