How does the RTS Hypervisor manage to virtualize while not affecting real-time capabilities?
The RTS Hypervisor offers two different modes of deploying an operating system. 1. The fully virtualized mode, where operating systems run completely unmodified in a virtual machine. In this mode it is guaranteed, that the fully virtualized OS can not impair or affect other operating systems running in parallel in any way. However, full virtualization comes at the expense of a slight performance hit. 2. In order to guarantee hard real-time and determinism for real-time code or real-time operating systems, the RTS Hypervisor also features a deployment mode called the “Privileged Mode”. In the privileged mode, operating systems retain full hardware access and use a paravirtualization interface provided by the RTS Hypervisor. This allows operating systems to run at native speed without any latencies added by the Hypervisor. • Can I integrate my own RTOS or other real-time code into the RTS Hypervisor? Absolutely! The RTS Hypervisor provides a simple API and examples to port your own opera
The RTS Hypervisor offers two different modes of deploying an operating system. 1. The fully virtualized mode, where operating systems run completely unmodified in a virtual machine. In this mode it is guaranteed, that the fully virtualized OS can not impair or affect other operating systems running in parallel in any way. However, full virtualization comes at the expense of a slight performance hit. 2. In order to guarantee hard real-time and determinism for real-time code or real-time operating systems, the RTS Hypervisor also features a deployment mode called the “Privileged Mode”. In the privileged mode, operating systems retain full hardware access and use a paravirtualization interface provided by the RTS Hypervisor. This allows operating systems to run at native speed without any latencies added by the Hypervisor.
