Blog Archives

Lightboard Video: Solving for Flash Read Latency Outliers

The advent of disaggregated and distributed cloud-based applications along with inconsistent read latencies inherent in solid-state drive (SSD) storage media, create a new application performance bottleneck. George Crump, Lead Analyst for Storage Switzerland, recently spoke with Joe Dedrick, Vice President

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Posted in Video

A Consolidation-Driven Approach to Storage Modernization – INFINIDAT Briefing Note

Enterprises’ storage capacity requirements continue to grow, with many approaching petabyte (PB) scale. At the same time, a greater diversity of workloads is being served, creating the need for multiple storage protocols to address a range of performance, retention and

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Posted in Briefing Note

Getting Hands-on NVMe Experience Without the Cost or the Risk

Non-volatile memory express (NVMe) is among the most hyped storage technologies of 2019 – and for good reason. As previously covered by Storage Switzerland, NVMe’s ability to increase queue depths and command counts and to connect directly to storage memory,

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Posted in Blog

Hyperconverged 101 – Understanding the Components of HCI – Part 1 Hypervisors

It is tempting for IT professionals to take a macro-view of hyper-converged infrastructure (HCI) and let the vendor take care of all the details. The problem is the details matter, especially in HCI. The key HCI components for IT to

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Posted in Blog

Designing a File-System for AI and High-Velocity Analytics

Our previous blog highlighted the challenges of supporting artificial intelligence (AI), machine learning (ML) and deep learning (DL) workloads with legacy file systems. Control node bottlenecks, inferior (or lack of) non-volatile memory express (NVMe) drivers, and inefficient capacity utilization are

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Posted in Blog

What is Computational Storage?

Modern workloads such as analytics of data generated at the edge require vast amounts of data to be processed in parallel. As discussed in our previous blog, the advent of solid-state drive (SSD) storage media has caused the interface between

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Posted in Blog

Why Production Workload Modeling for NVMe?

Enterprises are relying on a growing number of applications to run their business. At the same time, these applications carry requirements including performance levels that are simultaneously more divergent and dynamic than ever before. New applications are being spun up

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Posted in Blog

What is Workload Modeling?

Workload modeling is the process of capturing the IO patterns of a workload so that it can be played back later in a different environment. The goal is to provide a very close simulation of how that workload will respond

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Posted in Blog

A New Storage Processor to Solve the Storage Software Inefficiency Problem – Pliops Briefing Note

Modern data storage has become plagued with inefficiency. Legacy software algorithms were not written to keep up with the new levels of throughput and latency facilitated by solid-state disk (SSD) media and non-volatile memory express (NVMe) access protocols. Additionally, the

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Posted in Briefing Note