WHITE PAPER:
In this white paper, discover that now, more than ever, efficiency mechanisms like thin provisioning, block-level deduplication, and space reclamation are necessary components of flash-based media and can help ensure high performance storage. Read on to start thin, get thin, and stay thin.
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This white paper highlights an in-server solid-state solution that will provide you with 4 times the performance of traditional SAN at an 80% cost reduction.
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In this with paper, discover a flash storage platform that can enable you to access and manage big data while providing you with fast analytics, optimized replication and more.
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This ESG white paper explores a flash-optimized storage strategy architected for IT organizations to automate the movement and protection of data at the block level by using capacity residing on different tiers of storage media. Find out how this technology allows you to get the most out of the latest innovations in storage media technology.
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In this white paper, you'll learn about a new approach to storage that will allow you to separate workload operations, free up back-end storage and manage data dynamically between storage pools.
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Experts help hash out what solid-state storage solution is right for your organization's needs, including 4 use cases when SSD arrays are the right solution, when using SSD is a bad idea, and more.
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This comprehensive white paper presents the results of a series of storage I/O performance tests and provides storage sizing guidance and best practices based on those results for a VMware View based VDI solution.
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This paper describes the benchmark results of a leading server/storage configuration. Obtain detailed information on the unique configuration that was tested as well as the specific architectural components.
WHITE PAPER:
Will NVMe actually make a difference in the data center? Download this 10-page e-book for the answer to that question, with guidance on understanding NVMe and scale-out NVMe, practical applications, how flash needs to evolve to support NVMe, and more.