Plant Integration and Connectivity

IIoT and cloud-ready communication strategies require a broad set of connectivity options. AVEVA Communication Drivers provide a single, hardware-independent platform that helps you enforce standards, simplifies configuration, promotes consistency, and maximises communication uptime.

Improve Connectivity and Engineering Efficiency

  • Auto-Build: Reduce PLC connectivity configuration efforts by almost 50 percent with the ability to automatically read and structure a PLC program based on the current schema.
  • Multi-Instance Support: Consolidate scattered architectures by running multiple, completely independent instances of the same driver in a single node.
  • Parallel Independent I/O Processing: Improve your overall throughput and performance per driver and per node.
  • Single Node Side-by-Side Upgrades: Run previous driver versions while adding a new driver version of the same driver protocol for growth without disruptions.
Enabling a More Connected Enterprise
Link virtually every plant information device and source, easily and cost-effectively. Integrate a wide spectrum of different devices and systems with supervisory HMI and historized data storage easily. With open communication standards, hardware agnostic connectivity, and seamless configuration abilities, Communication Drivers can help you create a more connected enterprise.
Hardware and Vendor-Agnostic Connectivity
And because Communication Drivers are hardware independent, you enjoy a common interface for configuring, deploying and managing connectivity. Built on open plant philosophy, Communication Drivers enable seamless configuration and integration. Our Communication Drivers connect to any OPC UA Server and support open communication connectivity protocols such as MQTT, OPC DA, and OPC UA
Resources


Improve Connectivity and Engineering Efficiency

Auto-Build
Reduce PLC connectivity configuration efforts by almost 50 percent with the ability to automatically read and structure a PLC program based on the current schema.
Multi-Instance Support
Consolidate scattered architectures by running multiple, completely independent instances of the same driver in a single node.
Parallel Independent I/O Processing
Improve your overall throughput and performance per driver and per node.
Single Node Side-by-Side Upgrades
Run previous driver versions while adding a new driver version of the same driver protocol for growth without disruptions.