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.

MaxRT by IntervalZero is a unified real-time platform merging RTX64 and KINGSTAR technologies, enabling scalable, deterministic industrial control systems across Windows and Linux environments with enhanced cybersecurity and seamless IT/OT integration.

RTX64 transforms Windows into a hard real-time operating system, enabling deterministic, low-latency execution on multi-core processors. It supports real-time scheduling, direct hardware access, and seamless coexistence with Windows applications, making it ideal for industrial automation, robotics, and time-critical embedded systems.

RTX64 Vision enables real-time integration of GigE Vision cameras within the RTX64 environment. It supports deterministic image acquisition, camera control, and seamless data transfer to Windows using OpenCV and GenICam standards, ensuring high-performance machine vision in industrial real-time systems

EtherCAT for RTX64 is a real-time industrial communication solution integrated with KINGSTAR Fieldbus, offering a complete EtherCAT Master stack and tools. It enables deterministic, high-speed data exchange for automation systems using RTX64’s real-time capabilities.

IntervalZero’s RTX64 transforms Windows into a real-time operating system, enabling deterministic, hard real-time performance on multi-core processors. It supports symmetric multiprocessing, sub-microsecond thread switching, and direct access to 512GB memory, all while coexisting with standard Windows applications.

ETS is a discontinued Win32-compliant RTOS for Intel x86 systems, known for deterministic performance, ease of use, and reliability. It remains available via runtime licenses and is used in demanding embedded environments like multimedia, scanning, navigation, and RFID systems.