OPC Router

OPC Router

OPC Router is an industrial automation software that enables communication between different OPC servers and clients. It acts as a bridge, routing data between OPC systems that would otherwise be incompatible.
OPC Router image
opc industrial-automation communication bridge routing data-transfer

OPC Router: Industrial Automation Software

OPC Router enables communication between different OPC servers and clients, acting as a bridge for routing data between OPC systems with incompatibility issues.

What is OPC Router?

OPC Router is an industrial connectivity software designed to enable seamless data exchange between diverse OPC systems in automation environments. It functions as a communication bridge between OPC clients and servers from various vendors, allowing them to share real-time data and interact despite having different underlying technologies.

The key benefit of OPC Router is interoperability. By sitting inbetween OPC client and server applications, OPC Router can translate data being passed between them, overcoming technical incompatibilities that would normally prevent connectivity. This removes the need to have the same OPC technology across the entire control system.

In practical terms, OPC Router allows organizations to upgrade or switch parts of their automation infrastructure without losing critical data flows between existing components. Going from one PLC to another, or introducing a new SCADA system is simplified. OPC Router handles translating tags, namespaces and data types during runtime to maintain system-wide information exchange.

Typical applications of OPC Router are in industrial settings such as manufacturing plants, power generation facilities, oil refineries, etc. It enables their control and supervision systems to keep sharing real-time sensor, alarm and production data, despite having heterogeneous mixes of legacy and modern automation hardware and software.

OPC Router Features

Features

  1. Bridges communication between different OPC systems
  2. Supports various OPC standards like OPC DA, OPC UA, OPC .NET
  3. Routes data between OPC servers and clients
  4. Manages OPC tags and items
  5. Provides redundancy and failover capabilities

Pricing

  • One-time Purchase
  • Subscription-Based

Pros

Enables integration of diverse OPC systems

Simplifies OPC network architecture

Improves reliability with redundancy features

Easy to configure and deploy

Cons

Can add complexity to OPC architecture

Requires expertise to properly configure and optimize

Additional hardware/software costs

Potential single point of failure if redundancy not configured


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