Barix Barionet 1000 is a Linux-based I/O controller with Ethernet, Wi-Fi, RS232, USB, digital/analog I/O. Programmable in C++, Python, Lua. For AV and automation.

Barionet 1000

universal, programmable I/O device server

Catalogue index: BARIX000074

  • Delivery time: 7 days
  • Delivery: from €0.00 (InPost)
€655.43 net / szt. €806.18 gross incl. 23% VAT / szt.

Description

Barix Barionet 1000 - Universal Linux-Based I/O Device Server for Automation and AV Integration

Barix Barionet 1000 is a universal, programmable I/O device server based on Linux (LEDE/OpenWRT), designed for integration into building automation, environmental monitoring, access control, and industrial control systems. It provides extensive connectivity including digital and analog inputs/outputs, relays, RS232, USB, Wi-Fi, and 1-Wire support.

With support for IPv4/IPv6 and protocols like SNMP, Modbus, and ASCII, the Barionet 1000 can be easily incorporated into third-party management platforms. Developers can use C++, Python, or Lua to create custom applications, making this device a powerful and flexible tool for automation professionals.

Functionality

  • operating system: Linux (LEDE/OpenWRT)
  • programmable in C++, Python, Lua
  • networking: IPv4 / IPv6
  • protocol support: SNMP, Modbus, ASCII, HTTP, TCP, UDP
  • 10/100Mbps Ethernet port
  • Wi-Fi 802.11 b/g/n (2.4GHz)
  • RS232 serial interface
  • 2 USB host ports
  • Dallas 1-Wire interface - supports temperature sensors (e.g., DS18B20)
  • power supply: 9-30VDC
  • DIN-rail mountable enclosure

Features

  • 2 relay outputs
  • 4 digital outputs
  • 4 digital inputs
  • 4 universal I/Os - digital or analog
  • ideal for building automation, environmental monitoring, access control, PV system management
  • supports data logging, alerting, and remote control
  • flexible integration with IT and AV systems
  • robust design - suitable for industrial environments

Barix Barionet 1000 is a reliable and scalable solution for professional AV and automation installations, offering full control over devices and sensors across IP networks.