Description
EMB-LR1303-mPCIe provides long range connectivity using ultra-long range spread spectrum communication and high interference immunity on the 868 (or 915 MHz) MHz radio band. This device is characterized by far less power consumption than previous solutions, has a better thermal design and it is capable of handling a higher amount of traffic than preceding devices.
EMB-LR1303-mPCIe is easier to be embedded in a highly-integrated environment where power dissipation might be a challenge.
EMB-LR1303-mPCIe is designed around the Semtech SX1303 which is a new generation of digital baseband LoRa® chip for gateways. It offers 8 simultaneous LoRa® channels in the 868 MHz (or 915 MHz) frequency allowing it to receive up to 64 LoRa® packets simultaneously.
It is able to achieve a sensitivity of – 140 dBm and a RF output power of +27 dBm making it the ideal device to use in LoRa® gateways applications.
EMB-LR1303-mPCIe embeds the capability to support two new spreading factors: SF5 and SF6. This enables users to reach higher data rate communication.
Two versions of EMB-LR1303-mPCIe are available: 868MHz or 915MHz.
EMB-LR1303-mPCIe can be used in several applications where LoRa® gateway is needed, such as:
- Internet of Things (IoT)
- Automated Meter Reading
- Smart Cities
- Home and Building Automation
- Wireless Alarm and Security system
Highligts:
- Long range connectivity using ultra-long range spead spectrum communication and high interface immunity on the 868/915 MHZ radio band
- Up to 8 LoRa® channels in the 868 MHz (or 915 MHz) frequency allowing it to receive up to 64 LoRa® packets simultaneously
- High sensitivity up to -141 dBm and RF output power up to +27 dBm making it the ideal device to use in LoRa® gateways applications
- Two new spreading factors: SF5 and SF6 to reach higher data rate communication
