Published By: Cleversafe
Published Date: Mar 29, 2013
Scalability has always been an important characteristic of enterprise storage systems, maybe the most important, since the rationale of consolidating storage assumes that the system can easily grow with aggregate demand.
Published By: IBM APAC
Published Date: Mar 19, 2018
Unstructured data has exploded in volume over the past decade. Unstructured data, media files and other data can be created just about anywhere on the planet using almost any smart device available today. As the amount of unstructured data grows exponentially, customers using this data need to be able to take advantage of the right storage solutions to support all of their file and object data requirements. IBM® recently added a new storage system to their Spectrum product family, IBM Spectrum Network Attached Storage (NAS). IBM Spectrum NAS adds another software-defined file storage system to IBM’s current unstructured data storage solutions, IBM Spectrum Scale™ and IBM Cloud Object Storage (COS). Below, we will discuss the three systems and supply some guidance on when and where to use each of them.
Published By: Dell EMC
Published Date: Jun 29, 2016
EMC Isilon scale-out network-attached storage (NAS) is a simple and scalable platform to build a scale-out data lake and persist enterprise files of all sizes that scale from terabytes to petabytes in a single cluster. It enables you to consolidate storage silos, improve storage utilization, reduce costs, while providing you a future proofed platform to run today and tomorrow's workloads.
NetApp® SnapManager® for Oracle (SMO) is designed to significantly simplify all these tasks and more. In this article, we examine how you can deploy SMO to simplify and even automate data protection, recovery, and cloning across both primary and secondary storage. Learn more today!
This paper focuses generally on optimal storage and storage management for SharePoint and specifically evaluates NetApp's approach, detailing how the capabilities in NetApp's DataONTAP and SnapManager for SharePoint Server offerings help to drive storage efficiency, reduce cost, and exclude complexity in a comprehensive SharePoint implementation. It is not so much a "how to" guide, but rather a "why to" explanation. Learn more today!
Companies have rapidly adopted server virtualization over the past few years, but there are big differences in their use of the technology. Most companies are able to reduce server hardware spending, but many don't realize an ongoing reduction in management costs.
Frustrated by the costs of maintain ever larger data centers-or building new ones-many companies are exploring virtualization. Virtualization lets your IT staff turn your data center into an internal cloud of computing resources controlled by a single virtual data center operating system (VDC-OS).
In an economic environment that is repeatedly heralding the message "do more with less" the efficiency of hypervisors are an oft-overlooked aspect of virtual infrastructure acquisition that has massive impact on total price.
Today's use of virtualization technology allows IT professionals to automatically manage the resources of the physical server to efficiently support multiple operating systems, each supporting different applications. This IDC Technology Assessment presents IDC's view of how virtualization technologies are impacting and will continue to impact operating environments and the operating environment market near- and long-term.
VMware virtualization enables customers to reduce their server TCO and quickly delivers signification ROI. This paper describes commonly used TCO models and looks at several case studies that apply TCO models to virtualization projects. Learn more.
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.
Published By: Dell EMC
Published Date: Mar 18, 2016
EMC Isilon scale-out network-attached storage (NAS) is a simple and scalable platform to build out a scale-out data lake and persist enterprise files of all sizes that scale from terabytes to petabytes in a single cluster.
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.
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.
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.
Enterprise Strategy Group (ESG) Labs performed a hands-on analysis of IBM's System Storage SAN Volume Controller storage virtualization solution in order to validate its value proposition to customers. ESG Labs found that SAN Volume Controller is a rock-solid, feature-rich platform that delivers on the promise of network based storage virtualization: reducing the complexity and cost of managing SAN attached storage.
Storage area networks (SAN) deliver consolidated storage and advanced storage management features. One advanced SAN configuration involves booting servers directly from the SAN, eliminating all locally attached storage, and improving server operations. Several server boot options are available. To select the right boot option for your environment, you should weigh the benefits and drawbacks of each.
This white paper highlights two new additions to the Cisco® Small Business Network Storage System (NSS) line of products. The Cisco NSS2000 Series is a 2-bay network attached storage (NAS) system, and the Cisco NSS3000 Series is a 4-bay system.
This document will explain the behavior and benefit of implementing Diskeeper defragmentation software with intricate modern hardware technologies such as RAID, NAS and SANs. SANs, NAS devices, corporate servers, and even high end workstations and multimedia-centric desktops characteristically implement multiple physical disk drives in some form of fault tolerant disk striping (RAID).
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