Dell EMC Software-Defined Networking
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Dell EMC Software-Defined Networking (SDN) is a programmatic approach to networking with centrally managed network intelligence. SDN reduces the risk and administrator overhead while improving the overall network efficiency. With Dell EMC Software-Defined Networking — the function of traffic control is separated from the network hardware — this allows the network to add new apps and capabilities without consuming much time and money. Who uses Dell EMC Software-Defined Networking and why? Enterprise IT organizations use Dell EMC Software-Defined Networking to reduce their dependence on expensive hardware, streamline their physical infrastructure and avoid vendor lock in. Powered by SDN, these organizations will have massive scalability and flexible deployment options. The hardware layer is decoupled from the software, resulting in more agility, lesser network downtime and optimal network productivity.

According to the ONF, software-defined networking is an emerging architecture that is dynamic, manageable, Dell EMC Software-Defined Networking cost-effective, and adaptable, making it ideal for the high bandwidth, dynamic nature of today’s applications. This architecture decoupled the network control and forwarding functions enabling the network control to become directly programmable and the underlying infrastructure to be abstracted for applications and network services. The OpenFlow protocol is a foundational element for building SDN solutions. Many vendors have announced support for OpenFlow V1.3. As mentioned, one of the key SDN use cases is traffic engineering. In addition, a defining characteristic of SDN is that it separates the control of the network from the process of forwarding the packets. Staying with the metaphor, one way to think about how SDN concepts could be applied to vehicular traffic involves thinking not of a traditional car, but of a Google inspired, driver less car.

Dell EMC Software-Defined Networking

In addition to having multiple ways of implementing network virtualization, other key architectural distinctions between the varying ways that vendors are implementing SDN include the role of dedicated hardware, amount of control functionality that is centralized, and use of protocols such as OpenFlow. One example of that divergence of opinion is that some vendors believe it is possible to fully support network virtualization in the data center without using dedicated hardware and some vendors believe that dedicated hardware is needed at least some times. The survey respondents were asked to indicate if they believed that with the current technologies and products it’s possible to broadly support network virtualization in the data center without using any dedicated hardware? The no responses outnumbered the yes responses by almost a 2:1 ratio. Dell EMC Software-Defined Networking has the broadest network storage portfolio featuring storage that is elastic scale out, In place analytics and cloud connected.

Software-Defined Storage

Current storage systems are not equipped for the growing needs of your data. An IDC study confirms Dell EMC Software-Defined Networking offers the broadest software-defined storage (SDS) portfolio, powered by Intel Xeon processors, that provides the enterprise-grade agility to support your digital business demands. Enterprise quality optimizes IT agility and delivers continuous value, stability and availability optimizes IT agility, and enterprise-class SDS delivers continuous value. Vendor neutral OpenStack and industry standard APIs. More infrastructure and application flexibility. More opportunities to innovate and gain critical insights from your data. Accessibility that meets your needs now and in the future. IoT-generated data offers tremendous beneficial potential in areas including real-time medical monitoring for better health, real-time financial transaction analysis for more secure banking, “smart” home devices like thermostats or fans, and mobile devices and wearables.

Architectural Distinctions

Network virtualization isn’t a new topic. IT organizations have implemented various forms of network virtualization for years; i.e., VLANs, VPNs, VRF. However, in the context of SDN the phrase network virtualization refers to the creation of logical, virtual networks that are decoupled from the underlying network hardware to ensure the network can better integrate with and support increasingly virtual environments. As previously noted, the predecessor to The Guide was entitled The 2013 Guide to Network Virtualization and SDN. The genesis of that title was that in 2013 there was disagreement in the industry about whether or not SDN and network virtualization were the same thing. Today most of that disagreement has gone away and there is general agreement that network virtualization is a critical SDN application and as described below, there are multiple ways to implement network virtualization. Current storage systems are not equipped for the growing needs of your data.
Dell EMC Software-Defined Networking

Every Avamar backup is a full backup, which makes it easy for you to browse, point, and click for a single-step recovery. Avamar provides fast, reliable NAS system backup and recovery via the Avamar NDMP Accelerator node. With this approach, a Level-0 backup is performed only once, during the initial full backup. Subsequent daily full backups are achieved by requesting only Level-1 incremental dumps, and building them into a daily full backup view. This dramatically reduces backup times and the impact on NAS resources, and allows an easier and faster recovery.

Avamar eliminates backup bottlenecks and provides the freedom to consolidate storage and optimize NAS systems — without limiting the number and size of files or volumes — to meet the backup window. With automated multi streaming, Avamar can protect large-scale out NAS systems, including Isilon, by delivering increased throughput to protection storage. Avamar’s Fast Incremental architecture provides an efficient solution to protect High Density File Systems (HDFS).

