Offerings
Offering
INtime Software combines deterministic, hard real-time control with standard Windows operating systems (32-bit and 64-bit, Windows 10, Windows 8, Windows 7, Windows Embedded Standard and Windows Server editions) with no additional hardware. INtime for Windows software combines deterministic, hard real-time control with standard Windows operating systems without requiring additional hardware. INtime for Windows was designed specifically to take advantage of the powerful capabilities of the x86 processor architecture. Leveraging Embedded Virtualization technology, it partitions the platform to allow real-time and non-real-time applications to run independently on a PC Platform on a single Core or multi-core processor. This allows you to leverage a wealth of standard Windows features without compromising the real-time control your applications demand while providing secure, cost-effective and reliable applications that are easy to develop and maintain. Combine GUI and general-purpose capabilities of Windows with real-time OS on one platform Partition multi-core PC hardware (core, RAM, I/O) into distinct processing nodes: Direct I/O Low latency drivers for xHCI USB and PCI/PCIe High Performance Ethernet, a foundation for EtherCAT, Sercos III, Profinet Scalable to multiple cores and multiple hosts without recompile: Applications run independently Flexible topology to balance workload performance and HW cost Full featured object-oriented preemptive event-driven real-time OS: Object management Time management Thread management Memory management Interrupt management Exception handling Comprehensive deterministic inter-process communication Development for INtime integrated with Visual Studio Boost and SIMD library support Executes in protected user mode, 4G RAM per process, multiple processes per node
Offering
Stand-alone or multi host expansion for real-time OS on x86 Partition multi-core PC hardware (core, RAM, I/O) into distinct processing nodes Direct I/O Low latency drivers for xHCI USB and PCI/PCIe High Performance Ethernet, a foundation for EtherCAT, Sercos III, Profinet Scalable to multiple cores and multiple hosts without recompile Applications run independently Flexible topology to balance workload performance and HW cost Full featured object-oriented preemptive event-driven real-time OS Object management Time management Thread management Memory management Interrupt management Exception handling Comprehensive deterministic inter-process communication Development for INtime integrated with Visual Studio Boost and SIMD library support Executes in protected user mode, 4G RAM per process, multiple processes per node