Run your embedded OS alongside Windows without sacrificing determinism, performance or features using the eVM virtualization manager. Evaluate the INtime RTOS for Windows Development Environment Develop Real-time Windows Applications Using Visual Studio

 

 

 

White Papers

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PDF TenAsys eVM Backgrounder

TenAsys eVM technology provides you with a platform to run your favorite embedded OS alongside Windows without sacrificing determinism, performance or features. This white paper describes how the eVM platform can host your embedded OS on a Windows system and how the eVM system compares to conventional virtual machine managers (VMM).

PDF Real-Time Hypervisor Backgrounder

The TenAsys real-time hypervisor model capitalizes on Intel Virtualization Technology (Intel VT), a key feature of the Intel® Core™ microarchitecture, to simultaneously host one or more real-time operating systems (RTOS) and general purpose operating systems (GPOS) on a single multi-core processor platform.

INtime Overview Slide Presentation

PPT A presentation of the INtime software and features, in PowerPoint format.
SWF A presentation of the INtime software and features, in flash format.
PDF A presentation of the INtime software and features, in PDF format.

PDF Choosing INtime over RTX

A comparison of approaches to real-time Windows solutions.

PDF INtime Interrupt Latency

Discusses one of the most common measurements requested of real-time operating system (RTOS) vendors: the time required to respond to an interrupt or interrupt latency. This report summarizes the results of studies designed to objectively and realistically measure the interrupt latency when using the INtime real-time operating system for Windows.

PDF INtime Exception Handling

Describes the four types of exceptions that may occur during the execution of an INtime real-time application: programming, environmental, floating-point, and hardware.

PDF INtime and the Windows Blue Screen

Discusses the INtime software protection for real-time applications when a Windows "blue-screen" crash occurs. The sample real-time application provided with INtime is reviewed, which can be used as the foundation for implementing a blue-screen recovery application. Considerations for real-time applications to provide their own blue-screen recovery strategy are also discussed.