Current storage systems are not equipped for the growing needs of your data. An IDC study confirms Dell EMC offers the broadest software-defined storage portfolio, powered by Intel Xeon processors, that provides the enterprise-grade agility to support your digital business demands. Software-defined storage offers elasticity, scale, and simplicity — with no compromises. The cost to store, manage and analyze billions or trillions of data objects just isn’t feasible using traditional storage, given the cost of constantly having to make new hardware investments to keep up with growing data stores. By decoupling software from hardware, software-defined storage makes it possible to simply acquire low-cost commodity hardware instead — reducing the cost of acquiring storage by as much as 50%.

To do data analysis in a traditional storage environment, you have to make multiple copies of data or coalesce it from multiple sources. That’s inherently slow, inefficient and unsuited to the amount and variety of IoT-generated data. But software defined cloud storage introduces the concept of a geo-distributed data lake, with the protocolsin place to accept a variety of data on the front end and to perform analytics-in-place wherever edge-device data is collected for rapid — even real-time — data analysis. It also enables analytics at the core on archival data for visibility into ever-increasing data sets.

Current storage systems are not equipped for the growing needs of your data. An IDC study confirms Dell EMC offers the broadest software-defined storage portfolio that provides the enterprise-grade agility to support your digital business demands. Better security — secures the mission critical workloads by implementing dynamic security policies. Improves network productivity — ensures effective load balancing, better content delivery and improves the network uptime. Reduces cost — lowers CAPEX cost by minimizing the need for hardware devices such as routers & switches. Lowers OPEX costs due to massive improvement in network management.

The policy based automation aspect of SDN also allows the network to expand into large number of nodes. Dell EMC has the broadest network storage portfolio — elastic scale-out, in-place analytics, and cloud-connected. Scale-IO — enterprise scale-out server SAN block storage, Isilon — enterprise scale-out NAS file storage. Elastic Cloud Storage — geo-federated cloud-scale object storage out In-place analytics, cloud-connected.

Accelerate your enterprise data lake and enable the most demanding workloads with Isilon All-Flash storage systems. Deliver blazing performance for unstructured data while you benefit from the efficiency, flexibility, and resiliency of Isilon. Isilon all flash introduces a revolutionary, highly dense design with 4 Isilon storage nodes in a 4U chassis. Select from configurations that provide 96 TB to 924 TB of capacity per chassis. Easily expand your Isilon with up to 100 chassis in one cluster, with cluster performance totaling up to 25 million IOPS and 1.5 TB per second bandwidth.

Brings all flash performance to unstructured data workloads. Delivers massive scalability up to 924 TB capacity in a single cluster. Supports up to 250,000 IOPS and 15 GB/second bandwidth per chassis. Offers robust data protection and security options. Maximizes efficiency with 80% storage utilization, data deduplication, and storage tiering. Automated storage tiering integrates storage at the core with available cloud services from a choice of providers. You can now get the performance you need to meet tight backup windows and support critical applications and workloads.

With software-defined storage, enterprises can create giant geo-distributed pools of storage that grow as large as necessary with very little effort on the part of IT and its users. The economic benefits are unprecedented, too, as commodity-based platforms increasingly provide the foundation for next generation storage, replacing more costly purpose-built storage arrays.

And it all starts with understanding what we mean when we talk about software-defined storage — it’s an approach to storage system design using the principles of distributed computing that delivers elastic, scale-out, multi-protocol, and geo-distributed capabilities all with a simplified management experience. This is how we will all store more data, and more kinds of data, than we have ever done before.

Not all VVols storage support is created equal. While VMware Virtual Volumes simplify management and provide per VM storage control, the revolutionary VMAX takes VVols integration to a whole new level. Not only was VMAX designed to support the scale of VVols — up to 64,000 virtual volumes today and many more in the future — but the VMAX service level objective management paradigm that has radically simplified storage management realizes the full value of VVols storage polices.

By matching policies to Service Level Objectives (SLOs), VMAX provides the highest levels of availability, data protection and performance directly to the VM. VMAX all flash storage leverages the industry’s first open storage and hypervisor converged operating system, HYPERMAX OS. It combines industry leading high availability, I/O management, quality of service, data integrity validation, storage tiering, and data security with an open application platform. HYPERMAX OS features the first real-time, non disruptive storage hypervisor that manages and protects embedded services.

Benefit from high bandwidth and a low-cost per gigabyte. VNX-VSS arrays are ideal for distributed sites and uses including city surveillance, government, and transportation security. VNX Software Essential Pack includes Dell EMC FAST automatically optimize for the highest system performance and the lowest storage cost simultaneously. VNX Events and Retention keep data safe from changes and deletions. Local protection practice safe data protection and repurposing. Protect data against localized failures, outages, and disasters.

Hypervisor based replication fifteen VM licenses for RecoverPoint for Virtual Machines delivers local and remote hypervisor based replication. vVNX virtual unified storage lets you easily create test and development environments without the need for dedicated storage platforms. Get the unified storage and data management features of vVNX in this free software download for use in VMware environments. IT organizations are increasingly looking to software defined storage solutions to provide agility and flexibility to their operational and development environments.