Solidigm presented at Storage Field Day 26, highlighting their QLC SSDs designed for value, performance, and density. They also introduced the D7-P5810 SLC SSD, designed to accelerate mixed and write-intensive workloads, and the Cloud Storage Acceleration Layer (CSAL) solution, which optimizes write workloads for QLC drives.
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Today’s workloads are becoming more and more read dominant. In this session learn how QLC SSDs can solve some of the world’s largest read-intensive storage challenges. Presented by by Roger Corell, Data Center Solutions Director, Solidigm.
Solidigm is embarking on a mission to extend the value of QLC SSDs beyond their core targeted workloads by focusing on a customer-centric design approach, storage density, and quality, utilizing insights from a recent study by the University of Toronto. As the study points out, a majority of workloads are read-intensive, Solidigm’s QLC product suite is catered to meet those requirements efficiently. Solidigm’s approach, which leverages software capabilities alongside optimum hardware, is expected to expand the QLC’s workload coverage, ultimately enhancing a plethora of applications.
Personnel: Roger Corell
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In this session learn how the new D7-P5810 SLC SSD from Solidigm can help accelerate both mixed and write-intensive workloads.
At the forefront of accelerating mixed and write-intensive workload technology, Solidigm introduces the revolutionary D7-P5810 SSD—their latest ultra-fast SLC drive. With capabilities catered towards write caching, data logging, and mid-tier storage applications, this high-performance drive outpaces its competitors in terms of both endurance and power while being economically advantageous—priced at just 20% of existing technologies. The D7-P5810 clearly sets the benchmark in its class.
Personnel: Ratnesh Muchhal
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Learn how CSAL unleashes the value of high-density NAND flash media by leveraging host-side FTL to transform any write workload to a sequential write.
The Cloud Storage Acceleration Layer (CSAL) solution offers an innovative solution to the persistent problem of write amplification in NAND storage. The open-source library is designed to optimize write workloads by converting them to sequential writes. This process enhances the performance of hyperdense QLC drives, ultimately reducing Total Cost Ownership (TCO) and making QLC drives more accessible for diverse use cases and customers.
Personnel: Kapil Karkra
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