Windows server 2012 powers the cloud os

Whether a customer wants an on-premises-only single server operating system or one robust enough to handle data-center-scale networking, storage and compute, Microsoft is touting Windows Server as the right choice.

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You also agree to the Terms of Use and acknowledge the data collection and usage practices outlined in our Privacy Policy. The screenshot below depicts these various options from within VMM. The dialog on the right shows that it can be migrated from this standalone host into nodes of the HVClusterA cluster hvn3, hvn1 and hvn2 as well as to the standalone HV Why is that? As you will notice, each of these hosts see the same SMB 3. Over the next few months we will provide additional details of how VMM can facilitate resource pooling and tenant administration, and how it can utilize the plethora of capabilities in Windows Server Customers of all sizes trust Windows Server to run their business and mission-critical workloads.

With… Read more. You are invited to get a first look deep-dive at Windows Server by registering… Read more. Today, we are announcing the general availability of Windows Server Microsoft Windows Server Blog. And there are two corresponding personas: Service provider the datacenter admin Service consumer an application owner These two personas look for quite distinct attributes, each in their domain: The separation of concerns between the provider and consumer offers great simplicity and agility.

Pooled resources: This means that we deal with resources at an aggregate level rather than at the level of individual servers. The cloud exposes a pool of capacity for use by services that require the capacity, and this abstraction decouples the virtualized workloads from the physical infrastructure, allowing dynamic workload placement and independent infrastructure management.

While modern large-scale clouds often use strictly homogeneous hardware and require that software adapts, this is often not practical in enterprise computing where existing software may have specific hardware requirements; our cloud model supports heterogeneous resource pools, where the system automatically matches software requirements to hardware characteristics.

Having pools of resources implies that multiple tenants customers will have their workloads on this environment and the infrastructure must provide the necessary isolation between fenced-off resource pools.

Such multi-tenancy is not just for public clouds: even in a private cloud, the self-service model that gives consumers flexibility to deploy services with little oversight requires robust isolation between pools to prevent accidental impact on a neighbor. Windows Server enables resources to be pooled via a variety of capabilities such as the Hyper-V extensible switch, Network Virtualization, Quality of Service QoS and network isolation policies.

In addition, with enhancements in live and storage migration, the Windows Server platform enables resources to be moved easily across the datacenter, to optimize the use of datacenter resources. It supports managing these Clouds at scale, and dynamically placing workloads in them, with role-based access control mechanisms for multi-tenant isolation and delegation of clouds to consumers. Self-Service: In the cloud model, service consumers can use a self-service experience, typically a web-based portal, to access the capacity they have been allocated, self-provision workloads from standing up a single VM to deploying a complex service, and manage the life cycle of those workloads.

Windows Server goes a long way in enabling full datacenter automation. Self-servicing implies that all datacenter operations must be fully automatable, otherwise manual labor will be required every time a workload is placed on a cloud. Windows Server is fully automatable via PowerShell and WMI, exposing the necessary interfaces to enable this scenario.

System Center builds on the automation capabilities in Windows Server and provides portals and management capabilities to enable self-service.

The Service Manager component provides a service catalog that drives a self-service portal for IT approval workflows such as allocating capacity. The App Controller component provides a self-service experience for administering virtual machines and services, covering both private cloud and the Windows Azure public cloud. Close Menu Videos. Tech Talk. Audio Gear. Consumer Electronics. Photo Gear. Share via: 0 Shares.

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