Do more with less. Consolidate multiple workloads on a single hardware platform to lower costs, reduce footprint, and streamline application upgrades.
TenAsys® makes this possible in deterministic OT environments. Our INtime® operating system and embedded virtualization technology use robust partitioning and hard real-time performance to support critical and non-critical workloads side-by-side on the same multicore hardware.
Workload consolidation leading to fewer physical systems, a smaller overall footprint, and lower total power consumption. By consolidating multiple workloads using the embedded virtualization capabilities of INtime®, even previously analog systems can be brought into the digital domain.
Minimizing components lowers the bill of materials, improves reliability, and simplifies network management. INtime facilitates workload consolidation out-of-the-box, eliminating non-recurring engineering expenses associated with open-source and custom environments.
INtime enables higher levels of integration and reduced communications overhead in consolidated systems to outperform fragmented deployments. And its asymmetric processing architecture dedicates resources for precise timing and control.
From two cores to tens of cores, INtime scales gracefully across a wide range of x86 hardware targets, with a focus on portability that provides an upgrade path to next-generation capabilities.
INtime integrates with popular tools like Visual Studio and supports the C++ programming language. Compatibility with popular APIs, libraries, and ready-to-use partner solutions accelerates development.
INtime supports a wide mix of hardware, OSs, and hypervisors, giving developers the ability to scale with freedom. Built for portability, INtime does not require rebuilding or reconfiguring for different hardware platforms.
Optel* needed a solution that could handle both high-speed I/O and a Windows*-based operator interface. INtime® delivered where others had failed, netting a positive ROI for Optel in less than six months.
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Machinery manufacturer Biesse* needed high-performance determinism, not only for multi-axis motion controls, but also for real-time fieldbus networking. INtime® delivered new levels of precision and flexibility.
The Real-Time Systems RTS Hypervisor and INtime® RTOS use cutting-edge embedded virtualization to support deterministic and non-critical workloads on the same processor—without sacrificing performance.
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For more than 40 years, TenAsys solutions have proven themselves in deterministic applications. Our unique approach enables workload consolidation and converged infrastructure deployments that unleash new levels of flexibility, productivity, and efficiency.
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