Blog Archives

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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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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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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Making NVMe and NVMeoF Testing Accessible for the Enterprise – SANBlaze Briefing Note

Non-volatile memory express (NVMe) storage media and NVMe-over Fabrics (NVMeoF) storage network protocols open the door for new levels of performance and latency demanded by intensive, modern workloads such as big data analytics and artificial intelligence. However, the higher price

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Using Workload Simulation to Justify the Shift to NVMe

The introduction of the non-volatile memory express (NVMe) storage protocol brings with it a new storage performance tier. Whereas older Small Computer System Interface (SCSI) and Advanced Technology Attachment (ATA) standards were designed for slower-performing hard disk drive (HDDs) and

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