A Storage Area Network (SAN) is a network designed to attach computer storage devices such as disk array controllers and tape libraries to servers. As of 2006, SANs are most commonly found in enterprise storage. A SAN allows a machine to connect to remote targets such as disks and tape drives on a network for block level I/O.
A new kind of storage architecture allows IT to consolidate remote servers and data in the data center by decoupling storage from its server over any distance and still get the same performance as if the storage remained local to the branch. Learn how organizations can now consolidate remote infrastructure to increase security and efficiency, without impacting performance in branch offices
Does your WAN provide sufficient performance and reliability for your remote-site users? In this guide, discover how to design a full-service network with secure, encrypted communications using Cisco Dynamic Multipoint VPN technology.
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Without document classification in play, it's impossible to know what to protect. The mobile ecosystem makes workers infinitely more productive, which is one reason that it won’t go
away. This white paper explores the question: How can IT govern and protect content in such ad hoc and semi-structured environments? Please download whitepaper to learn more.
This report documents the results of ESG Lab’s hands-on testing and validation of the HP 3PAR StoreServ 7000 storage array, with a focus on autonomic simplicity, efficient unified storage, application performance, and resilience for mid-range enterprises.
As the amount of information we generate grows, and as our relationship with information grows more complex, the race to innovate new products and services to help us harness information, manage it, and tap into it more easily intensifies. This paper discusses the continuing development of HP’s strategy for delivering Converged Storage that improves the ability of your business to capitalize on information. Building on the foundation provided by fusing industry-standard technologies, federated scale-out software, and converged management, HP is now extending Converged Storage into new solutions and segments with a new initiative that introduces the next evolution of this HP Converged Storage strategy and vision.
Taking a more comprehensive, unified approach to managing data—recovering any data from a single console—can not only reduce your capital and operating costs, but can also provide enhanced application availability for improved IT service levels.
Blade servers can yield significant cost efficiencies over rack servers — while taking up a smaller footprint, consuming less power and providing significant advantages in terms of manageability, scalability and flexibility.
Savvy IT professionals are finding that blade servers are less expensive than traditional rack servers for most new deployments, while also delivering improvements in agility, scalability and manageability.
In 2012, the storage industry is seeing big shifts as capacity growth starts to decelerate and more data gets moved to the cloud where it can not only be stored but also analyzed in new ways to gain business insights.
Check out the latest Storage eZine from CRN to identify new opportunities in the storage market and to get suggestions on what to do when clients start asking difficult questions.
The report outlines the benefits of using HP StoreOnce with NetBackup's integrated Network Data Management Protocol (NDMP) backup capabilities to enhance administrators' abilities to effectively manage NDMP-enabled NAS server backup and recovery.
Evaluator Group worked with HP to access the features, performance and enterprise capabilities of the HP StoreOnce B6200 Backup system. HP labs and equipment were utilized, with testing under the direction of on-site Evaluator Group personnel. Testing focused on validating high availability features, performance, and application integration.
Enterprise Strategy Group shares why client-side deduplication is the best. Dedupe 2.0 leverages intelligence and awareness at the source, backup server, and storage device. In these scenarios, the awareness of what data is already in the deduplicated storage and the discernment to send new data or not is performed within the production server instead of the backup server or deduplicated storage. Hence, network savings begin at the production server and backups are significantly faster since only changed data is transmitted from the production server to the storage solution.
This report describes how improving the efficiency of data storage, deduplication solutions has enabled organizations to cost-justify the increased use of disk for backup and recovery. However, the changing demands on IT storage infrastructures have begun to strain the capabilities of initial deduplication products. To meet these demands, a new generation of deduplication solutions is emerging which scale easily, offer improved performance and availability and simplify management and integration within the IT storage infrastructure. HP refers to this new generation as "Deduplication 2.0.
Today, as IT departments struggle to design and implement solutions capable of managing exponential data growth with strict requirements for application scale and performance, many
of them are turning to in-memory data grids (IMDGs).