Granada
Posts from Granada
11 postsEquipment for a LoRaWAN lab!
Next course (18/19) we will teach how to configure and use a LoRaWAN network. Among other pieces of equipment, we already have 5 Lite Gateways (from iMST) and 2
We have received 5 iMST's lite gateways!
We have received five iMST's lite gateways . They include a Rasberry Pi, an iC880A LoRa concentrator, and all the required accessories, so all the code and prog
We have just received 20 TT GO motes!
We have just received twenty TT GO motes. They have an ESP32 MCU, an SX1276 LoRa chip, an OLED screen, and a battery with its charger. And they are quite cheap!
Our poster about LoRaWAN at the First Workshop on Telecommunications Engineering of the University of Granada
We have presented at the First Workshop on Telecommunications Engineering of the University of Granada our testbed that connects one LoRaWAN gateway to the TTN
Paper "Integration of LoRaWAN and 4G/5G for the Industrial Internet of Things"
Our first paper about LoRaWAN and its integration with a 4G/5G mobile network! Published at IEEE Communications Magazine, Feb. 2018. Integration of LoRaWAN and
New mote based on ESP32 and sx1276
Finally it has arrived! This mote finally works on the 868 MHz band (using sx1276 instead of sx1278), and it is quite cheap. It features an ESP32, and it does n
New mote based on RFM95 (sx1276)
Another mote, based on the ESP8266 platform and the RFM95 chip (which is compatible with Semtech's sx1276). The board is based on Hallard's shield . It can be u
Degree thesis on LoRaWAN
Angel has just finished his bachellor thesis about LoRaWAN! Congrats!
RN2483-based mote
We have new mote! With a reduced size (34.2mm x 25.6mm x 15mm), it is capable of using many sensors! The board is based on Hallard's shield .
TTN gateway up and running
Our gateway is up and running! You can check the coverage map created with TTN mapper. Although it is not placed in its final location, the results are quite go
Equipment received!
We have the pieces for our first gateway! A Raspberry Pi 3, an IMST ic880A concentrator, an 868 MHz antenna, a metalic enclosure and few wires. We have the ingr