QEMU can be used to launch different operating systems or to debug system code. QEMU emulates a full system, for example a PC, including one or more processors, and peripherals.
QEMU is a multi-platform emulator used to provide full system emulation. KVM allows a host to make its physical hardware available to virtual machines. Though KVM itself runs in kernel space, the guests running upon it run as individual QEMU processes in user space. The Kernel-based Virtual Machine (KVM) is a loadable kernel module that provides full virtualization through the use of the Intel VT or AMD-V hardware extensions. Stable Device Addresses in Red Hat Virtualization Hardware Drivers and Devices"Ĭollapse section "9. Live Snapshots in Red Hat VirtualizationĮxpand section "9. Virtual Machine Snapshots"Ĭollapse section "8. Local Authentication: Internal DomainĬollapse section "7. Highly Available Virtual Machine ReservationĦ.2. Load Balancing Policy: Cluster_Maintenanceĥ.8. Load Balancing Policy: Evenly_Distributedĥ.7. Load Balancing Policy: VM_Evenly_Distributedĥ.4. Load Balancing, Scheduling, and Migrationĥ.3. Load Balancing, Scheduling, and Migration"ĥ.1. Load Balancing, Scheduling, and Migration"Ĭollapse section "5. Load Balancing, Scheduling, and MigrationĮxpand section "5. Using Multiple Power Management Fencing Agentsĥ. Power Management by Proxy in Red Hat VirtualizationĤ.6. Introduction to Power Management and FencingĤ.2. Required Networks, Optional Networks, and Virtual Machine NetworksĤ.1. Introduction: Basic Networking Termsģ.13. The Effect of Storage Domain Actions on Storage Capacityģ.2. Thin Provisioning and Storage Over-CommitmentĢ.13. Exclusive Resources and Sanlock in Red Hat VirtualizationĢ.11. Storage Pool Manager Selection ProcessĢ.10. Storage Domain Autorecovery in Red Hat VirtualizationĢ.9. Storage Metadata Versions in Red Hat VirtualizationĢ.7. Virtual Disk Storage Allocation PoliciesĢ.6. Types of Storage Backing Storage DomainsĢ.5.
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