dataFEED OPC Server Siemens
dataFEED OPC Server Siemens component of dataFEED OPC Suite, Version 5.x or previous versions, for communication with Siemens (including optimized data blocks) and Siemens-compatible PLCs, includes dataFEED OPC Organizer Classic functionality
The dataFEED OPC Suite offers a full package of components for OPC communication and cloud connectivity within a single product. It enables access to the controllers of leading manufacturers. Additional functionality eliminates DCOM problems and improves the communication between the PLCs, OPC Servers and OPC Clients, independent of the use of OPC Classic or OPC Unified Architecture (UA) or OPC Classic. The MQTT Connector enables the dissemination of data to IoT (Internet of Things) clouds.
Easy and Independent Access to Controllers
Read and write access to data in PLCs of leading manufacturers
No changes to control program required
Easy integration of legacy and new controllers into“Industrie 4.0“* solutions
Integration of non-OPC UA-ready components like Siemens S5 controllers into OPC UA applications
Cost savings through continued use of existing OPC Classic components
Gateway functionality for connecting controllers and components with integrated OPC UA Server to OPC Classic applications
Gateway to IoT Clouds
Integration of automation devices in IoT cloud applications using MQTT Publisher functionality, e.g. in IBM Bluemix Cloud
State-of-the-art security by SSL/TLS support, including certificates
No Need for DCOM Configuration
Easy industrial communication by avoiding DCOM and its complex security settings
Time-saving configuration of OPC Classic communication across networks
Minimum requirements on configuration of PCs used in network
Compliance with corporate computer and network security policies, e.g. firewall settings
Easy Configuration
State-of-the-art, intuitive graphical user interface for rapid configuration of OPC communication
Use of intelligent, practice-oriented defaults, setup wizards and drag-and-drop support
Time savings through effective and efficient configuration of distributed automation systems comprising a large number of OPC Servers