All Research Sponsored By:Pavilion
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Unprecedented Spectrum Scale Performance
Pavilion HFA meets or exceeds all the demands of Spectrum Scale high-performance applications offering the performance and convenience of Spectrum Scale Shared Disk with the cost of Spectrum Scale Shared Nothing Distributed Parallel Modes. Check out this white paper to learn more.
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Optimizing AI Storage
Read this e-guide to learn 8 factors to think about when planning for your AI workloads.
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How AI Is Changing the Storage Consumption Landscape
Download this expert, vendor-agnostic e-guide to learn how AI applications are altering storage consumption and how your business can fulfill the needs of these demanding workloads.
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Pavilion NVMe-oF Storage for StorNext
With the ability to handle block, file, and object storage, the Pavilion Hyperparallel Flash Array enables the consolidation of all types of media assets on a unified platform. Access this data sheet to learn the 10 benefits of implementing Pavilion NVME-oF Storage for StorNext.
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NVMe-oF Storage for Pixit Media
With Pavilion’s NVMe-oF based HFA, you can protect data through a fault-tolerant, no single point of failure design for built-in high availability and data at rest encryption. Access this white paper to learn its 13 benefits.
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The Aftershock of the Flash Revolution
There is a major challenge in translating the doubled performance of NVMe flash drives into a doubling of overall storage system performance. Read on to learn how to maximize storage performance using NVMe and NVMe-oF, and how disaggregation can help.
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Beyond Big Data Storage for the AI/ML Era
This e-book highlights how AI and ML workloads will benefit from a storage infrastructure with NVMe-based flash arrays—from raw performance to improved parallel processing. Access this e-book to see this relationship in action and for an overview of one such solution: Pavilion’s Hyperparallel Flash Array (HFA).
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NVMe-oF Storage Array
Read this solution overview to learn how to unlock the benefits of NVMe-based flash—including 90 GB/s throughput, 40μs of latency, and 20M IOPS—and how this architecture meets the performance and memory needs of HBD like kdb+.
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Want to Maximize NVMe Performance? Keep Your Eye on Operational Efficiency
This 451 Research report digs into the impact of NVMe and explains how to architect your storage to maximize NVMe performance. Read on for these highlights and to learn how to put them to use in your enterprise.
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Hyperparallel Flash Array for High Frequency Trading
Read the following datasheet to discover the features and benefits of a NVMe-oF platform that delivers the ultra-low latency and high performance that high-transaction workloads require.
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Big Data Analytics Case Study
Read the following case study to discover a brand of SSDs— disaggregated, rack-scale flash—with which one customer was able to achieve more than 120 GB/sec of read bandwidth and leverage 1.4PB of available NVMe capacity.