hyper-v+ Private Cloud: 4 Key advantages

When cloud computing is widely used in people's lives, many companies are racing to chase this thing. But as the cloud moves from the air to your data center, you may wonder what features and features of Windows Server R2 and its Hyper-V hypervisor are related to creating a private cloud. Here are four key advantages of using Windows Server R2 Hyper-V to create a private cloud.

Windows Server R2 Hyper-V has better dynamic migration capabilities.

A key advantage of the private cloud is that it is easy to take responsibility for migrating between hosts. When problems arise, workloads are the most important, and how to quickly migrate workloads to a healthy, stable system without allowing customers to produce downtime is critical. In Windows Server R2, Microsoft not only upgraded the Hyper-V dynamic migration function, eased the system pressure during the migration process, but also simplified the whole process. The virtual memory of the virtual machine reduces the amount of data transmitted over the network by half or more, after compressing it and sending it over the wire. Through wires, using SMB 3.0 to migrate from R2 to R2 is much faster than previous versions.

SMB Direct is one of the features of Sans, and network-attached storage features typically require specialized hardware-bypassing the host's CPU, direct write storage with remote Direct memory access, and faster transmission. Shared virtual hard disks can be clustered with Windows Server R2 Hyper-V. Cloud involves fault tolerance-fault tolerance means clustering in the Windows world. In Windows Server R2, you can use a single VHDX file as the shared storage needed to build a failover cluster. The cluster requires a shared disk to achieve communication between all nodes. Instead of creating multiple virtual hard disks for the virtual machines in the cluster, you can now share a VHDX file. VHDX files can even be stored in shared storage, clustered shared volumes, or through SMB sharing. Windows Server R2 Hyper-V activates virtual machines automatically. Authorization and activation are essentially Microsoft's increased working hours for administrators.

Microsoft has abandoned the messy product key requirements for virtual machines running on hosts in Windows Server R2. These machines, by communicating with the host, automatically activate the license, no longer need the key, and break the activation requirements only after all the VMS are fully authorized and ready for the workload. You don't need to keep track of the product key and the spreadsheet for the virtual machine. It provides use and license reporting for your needs. But you have to run Windows Server R2 on your host and on the airliner to enjoy these. Windows Azure packages are included in Windows Server R2 Hyper-V. Windows Azure packs are free to download and are more highly integrated with the System Center to manage data centers and applications.

Specifically, Azure packs help you create infrastructure requirements for services like Windows and Linux VMs. It can be implemented with Hyper-V and Windows network stacks according to your control strategy on the basis of new VMs. You can define the type of virtual machine, the virtual memory and disk space of the virtual machine, and the number of virtual machines running concurrently. You can even define connecting them to a physical or virtual network. These can be done through the GUI. The GUI is essentially the same interface as Microsoft Windows Azure, but it does localization work on your local machine.

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