the highest performance is always achieved. What’s more, because Windows runs natively in this implementation, no Microsoft Windows software license is violated.
Explicit hardware partitioning results in an asymmetric system in which a Windows host system can run different OSs, each tailored to a specifi c function. For example, in an embedded system used to control factory machinery, one or more processor cores can execute the RTOS and its applications and I/O operations, while other processor cores run Windows and its applications and I/O operations.
Windows*
INtime* for Windows
INtime for Windows
CPU 1
CPU 2
CPU 3 Multi-Core PC Platform
A Real-Time Explicit Hardware Partitioning Solution Explicit hardware partitioning based on asymmetric multiprocessing was fi rst intro- duced by TenAsys* Corporation in 1997 and is the most time-tested solution in today’s market. TenAsys INtime for Windows RTOS is fi eld-proven in hundreds of applications running millions of fl awless execution hours. It performs well with processors specifi ed for Intel IoT Gateway Technology such as Intel® core members of the Intel®
Figure 2. Core™ Atom™ processors and multi- processor product family.
Explicit hardware partitioning solutions like TenAsys INtime* for Windows partition a system so that real-time tasks run on its RTOS and Windows applications run on Windows.
For industrial processes, INtime* for Windows’ full-featured RTOS kernel supports 256 priority levels and round-robin sched- uling within each level. The RTOS includes a full complement of inter-process communication and synchronization mechanisms that support the high-end real-time needs of the most demanding embedded applications.
CPU 4
intel.com/embedded-innovator
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Embedded Innovator
| 13th
Edition
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2016 | 51
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