Do you need high - power performance? This breakout board for the 433M30S module from EBYTE is a 1W (30dBm) LoRa transceiver. LoRa is perfect for long - range communication (covering miles), has low power consumption in sleep mode, and supports low data rates (around 500bps). It's designed to connect to any platform with SPI and 6 available GPIO. We've included a sturdy edge - mount SMA connector for attaching large 433MHz LoRa antennas. We successfully broadcast 12 miles line - of - sight with the equivalent 915MHz module, so the 433MHz frequency should travel even farther, though your results may vary. Our example sketches simplify the initial setup of the SX1276 LoRa transceiver from Semtech, and the RadioLib Arduino Library makes advanced configuration and protocols (like AX.25, Hellschreiber, Morse, RTTY, and SSTV) a breeze! Note that SparkX products are not regularly produced, so grab them while you can. In the USA, you need a HAM license as the 433MHz band is not license - free. It's open in many other parts of the world, so check your local regulations. SparkX products are experimental, tested but with no guarantees and no live technical support. Visit our forum for help. Key features include an SPX1276 - based design, a 433MHz center band, a 1W power amplifier, and an edge - mount SMA connector. Available documents are the SX1276 Datasheet, E19 - 433M30S Datasheet, Arduino RadioLib Library, Schematic, Eagle Files, an example sketch for power amplifier control, and a hardware repo.
Using the LoRa 1W Breakout for 433M30S is straightforward. First, connect it to a platform that has SPI and 6 available GPIO. Attach a large 433MHz LoRa antenna to the edge - mount SMA connector. Use the example sketches to quickly set up the SX1276 LoRa transceiver. For advanced configuration and different protocols, rely on the RadioLib Arduino Library. If you're in the USA, make sure you have a HAM license before using the device. In other regions, check your local regulations. Since this is an experimental SparkX product, don't expect live technical support. Head to the forum if you have any questions. As for maintenance, keep the board clean and dry. Avoid exposing it to extreme temperatures or moisture. If you're not using it for a long time, store it in a safe place. And remember, the results of long - range communication may vary depending on your environment.
