Chapter 1 From Contactors to Open Standards
1.1 SIMATIC's History of Success
1.2 The Evolution of Industrial Ethernet
1.3 PROFINET
1.3.1 PROFINETIO
1.3.2 PROFINETCBA
1.3.3 Real-Time Communication
1.3.4 Fieldbus Integration
1.3.5 Network Security
1.3.6 PROFINET Motion Control
1.3.7 PROFINET Fail-Safe
Chapter 2 Ethernet Fundamentals and Protocols
2.1 Basic Structure of Ethernet
2.2 Ethernet Standard Frames
2.3 Ethernet Addresses or MAC Addresses
2.4 Functions Used for Ethernet
2.4.1 Auto-Negotiation
2.4.2 Self-Sensing - Automatic Recognition of Data Rate
2.4. 3MDI/MDI-X auto-crossover
2.5 Ethernet-based protocols for PROFINET
2.5.1 TCP/IP
2.5.2 UDP/IP
2.5.3 Other protocols at the network layer
Chapter 3 Real-Time Communications
3.1 The demand for Ethernet real-time Capability Requirements
3.2 PROFINET Real-Time
3.3 Real-Time Communication
3.3.1 Real-Time Connection Management
3.3.2 Synchronization
3.3.3 Protocol Components of Synchronous Frames
3.3.4 Components of Real-Time Protocols
3.4 Isochronous Synchronous Real-Time Communication
3.4.1 Isochronous Synchronous Real-Time Technology
3.4.2 Components of the IRT Protocol
3.4.3 Configuration of the IRT Application
3.5 PROFINETASIC
3.5.1 Applications
3.5.2 Development of PROFINETIO Devices< /p>
3.6 PROFINET Protocol Analyzer
Chapter 4 PROFlNETIO - Distributed IO
4.1 Concepts of the PRPFINET10
4.1.1 Classification of PROFINETIO devices
4.1.2 Data flow in PROFINETIO
4.1.3 Device model of IO devices
4.1.4 Data objects
4.1.5 Context management
4.1.6 Application relationships
4.1.7 Communication relationships
4.1.8 Services and protocols
4.1.9 From Configuration to Starting the System
4.1.10 PROFINETIO's Agents
......
Chapter 5 PROFINETCBA - Distributed Automation
Chapter 6 PROFINET User Program Interface for SIMATICS 7
Chapter 7 PROFINET Devices and Networking
Chapter 8 PROFINET Security
Abbreviations
References
Index