RT Fieldbus and Networking for RTX64 enables deterministic communication in real-time systems using TCP/IP, Time Sensitive Networking, and industrial fieldbuses. It supports precise synchronization, low-latency data exchange, and seamless integration with Windows and HMI applications through a virtual network interface.
Vendor
IntervalZero
Company Website
RT Fieldbus and Networking
RT Fieldbus and Networking is a suite of real-time communication technologies designed for RTX64-based industrial systems. It enables deterministic data exchange across various protocols including TCP/IP, Time Sensitive Networking (TSN), and industrial fieldbuses. The solution ensures precise synchronization and low-latency communication between controllers, devices, and HMIs, supporting modern automation and IoT requirements.
Features
- RT-TCP/IP Stack: A deterministic TCP/IP stack based on Treck Inc.’s high-performance protocol suite, allowing real-time processes to use standard socket APIs.
- Network Abstraction Layer (NAL): Provides access to advanced Ethernet adapter features like IEEE 802.1AS and 1588 time stamping.
- Virtual Network Interface: Emulates a TCP-based LAN connection between Windows and RTX64, simplifying integration with HMIs.
- Fieldbus Support: Compatible with industrial protocols such as EtherCAT, Modbus, CAN, PROFIBUS, and more via partner-provided drivers.
- TSN Integration: Supports Time Sensitive Networking for precise timing and synchronization across Ethernet networks.
Capabilities
- Deterministic Communication: Ensures predictable data delivery for time-critical applications.
- Multi-Protocol Support: Enables flexible deployment across various industrial and networking standards.
- Real-Time Device Integration: Connects sensors, actuators, motors, and controllers with minimal latency.
- Windows Coexistence: Allows real-time and Windows processes to communicate seamlessly without interference.
- Advanced Ethernet Features: Utilizes hardware-level prioritization and time synchronization for optimized traffic handling.
Benefits
- Improved System Performance: Enables real-time networking that enhances control precision and responsiveness.
- Simplified Architecture: Reduces complexity by consolidating networking and control on a single PC platform.
- Cost Efficiency: Eliminates the need for proprietary communication hardware.
- Scalability: Supports expansion across devices and protocols as system requirements grow.
- Future-Ready: Aligns with modern industrial standards and IoT integration strategies.