LR1110 LoRa Edge Tracker
Introducing our latest product - LoRa Edge Tracker which utilizes the advanced LR1110 IC chip. Equipped with WiFi MAC and GNSS satellite scanning abilities, this tracker delivers accurate and real-time location data. Passing raw data to the cloud for processing guarantees low power consumption and longer battery life. Whether you need to track your valuable assets or monitor your fleet's movements, our tracker is designed to provide you with reliable and efficient tracking solutions. With its superior technology and ease of use, our tracker is the perfect tool to streamline your operations and improve your bottom line.
Click the link below to learn more:
LoRa Edge™ Tracker Reference Design User Guide v2 | DEVELOPER PORTAL (semtech.com)
Click the link below to learn more:
LoRa Edge™ Tracker Reference Design User Guide v2 | DEVELOPER PORTAL (semtech.com)
Specification
Architecture
The Semtech LoRa Edge™ Tracker Reference Design architecture has the following characteristics:
LR1110 with Wi-Fi and GNSS capabilities
GNSS antenna diversity
Patch antenna
PCB antenna
STM32WB55 with BLE for tracker configuration and update
2400mAh battery (2x 1200mAh)
52 x 85 x 27mm IP66 housing
LEDs
3-Axis & Hall Effect Sensors
Maximum transmit output power = +22dBm
Typical sensitivity level:
LoRa:
-140dBm at SF12 BW 125kHz
-127dBm at SF7 BW 125kHz
GNSS: -140dBm
Block Diagram
The control signals from/to the MCU and the Semtech LR1110 are:
1 x SPI, coming from the MCU to the LR1110 SPI interface
LR1110 interface Reset / IRQ / Busy line
I2C coming from the MCU to the accelerometer sensor
GPIO for the Hall Effect sensor and user button
Control lines for RF switch:
Two from the MCU, for GNSS antenna diversity and Wi-Fi/BLE selection.
One from the LR1110, for LoRa RX/TX path selection.
Recommended Operating Conditions
Maximum supply voltage: 3.6V
Operating temperature: -40 to +60°C
Max current: 150mA
Idle current: 10.8μA
Maximum transmit output power: +22dBm
Min RF input level for LoRa® detection SF7 BW 125kHz: -127dBm
Min RF input level for LoRa detection SF12 BW 125kHz: -140dBm
Min RF input level for GNSS detection: -140dBm
Min RF input level for IEEE 802.11b detection: -92dBm
