Tips

Tips

Solid-state storage

• 4 QLC workloads and why they're a good fit for QLC NAND flash

  Find out about the read-intensive applications that work best with QLC NAND. Analytics, data archiving, streaming media and data base workloads are all good options.  Continue Reading

• HPE Memory-Driven Flash targets AI and real-time analytics

  HPE's memory-driven approach addresses DRAM and NAND limitations by incorporating storage class memory technology into the storage infrastructure.  Continue Reading

• NVMe performance challenges expose the CPU chokepoint

  NVMe systems have diminishing marginal performance gains when hardware is added and storage software consumes more CPU resources. Discover how to address this problem.  Continue Reading

• Why storage tiering is necessary now more than ever

  Tiered storage is making a comeback by incorporating AI machine learning to take advantage of the cost and performance benefits of new SSD and storage class memory technologies.  Continue Reading

• 4 NVMe storage problems you can prevent before they happen

  Implementing NVMe storage is complicated, from knowing what to ask when buying NVMe SSDs and arrays to what type of file system to use. Here's how to deal with four NVMe issues.  Continue Reading

• Key QLC NAND challenges in the enterprise and how to tackle them

  Limited durability and degrading performance are issues with QLC NAND. These challenges limit where the technology can be used, making it best for read-intensive workloads.  Continue Reading

• 2 storage tiering strategies for modern media

  Storage tiering makes a comeback as businesses aim to get the most out of their storage systems. Discover the rules for optimizing both intrasystem and intersystem tiering.  Continue Reading

• 3 NVMe-oF questions to consider when deploying the technology

  Deploying NVMe over fabrics is a relatively simple process. However, make sure to check out three important areas before launching this new technology.  Continue Reading

• 7 NVMe storage gotchas to avoid

  Avoiding common deployment errors when implementing NVMe technology will save you time, money and professional embarrassment. Here's what to look out for.  Continue Reading

• 7 misconceptions about the NVMe protocol and NVMe technology

  See what you need to know to avoid some of the common misperceptions about NVMe technology and making possibly expensive mistakes with your organization's NVMe architecture.  Continue Reading

• How to prevent swap usage from hurting your NVMe devices

  Overuse of swap files can cut into the life span of your organization's NVMe-based drives. Find out how to monitor and limit swapping on your Linux systems.  Continue Reading

• 4 NVMe storage array options to consider

  Here's what you need to know to pick the NVMe array that provides your organization with the performance improvement it needs and also fits its budget.  Continue Reading

• 5 tips for making flash-based SSDs work with unstructured data

  Using flash storage effectively for unstructured data requires upfront analysis of cost, capacity and performance, as well as continued tracking of a rapidly changing flash market.  Continue Reading

• Why upgrading to a Gen 6 Fibre Channel network is a good idea

  Upgrading to a next-gen Fibre Channel network provides the added performance needed to meet the demands of evolving technologies and workloads, along with other benefits.  Continue Reading

• Four common SSD form factors and where they work best

  Solid-state drive form factors offer different benefits, from ease of transition to increased throughput. Four popular form factors are currently dominating the market.  Continue Reading