virtual CPUs (vCPUs). A physical CPU socket is the slot on the motherboard that houses the physical CPU chip. A CPU chip can have multiple cores, which are individual processing units that can handle tasks independently. Each core can handle multiple threads, which are streams of instructions that can be executed in parallel. Finally, virtual CPUs (vCPUs) are the CPUs that are presented to the virtual machine by the hypervisor, which allows the virtual machine to have its own independent processor.
To answer your question about assigning vCPUs to a VM, you would want to set the number of vCPUs to 8 if you want the guest OS to see 8 virtual processors. The number of cores per socket should be set based on the needs of the guest operating system and the application workload. In general, it's recommended to have no more than 8 vCPUs per virtual machine.
In your case, setting the VM to 2 CPU and 2 cores per socket would result in 4 virtual processors being presented to the VM. If you want to increase this to 8 vCPUs, you could set the VM to 8 vCPUs and 1 core per socket, or 4 vCPUs and 2 cores per socket.
Enabling the option to expose hardware assisted virtualization to the guest OS can improve performance for virtual machines running nested virtualization workloads or applications that require hardware virtualization support. Enabling the option to expose IOMMU to the guest OS can improve performance for virtual machines running I/O-intensive workloads that require direct access to hardware devices.
Scheduling affinity determines which physical CPUs a virtual machine's vCPUs can run on. By default, vCPUs can run on any physical CPU. Setting scheduling affinity can help ensure that a virtual machine's vCPUs run on specific physical CPUs, which can be useful for optimizing performance for specific workloads.
I hope that helps! Let me know if you have any further questions. For More Updates: UnitedStates.Tech
