Allocating Hardware Between Windows and the INtime Real-time Kernel

This six minute video shows how you configure the INtime kernel for operation alongside Windows (such as setting the kernel tick rate and configuring INtime to operate on a dedicated core in a multi-core system) as well as how you allocate your I/O between Windows and INtime. In other words, how to use the INtime hardware device manager to "move" specific devices and their interrupts to the INtime kernel so your INtime real-time applications can use that hardware without interference from Windows.

Note: the version of the INtime hardware configuration applet demonstrated in this video has since been updated to include several features that make it easier to identify and allocate MSI capable devices; regardless, the basic ideas and concepts presented within are still relevant and will be familiar to users of the most recent version of the INtime RTOS for Windows.

After watching the following video you may also want to view the "hello, world" how-to video to see how the INtime development and debug environment operates as a completely integrated component of the Visual Studio IDE.

INtime configuration applet video

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