Connect - LoRa
NUBE.IO ConLoRa-0

Connect - LoRa

Product code: ConLoRa-0
The primary function of the Connect LoRa Receiver is to receive, interpret, and then send data to a local or cloud server. The Gateway can be integrated into an Edge device, via the Connect port, to send and receive values from another gateway, removing the need to provide network connectivity to every building controller. Providing wireless connectivity with minimal overhead, the LoRa Connect helps to reduce time and costs involved with wired infrastructure. Our LoRa Gateway can be integrated in a variety of different ways, providing substantial flexibility when integrating BMS systems. The system supports multiple gateways, meaning a structure can be completely covered no matter the size or type of infrastructure.
Price (Excluding GST)
$P.O.A

Description

The primary function of the Connect LoRa Receiver is to receive, interpret, and then send data to a local or cloud server. The Gateway can be integrated into an Edge device, via the Connect port, to send and receive values from another gateway, removing the need to provide network connectivity to every building controller.

Providing wireless connectivity with minimal overhead, the LoRa Connect helps to reduce time and costs involved with wired infrastructure. Our LoRa Gateway can be integrated in a variety of different ways, providing substantial flexibility when integrating BMS systems. The system supports multiple gateways, meaning a structure can be completely covered no matter the size or type of infrastructure.

LoRa is a low-power, long-range wireless technology designed for the Internet of Things. It is less affected by buildings and other obstructions than regular WiFi, with one gateway generally being able to provide coverage for a 70x70m 3-story building.

Technical Details

Specification

  • Software Upgrades: via networkManagement: web GUI, SSH via LAN or Wifi
  • Internet connection: LAN, WiFi, 3G or 4GLoRa band: 433/868/915/920 Mhz
  • Expected range: up to 2km line of sight or 100 meters in a dense environment, dependent on device type and internal obstructions
  • Max devices per gateway: Up to 200 devices pushing every minute
  • Network design: byte-buffer-based, with the receiver encoding and forwarding the message over MQTT to a Linux-based server running the MQTT Broker

Properties

Properties

Technology Open Protocols
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