Virtualization has made compute infrastructure and storage
infrastructure an order of magnitude more flexible, yielding huge
gains in IT efficiency. However, the network has not achieved the
same efficiency gains. Unlike the advancements in compute and
storage virtualization, networking has not kept pace, and has
become a barrier to achieving the promise of enterprise cloud
computing. As enterprise IT continues its transition to the Cloud
Era, the data center network is once again taking center stage.
As the amount and importance of corporate data grows, companies of all sizes are finding that they increasingly need to deploy high-availability database solutions to support their business-critical applications.
Windows 8 includes many new security features, such as secure password storage, secure boot functions, anti-malware defenses, and even enhanced reputation capabilities. Will these features be enough to mitigate risks to users and corporate networks?
With the arrival of Dell 12th generation servers (12G) and Microsoft Windows Server 2012, your organization can now significantly simplify Windows Server deployment.
Window Server 2012 delivers a number of new enhancements and features over your current Windows Server 2003 or Windows Server 2008 infrastructure. With Windows Server 2012, your organization can benefit from improved virtualization, identity and access control management, graphical interface, storage and networking, and Web and application hosting.
Dell 12G servers provide a powerful platform for Windows Server 2012 and its advanced features, giving your organization better performance, reliability and management, all of which improve return on investment (ROI) and your bottom line. For more information on powering Dell servers with Windows Server 2012, see www.dell.com/ws2012.
Improvements in scalability, availability, performance, and functionality of midrange storage systems have blurred the boundaries between network-attached, midrange, and high-end storage systems. This Magic Quadrant will help IT leaders understand storage vendors' strategies and market strengths.
Cisco Unified Data Center unifies compute, storage, networking, virtualization, and management into a single platform. The result is operational simplicity and business agility -- essential for cloud computing and deploying IT as a Service.
The market for cloud compute infrastructure as a service (a virtual data center of compute, storage and network resources delivered as a service) is still maturing and rapidly evolving. Strategic providers must therefore be chosen carefully.
Published By: Dell EMC
Published Date: Mar 18, 2016
This white paper provides an introduction to the EMC Isilon scale-out data lake as the key enabler to store, manage, and protect unstructured data for traditional and emerging workloads. Business decision makers and architects can leverage the information provided here to make key strategy and implementation decisions for their storage infrastructure.
Published By: Dell EMC
Published Date: Mar 18, 2016
The EMC Isilon Scale-out Data Lake is an ideal platform for multi-protocol ingest of data. This is a crucial function in Big Data environments, in which it is necessary to quickly and reliably ingest data into the Data Lake using protocols closest to the workload generating the data. With OneFS it is possible to ingest data via NFSv3, NFSv4, SMB2.0, SMB3.0 as well as via HDFS. This makes the platform very friendly for complex Big Data workflows.
Published By: Dell EMC
Published Date: Mar 18, 2016
Over the past few years, new IT infrastructure options for enterprise transactional applications have arisen thanks to numerous improvements in storage processing power and the robustness of networking protocols. SAN protocols are no longer the only option for IT storage administrations. VMware, Hyper-V, SQL, and even SAP and Oracle deployments have taken advantage of the benefits offered by NFS, and more recently SMB 3, network-attached storage (NAS) protocols. However, support for NAS protocols alone is not enough. EMC and Brocade understand that supporting enterprise applications requires delivering enterprise storage and networking capabilities to maximize resiliency and performance.
Published By: Cloudian
Published Date: Feb 15, 2018
We are living in an age of explosive data growth. IDC projects that the digital universe is growing 50% a year, doubling in size every 2 years. In media and entertainment, the growth is even faster as capacity-intensive formats such as 4K, 8K, and 360/VR gain traction. Fortunately, new trends in data storage are making it easier to stay ahead of the curve.
In this paper, we will examine how object storage stacks up against LTO tape for media archives and backup. In addition to a detailed total cost of ownership (TCO) analysis covering both capital and operational expenses, this paper will look at the opportunity costs of not leveraging the real-time data access of object storage to monetize existing data.
Finally, we will demonstrate the validity of the analysis with a real-world case study of a longstanding network TV show that made the switch from tape to object storage.
The limitations of tape storage go way beyond its lack of scalability. Data that isnít searchable is becoming
Today's IT departments are increasingly challenged by the complexity of managing disparate components within their data centers. Rapidly proliferating silos of server, storage, and networking resources combined with numerous management tools and operational processes have led to crippling inefficiencies and costs.
Consumer-focused technologies that are deployed by employees can provide tremendous value to any business and can provide IT organizations with more functionality than they can afford or are willing to deploy. However, consumer technologies must be appropriately managed in order to satisfy corporate security, compliance and other requirements. This means integrating consumer technologies into the existing IT fabric in order to achieve the greatest possible synergies between consumer-focused and IT-deployed technologies.
Private cloud is one of the critical deployment architectures IT teams are adopting as they transition to a service-centric delivery model. More than 75% of organizations? already use private clouds to lower costs, increase agility and exert greater control over security, data protection and compliance.
The transition to private cloud represents a paradigm shift in how IT is provisioned and data centers are deployed. Virtualization is expanding beyond servers into storage and networking, while software-defined models allow new levels of agility through advanced automation and orchestration.
The Software-Defined Data Center (SDDC) is an overarching philosophy for implementing better data centers. The most basic way to think about an SDDC is as a combination of virtualized computing resources, plus software-defined storage and networking. In addition, SDDC often includes overarching security aspects: in other words, SDDC abstracts and automates all the compute, storage and networking aspects that are traditionally physical, and it can put that automation and abstraction to use in enhancing security.
Published By: Datalink
Published Date: Jun 01, 2012
Assembling an internal private cloud or migrating to an external one is a challenge - both technically and organizationally. Datalink has answers - and a unified solution with the Datalink V-Scape Reference Architecture.
The emergence of genomics and advanced gene sequencing techniques has made the collection and storage of data a centerpiece of biomedical research. As the data generated in biomedical research becomes richer and richer, having the infrastructure in place to deal with data growth efficiently is going to be a cornerstone of biomedical data management. This white paper examines a joint solution that features data reduction technologies combined with a network-attached storage system that offers storage optimization capacities along with an affordable, manageable, and scalable petabyte-ready storage platform.
Medical research is surging into the 21st Century, and includes the dawn of personalized medicine. The realization of personalized medicine is being driven by the increasing speed and dropping costs of gene sequencing. These new technologies for rapid sequencing have created a dramatic need for storage technologies that will radically increase the speed, while reducing costs for research storage. Read this white paper to learn how the exponential growth in genome-mapping data has spawned the growth in affordable, petabyte-capacity storage solutions that can scale as quickly as the data is produced.
The usual cure for exploding file volumes is to add more general purpose file servers. That strategy eventually leads to server sprawl, which brings with it more management complexity, stranded disk capacity, wildly differing storage utilization rates and slower file access. Network-attached storage (NAS) appliances can add file serving capacity that's more easily managed, shareable, more scalable and more efficient than a sprawl of general purpose servers. Read this online article to learn about three basic considerations that can help simplify your NAS buying decision.
"As the rapid rise in the number of mobile devices and users creates an explosion in data and virtual machine instances, datacenter transformation becomes imperative for many enterprises. It is essential enterprises move to consolidate resources and cut both capital and operating costs while still providing support for distributed applications.
This brief white paper delves into a Q&A with Eric Sheppard, research director of IDCís Storage Software program, on integrated systems and whether you should buy compute, network, and storage resources together. Read on as you will discover:
What integrated systems are, and its benefits
The differences between an integrated platform and integrated infrastructure
How datacenters are leveraging these new systems today