VMware Software Defined Networking
Software Defined Networking — VMware Software Defined Networking

Modern Software Defined compute, also known as virtualization, is the first step toward the VMware Software Defined Networking Data Center. Introduced by VMware, x86 server virtualization has become a standard technology used by a vast majority of data centers worldwide. Servers deployed the conventional way operate at less than 15 percent of capacity. Virtualization rewrites the entire equation. CPU and memory are decoupled from physical hardware, creating pools of resources for use wherever needed. Each virtualized application and its operating system are encapsulated in a separate, isolated software container called a virtual machine (VM). Many VMs can be run simultaneously on each server, putting the majority of hardware capacity to productive use. The results have transformed server efficiency by offering superior performance, higher availability, and significant savings. In contrast to VMware Software Defined Networking, in which hardware remains the driving force, VMware network virtualization technology truly decouples network resources from underlying hardware.

In a close analogy to the virtual machine, a virtualized network is a software container that presents logical network components — logical switches, routers, firewalls, load balancers, VPNs and more — to connected workloads. The result is IT achieves significantly more at dramatically lower cost through virtualization. As the foundation for VMware’s complete Software Defined Data Center platform, VMware vSphere with Operations Management is the starting point for building your Software Defined Data Center. With VMware vSphere in place, you can seamlessly extend virtualization to storage and network services and add automated, policy—based provisioning and management. The VMware vSphere platform, the best foundation for your apps, your cloud and your business. VMware vSphere helps you get the best performance, availability, and efficiency from your infrastructure and applications. It’s the ideal foundation for any cloud environment. VMware vSphere with VMware Operations Management takes virtualization to the next level with intelligent operations management.

VMware Software Defined Networking Unified Data Center

The fully virtualized data center is automated and managed by intelligent, policy—based data center management software, vastly simplifying governance and operations. VMware Software Defined Networking single, unified management platform lets you centrally monitor and administer all applications across physical geographies, heterogeneous infrastructure and hybrid clouds. You can deploy and manage workloads in physical, virtual and cloud environments with a unified management experience. IT becomes agile, elastic and responsive to a degree never before possible. Storage services become fluid — a little more for this application now, a little less for that one later. Heterogeneous storage support — SDS lets you leverage existing storage solutions, such as SAN and NAS, or direct attached storage on x86 industry—standard hardware. With industry standard servers, the backbone of Hyper—Converged Infrastructure, IT organizations can design low—cost and scalable storage environments that easily adjust to specific and ever—changing storage needs.

VMware Software Defined Networking Private Cloud

VMware Software Defined Networking architecture can be deployed in your data center as a private cloud or off—site using secure Infrastructure—as—a—Service (IaaS) operated by VMware or a certified partner. Most companies choose a hybrid combination of on—premises and IaaS platforms. All three options are built on the same VMware Software Defined Networking Data Center technology, so you can easily migrate workloads among clouds and control and govern your hybrid environment from a single management interface. VMware provides flexible paths for evolving to a Software—Defined private cloud that you deploy on your own physical infrastructure. Customers typically begin with vSphere with Operations Management, and at their own pace, add Software—Defined networking and storage, and various elements of our comprehensive management layer. Alternatively, you can move up to a full—infrastructure solution, VMware vCloud Suite, directly from vSphere with Operations Management.

VMware Software Defined Networking Storage

The VMware Software Defined Networking storage strategy is to evolve storage architectures through the pervasive hypervisor, bringing to storage the simplicity, efficiency, and cost—savings that server virtualization brought to compute. Software Defined Storage abstracts the underlying storage through a virtual data plane, making the VM, and thus the application, the fundamental unit of storage provisioning and management across heterogeneous storage systems. By creating a flexible separation between applications and available resources, the hypervisor can balance all IT resources — compute, memory, storage and networking — needed by an application. Per application storage services. SDS applies at the VM level, allowing storage services to be tailored to the precise requirements of an application and adjusted as needed on a per—application basis, without affecting neighboring applications. Administrators are in complete control of which storage services, and therefore costs, are consumed by which application.

VMware vCloud Air Private Cloud

Built on VMware Software Defined Networking technology, vCloud Air is Infrastructure—as—a—Service (IaaS) operated by VMware. It lets you quickly, seamlessly and securely extend your data center into the cloud using the tools and processes you already have. You can run your hybrid environment with a common, unified model for management, orchestration, networking and security. Certified VMware partners offer an array of globally consistent, flexible and custom—tailored cloud services. These too are built on VMware Software—Defined technology, for compatibility with your internal data center, guaranteed service levels, auditable security and assured compliance. Infrastructure and applications services are requested via a self—service portal where authorized administrators, developers or business users can select services that comply with pre—defined business policies. Service delivery is highly automated. Logical infrastructure and application blueprints model services that can be deployed in any approved cloud environment.

