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Storage for High-performance Computing

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How Ludwig Maximillian University Streamlined its Storage

If you have multiple storage platforms with different locations, managing all of them can create major headaches. How can you streamline your storage management for more efficient data management?

Access this white paper to learn about how Ludwig Maximillian University was able to manage its seven different storage locations from a single platform, and the benefits they were able to achieve.

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  • Making the Right Flash Memory Storage Array Buying Decision

    Similar to the transition from physical to virtual data center infrastructures, a transformation from HDD-based storage arrays to all-flash arrays is underway. The difference being that this time organizations will rarely be able to trial host their 2nd and 3rd tier applications on all-flash storage arrays.

    This makes the storage array buying decision even more difficult. Should you stick with proven, HDD-based arrays or implement an all-flash storage array that prepares you for the future?

    This resource highlights a next-gen, all-flash storage array architecture that delivers the performance that flash has to offer and facilitates the non-disruptive introduction of real-time, inline deduplication into production environments as well as other necessary storage management technologies to optimize available flash capacity.

  • Micron SSDs Provide the Storage Muscle for SilverDraft'€™s Supercomputers

    In high performance computing environments, high performing storage is crucial. Without it, bottlenecks and other issues occur. How can companies ensure their high performing computers have equally high performing storage?

    This white paper details a case study featuring SilverDraft and how they paired their supercomputers with flash. Read on to learn about they optimized their systems using SSD to ensure real-time CGI images, and how platforms using SSD impact supercomputer performance. 

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