Easy IoT! ♥
Tropically infused. 🍊🍋🍇🍉🍍🍓🥝✨
Loranga is a Raspberry Pi compatible board designed by La Fabrica Alegre to make it easier to set up an internet connected LoRa IoT network gateway, anywhere a cell phone signal is available. The LoRa technology enables long range, low power and low-cost communication between end nodes. Loranga works out of the box with the excellent open source gateway software from WAZIUP.
✨ Open Source ✨
At La Fábrica Alegre we strive to democratize technology, and we can't do it without you. All software and hardware design files will be available for you, for free, on our Github page. Here you will find all the software needed, based on the WAZIUP gateway code, but also all the data sheets, technical specifications and specific Loranga scripts that will help you get going much faster. Please check it out for more technical information.
🍍 Loraga Hardware 🍍
Short video walkthrough of the circuit board and its components.
🍊 LORANGA DEMO 🍊
Watch the demo. Sending a data packet from a LoRa node to the gateway and onto the cloud to ultimately be displayed on a smartphone. In this demo we use the WAZIUP gateway code available at Congduc Pham's excellent LowCostLoRaGW github repository. This code library is by far the best way to get into everything LoRa and IoT. Loranga even has it's own scripts in there to help you set everything up.
LoRa 433, 860, 868 or 915 ?!
Different regions of the world have slightly different license-free frequency bands dedicated to your data transmissions. Loranga can, therefore, be ordered with the HopeHR LoRa module tuned to the band corresponding to your region's regulations.
The most widely used frequencies/bands are:
433 MHz for Asia
860 MHz for India
868 MHz for Europe and Sub-Saharan Africa
915 MHz for North and South America