How to Choose the SX1280 LoRa Module

The SX1280 is a 2.4GHz RF chip introduced by Semtech. This versatile chip includes multiple physical layers and modulation schemes, such as LoRa, FLRC, and GFSK. The unique modulation and processing techniques significantly extend the transmission distance of LoRa and FLRC modulations. It is a high-performance wireless transceiver designed for the Internet of Things (IoT) and is also compatible with Bluetooth protocols.

With outstanding low-power performance, built-in DC-DC converter, and Time-of-Flight capability, the SX1280 offers powerful functionalities suitable for various applications, including smart homes, security systems, asset tracking, wireless ranging, wearable devices, smart wristbands, and health monitoring.

Moreover, the SX1280 supports RSSI (Received Signal Strength Indicator), enabling users to achieve deep customization according to specific requirements. Additionally, the integration of "Time of Flight" makes it ideal for distance measuring applications.

The SX1280 is a powerful and flexible solution that empowers developers to explore innovative possibilities in wireless communication and distance measurement.

NiceRF  wireless presents its LoRa module developed using SX1280:

LoRa1280、LoRa1280-TCXO、LoRa1280F27、LoRa1280F27-TCXO

How to Choose the SX1280 LoRa Module:

1、The four SX1280 LoRa modules share the following common features:

• Frequency Range：2400～2500MHz
• Receiving Sensitivity：-132dBm@LoRa
• Modulation Mode：LoRa，FLRC，(G)FSK
• Data Transfer Rate：476～202Kbps@LoRa
• Data Packet Communication Mode （Receive/Transmit FIFO 256 Bytes)
• Operating temperature range：-40～+85℃

2、Here are the differences among the four SX1280 LoRa modules:

The above is the information about how to choose the SX1280 LoRa module, and I hope it has been helpful to everyone. If you are interested in LoRa modules or have any other questions, please feel free to contact us. We are dedicated to providing you with more information about LoRa technology and wireless communication. Thank you!