Blog Archives

The Problems with Hyperscale Storage

Direct attached storage (DAS) is the default storage “infrastructure” for data intensive workloads like Elastic, Hadoop, Kafka and TensorFlow. The problem, as we detailed in the last blog, is using DAS creates a brittle, siloed environment. Compute nodes can’t be

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Knee (or Neck) Deep in Storage Systems Management? Try a More Intelligent Approach

Minimizing the total cost of ownership (TCO) and maximizing the uptime of storage infrastructure has never been more important. More data is being captured and utilized by the business, and a new tier of premium-priced non-volatile memory express (NVMe) arrays

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The Problems that Scale-Out Architectures Create

Data intensive workloads like Elastic, Hadoop, Kafka and TensorFlow, are unpredictable, making it very difficult to design flexible storage architectures to support them. In most cases, scale-out architectures utilize direct attached storage (DAS). While DAS delivers excellent performance to the

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What is Extreme Performance?

The modern data center has to support many different types of workloads, each of which makes different demands on the storage architecture. Today, standard all-flash arrays (AFA) are the mainstream storage system for the data centers and conventional best practice

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15 Minute Webinar: Composing Infrastructure for Elastic, Hadoop, Kafka and Cassandra to Drive Down Cloud Data Center Costs

Hyperscale applications like Elastic, Hadoop, Kafka and Cassandra typically use a shared nothing design where each node in the compute cluster operates on its data. Hyperscale architectures, to maximize storage IO performance, keep data local to the compute node processing

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Are NVMe Flash Arrays Viable for Traditional Workloads?

NVMe Flash Arrays promise an unprecedented level of performance thanks to the higher command count, queue depth and PCIe connectivity. Most NVMe Arrays are boasting IOPS statistics of close to one million IOPS and latency in the low hundreds of

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Webinar: Flash Storage – Deciding Between High Performance and EXTREME Performance

All-Flash arrays are no longer a one size fits all. There is a clear line of demarcation between standard all-flash and extreme flash, but most suppliers try to squeeze all of an organization’s problems into a single system architecture because

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