LoRaWAN EU868, US915, or AS923
LoRaWAN EU868, US915, or AS923
Up to 50kbps
Up to 15 km (LoRaWAN) and 10 km (GPS)
Up to 5 years (depending on usage and settings)
-20C to 55C
60 x 30 x 15 mm
20g
Applications
| The SenseCAP T1000-A LoRaWAN Tracker is suitable for a wide range of applications, including |
Asset tracking and monitoring
Supply chain management
Vehicle tracking and telematics
Smart cities and infrastructure monitoring
Industrial automation and IoT applications
Wearables and personal tracking devices
Overall, the SenseCAP T1000-A is a versatile and feature-rich LoRaWAN tracker that enables accurate and reliable indoor and outdoor positioning, making it an ideal solution for various IoT-based tracking and monitoring applications.
SenseCAP T1000-A LoRaWAN Tracker for Indoor and Outdoor PositioningThe SenseCAP T1000-A is a compact and versatile LoRaWAN tracker module designed for indoor and outdoor positioning applications. It combines GPS, Wi-Fi, and LoRaWAN technologies to provide accurate location tracking and efficient communication. This documentation provides a comprehensive overview of the component, its features, and code examples for integrating it into various projects.Features:1. Tri-mode positioning: GPS, Wi-Fi, and LoRaWAN-based positioning for indoor and outdoor tracking
2. Low power consumption: Optimized for battery-powered devices, with a typical standby current of 2mA
3. Compact design: Small form factor (34.5mm x 22.5mm x 3.5mm) for easy integration
4. LoRaWAN Class A/C compliant: Supports both Class A and Class C LoRaWAN modes
5. WiFi-based indoor positioning: Utilizes Wi-Fi signals for indoor location tracking
6. GPS-based outdoor positioning: Supports GPS, GLONASS, and Galileo satellite systems
7. Integrated antenna: Includes a built-in antenna for LoRaWAN and GPSCode Examples:### Example 1: Basic LoRaWAN Tracker using ArduinoThis example demonstrates how to use the SenseCAP T1000-A with an Arduino board to send location data to a LoRaWAN server.Hardware:SenseCAP T1000-A LoRaWAN Tracker
Arduino Board (e.g., Arduino Uno/Nano)
LoRaWAN Gateway (optional)Software:Arduino IDE
SenseCAP T1000-A Arduino Library (available on GitHub)Code:
```c
#include <SenseCAP_T1000A.h>#define LORAWAN_APP_KEY "your_app_key"
#define LORAWAN_APP_EUI "your_app_eui"
#define LORAWAN_DEV_EUI "your_dev_eui"SenseCAP_T1000A tracker;void setup() {
Serial.begin(9600);
tracker.begin();
tracker.join(LORAWAN_APP_KEY, LORAWAN_APP_EUI, LORAWAN_DEV_EUI);
}void loop() {
tracker.getLocation();
float lat = tracker.getLatitude();
float lon = tracker.getLongitude();
Serial.print("Latitude: ");
Serial.print(lat, 6);
Serial.print(" Longitude: ");
Serial.println(lon, 6);tracker.sendLocation(lat, lon);delay(30000); // Send location data every 30 seconds
}
```
### Example 2: Wi-Fi-based Indoor Positioning using PythonThis example demonstrates how to use the SenseCAP T1000-A with a Python script to perform Wi-Fi-based indoor positioning.Hardware:SenseCAP T1000-A LoRaWAN Tracker
Raspberry Pi or other single-board computerSoftware:Python 3.x
SenseCAP T1000-A Python Library (available on GitHub)Code:
```python
import sensecap_t1000atracker = sensecap_t1000a.SenseCAP_T1000A()while True:
wifi_data = tracker.get_wifi_data()
ap_list = wifi_data['ap_list']for ap in ap_list:
print(f"AP MAC: {ap['mac']} RSSI: {ap['rssi']}")# Calculate indoor location using Wi-Fi fingerprinting or trilateration
# ...print("Indoor Location: ({}, {})".format(x, y))# Send location data to a server or database
# ...
```
These examples illustrate the basic usage of the SenseCAP T1000-A LoRaWAN Tracker in different contexts. For more detailed documentation and advanced usage, please refer to the official SenseCAP documentation and the provided libraries.