IP-Storage networking technology was developed by the Internet Engineering Task Force. FCIP mechanisms enable the transmission of Fibre Channel (FC) information by tunneling data between storage area network (SAN) facilities over IP networks; this capacity facilitates data sharing over a geographically distributed enterprise.
"IOPS (I/O operations per second) is an easily understood and communicated unit of measurement, which is why it’s so widely used. Unfortunately, it’s also easy to oversimplify. IOPS describes only the number of times an application, OS or VM is reading or writing to storage each second. More IOPS means more disk I/O, and if all IOPS are created equal, we should be able to measure disk activity with it alone. But they aren’t.
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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.
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.
It should come as no surprise that storage budgets are constantly under pressure from opposing forces: On one hand, economic forces are pushing budgets to either stay flat or, in many cases, shrink as a percentage of a company's revenue. On the other hand, the infrastructure struggles to keep up with the pace of data growth, pressured by many variables, both social and economic. Businesses have no choice but to acclimate their storage infrastructure to the unprecedented levels at which data is growing.
The investment that an organization makes in their virtualization or cloud initiative is significant, but so is the ROI (Return On Investment) that these projects deliver. The challenge is that the cost of providing the storage infrastructure to these initiatives can be expensive and can quickly eat into any ROI that was gained by the virtualization and/or cloud project.
As it has been the trend over the last decade, organizations must continue to deal with growing data storage requirements with the same or less resources. The growing adoption of storage-as-a-service, business intelligence, and big data results in ever more Service Level Agreements that are difficult to fulfill without IT administrators spending ever longer hours in the data center. Many organizations now expect their capital expense growth for storage to be unstoppable, and see operating expense levers - such as purchasing storage systems that are easy to manage - as the only way to control data storage-related costs.
With flash based systems now commonly in the TBs of capacity and rapidly becoming more affordable, it may be time to look at using solid state storage with high bandwidth applications. Read this white paper to find out more.
Download this paper to discover a new and unique storage technology that delivers breakthrough ease-of-use, affordability, and value so that individual professionals and businesses can vastly improve their data storage experience.
To maintain its position at the forefront of international research, the Institute for Computational Cosmology at Durham University wanted to develop a new high-performance computing cluster - find out how they did it.