VMware Software Defined Networking

Servers deployed the conventional way operate at less than 15 percent of capacity. Virtualization rewrites the entire equation. CPU and memory are decoupled from physical hardware, creating pools of resources for use wherever needed. Each virtualized application and its operating system are encapsulated in a separate, isolated software container called a virtual machine (VM). Many VMs can be run simultaneously on each server, putting the majority of hardware capacity to productive use. As the foundation for VMware’s complete Software—Defined Data Center platform, vSphere with Operations Management is the starting point for building your Software—Defined Data Center.

With vSphere in place, you can seamlessly extend virtualization to storage and network services and add automated, policy—based provisioning and management. In contrast to SDN, in which hardware remains the driving force, VMware network virtualization technology truly decouples network resources from underlying hardware. Virtualization principles are applied to physical network infrastructure, abstracting network services to create a flexible pool of transport capacity that can be allocated, utilized and repurposed on demand.

With a scale—out and resilient operations platform, administrators get control over performance, capacity and configuration management. Predictive analytics and smart alerts help identify and rectify potential issues before they impact service quality. Intuitive performance dashboards provide app—to—storage visibility across physical, virtual and cloud environments. Log management capabilities extend analytics to unstructured data, for better visibility and faster problem resolution. Over and under provisioned VMs are right—sized to balance service level requirements with resource utilization.

Powerful capacity modeling identifies “what if” scenarios to anticipate and optimize future infrastructure spend. CIOs and IT executives can demonstrate and compare the costs of complex initiatives and investments, including private and public clouds. Users can see the cost of service in the service catalog. Visibility and transparency of the types, cost and quality of IT services consumed by a business unit, enable show and charge back the quantity and types of IT services consumed. Industry benchmark data and reporting help compare IT expenses to peer companies and cloud service providers, for informed sourcing decisions that drive down costs.

In a close analogy to the virtual machine, a virtualized network is a software container that presents logical network components — logical switches, routers, firewalls, load balancers, VPNs and more — to connected workloads. These virtualized networks are programmatically created, provisioned and managed, with the underlying physical network serving as a simple packet—forwarding back plane. Network and security services are allocated to each VM according to its needs, and stay attached to it as the VM moves among hosts in the dynamic virtualized environment.

VMware’s network virtualization platform, VMware NSX, deploys on top of existing physical network hardware and supports the newest fabrics and geometries from all vendors. Existing applications and monitoring tools work smoothly with NSX without any modifications.

VMware NSX Software Defined Networking lets you treat your physical network as a pool of transport capacity, with network and security services attached to workloads using a policy driven approach. This automates networking operations and eliminates bottlenecks associated with hardware based networks. The provisioning and configuration management of IT applications and services is often a manual, slow, error prone and inconsistent exercise. It can result in critical security and operational bottlenecks for the business and puts an organization at a competitive disadvantage. These challenges extend to networking and security, the last major pillar of the data center that has been lacking automation capabilities that truly remedy the shortcomings of legacy approaches.

VMware NSX is the network virtualization platform that enables the automation of networking and security services. Applications and data can reside and be accessible anywhere. With VMware NSX Software Defined Networking you can reduce the time to provision entire networks in software from weeks to seconds. It abstracts virtual networks from the underlying physical network, providing the flexibility to run on top of any network hardware. With improved operational efficiency through automation, network operators can achieve faster deployment and greater agility. Enables network micro segmentation.

VMware’s Software—Defined Storage (SDS) strategy is to evolve storage architectures through the pervasive hypervisor, bringing to storage the simplicity, efficiency, and cost-savings that server virtualization brought to compute. Software—Defined Storage abstracts the underlying storage through a virtual data plane, making the VM, and thus the application, the fundamental unit of storage provisioning and management across heterogeneous storage systems. By creating a flexible separation between applications and available resources, the hypervisor can balance all IT resources — compute, memory, storage and networking — needed by an application.

VMware’s Software—Defined Storage solutions enhance today’s data center by delivering per—application storage services: SDS applies at the VM level, allowing storage services to be tailored to the precise requirements of an application and adjusted as needed on a per—application basis, without affecting neighboring applications. Administrators are in complete control of which storage services, and therefore costs, are consumed by which application. SDS uses a dynamic and non—disruptive model, just as in compute virtualization. IT admins can precisely match application demand and supply at the exact time the resources are needed. Storage services become fluid — a little more for this application now, a little less for that one later.