13/18 10 Virtual Pools A virtual pool is a group of one or more virtual hosts with the same processor architecture that have access to the same virtual and physical networks and storage resources. Virtual pools provide load balancing, high availability capabilities, and sharing of some resources for all members of the pool. A virtual host refers to Oracle VM Servers that are managed through Enterprise Manager Ops Center.
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A guest in a virtual pool refers to a logical domain running on an Oracle VM Server. Virtual pools are resource pools of virtual hosts that share compatible chip architecture, which facilitates actions such as moving guests between hosts. You can also apply resource configurations and policies to them. The policies that you establish for a virtual pool manage many of the CPU utilization and resource balancing functions. Operations to the virtual pool are delegated to the individual virtual hosts in the virtual pool.
To manage the guests within a virtual pool, you can perform warm and live guest migration and you can balance all of the guests' load among the members of the virtual pool. You can configure a policy to balance the load automatically, based on a schedule that you determine, or you can balance the load manually. If a virtual host system shuts down for any reason, such as a hardware failure, you can start the guests on another virtual host in the same pool. Olympus sonority keygen music. All guests in the virtual pool can access the images contained in the virtual pool's storage library.
Each virtual host contains a hypervisor and its local resources and network connections. Virtual hosts in a virtual pool share network and storage libraries and several virtual pools can share the same networks and storage resources. You can move a virtual host to another virtual pool or add a stand-alone or individually managed virtual host to a virtual pool. Requirements for a Virtual Pool To be added to a virtual pool, a virtual host must meet the following requirements: • Must have the same chip architecture as the other virtual hosts in the virtual pool to support load balancing and guest migration. Enterprise Manager Ops Center and Oracle VM Server for SPARC support SPARC T-Series chip architectures.
• Must be running at least the Oracle VM Server for SPARC version 1.2 software. Must be running on at least the Solaris 10 10/09 OS and must meet specific patch and firmware requirements. • Must be on the same physical network as other virtual hosts in the virtual pool. The virtual hosts can be on several physical networks through multiple NICs, but must have at least one network in common with the other virtual hosts in the virtual pool. A good practice is to use a dedicated physical migration network. • The virtual host's guests must have been created using Enterprise Manager Ops Center. Any guests created through the native CLI cannot be managed by Enterprise Manager Ops Center.
• The virtual host's guests must be in a shutdown state. Shutdown guests are no longer associated with the virtual host. After you add the virtual host to the virtual pool, you can associate the guest with any virtual host in the virtual pool. Placement Policy The Placement Policy determines the preferred virtual host for new guests within the virtual pool and how the virtual pool is balanced. The placement policy is defined when a virtual pool is created.The following are the placement policy options: • Place the guest on the virtual host with the lowest relative load, based on the lowest memory and CPU utilization.
The calculation is based on a combination of the average load during one hour, one day and three weeks. • Place the guest on the virtual host with the lowest allocated CPU and memory, that is, the total static resource allocation across all guests on the host. The resource allocation is the sum of the number of vCPUs and virtual memory specified for each guest. • Place the guest on the virtual host that is consuming the least power. To change the placement policy for a virtual pool, see. Example 10-1 Example of Least Allocated Virtual Host A virtual pool has two virtual hosts with different CPU and memory allocations. Virtual Host A has eight available CPUs and 16 GB of memory.