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LoRa devices often operate at 433 MHz, 868 MHz, or 915 MHz​; thus, the antenna's operating frequency must precisely align with these bands. Otherwise, issues like significant signal loss and unstable connections may occur.

RF9209 module features ultra-low power consumption, with typical current draw under 7 mA in receive mode. Even in transmit mode, it maintains excellent efficien cy: approximately 11 mA at –1 dBm and stays below 36 mA at +10 dBm. This makes it ideal for battery-powered devices requiring long-term, remote operation.

RF3060 adopts ChirpIoT modulation and demodulation technology, featuring a sensitivity of up to -129 dBm @125 kHz, 500 bps, and a maximum output power of 20 dBm. This delivers an industry-leading link budget, making it ideal for scenarios demanding highly reliable, ultra-long-distance communication—such as environmental monitoring in mountainous areas, remote data collection in farmlands, or remote meter reading in underground parking facilities.

SA326 series includes the standard transmitter module SA326-TX, the high-power transmitter module SA326F30-TX, and the receiver module SA326-RX—all based on the SA326 core design. This series adopts a highly integrated architecture and supports plug-and-play functionality. Users can conveniently configure parameters such as frequency and volume via PC software, greatly simplifying development and deployment.

LoRa6100Pro-mini module, developed by NiceRF, represents a new generation of LoRa data transmission modules. Standing out with its uniquely compact design, the module employs long-range, low-power LoRa modulation technology, and supports four Sub-1GHz frequency bands: 433/470/868/915 MHz. With dimensions as small as 39.5mm × 8.3mm × 1.8mm, the module can be effortlessly embedded into IoT devices with strict space limitations.