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We provide our own IoT network based on LoRaWAN.
NETWORK
ABOUT LoRa
Lora@VSB Infrastructure
Simulation of Network Coverage
Measurement of Network Coverage
Backend
GATEWAYS
LoRa@VSB Gateways
Gateway Assemble
868 MHz iC880a – LoRa Basics Station without Docker
868 MHz iC880a – LoRa Basics Station
868 MHz RAK5146 SPI – LoRa Basics Station
433 MHz RAK5146L SPI – LoRa Basics Station
433 MHz RAK5146L USB – LoRa Basics Station
433 & 868 MHz – RAK5146L & RAK5146 – LoRa Basics Station
Gateway with 5G Support
iC880A-Backplane
169 MHz Point-to-Point LoRa
BOARD SETUP
868 MHz Adafruit Feather 32u4
433 MHz Adafruit Feather M0
MOTEINO MEGA
868 MHz Adafruit Feather M0
Temperature & Humidity sensor LR-MU-TH-IP65
USEFUL EXAMPLES
Low Power Mode
TTS Network Time
Cayenne LPP
LED control via downlinks
Downlink reception and Cayenne LPP decoding
Sending downlinks via TTS using a Python script
Cayenne LPP encoder in Python
PROJECTS
Temperature and Humidity sensor DHT22
Temperature sensor DS18B20
Weather Station with LoRa
Arduino UNO + RN2483
Temperature, Humidity and Pressure sensor BME280
868 MHz GPS Tracker
868 MHz TTN Mapper
Multifunctional switching device
Dual Gateway working in IQRF and LoRaWAN Network
433 MHz GPS Tracker
Comparative measurements of EU433 and EU868
DASHBOARD
Telegraf & InfluxDB & Grafana
Grafana panel plugin (for sending downlinks)
ACKNOWLEDGEMENT
CONTACT
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