EGUIDE:
To simplify the solid state storage purchasing process, this eguide provides an overview of a plethora of factors to consider including various form factors, interfaces, capacities as well as advantages and limitations of server-side solid-state storage.
EGUIDE:
In this guide we look at LUN provision and management, RAID and flash storage, plus tuning for analytics workloads and key emerging technologies that can give your organisation a competitive advantage in mission-critical operations, such as storage-class memory, NVMe flash and persistent memory.
EGUIDE:
In this eGuide, learn how flash storage dramatically improves database performance in 4 key areas: database IOPS, query performance, data reduction and backup.
EGUIDE:
This e-guide serves as your essential resource for choosing a cloud provider with integrated flash storage to maximize your cloud app performance. Read on to learn why object storage just doesn't deliver the scale and performance cloud apps demand, and instead see how SSD steps in to deliver potentially unlimited scale.
EGUIDE:
In this expert-guide, delve deeper into server-based solid state storage. Inside, discover 6 forms of flash, 5 typical interfaces used for connecting storage devices, the essentials of server-side caching, and more.
EGUIDE:
Capacity used to be the most important factor for SSDs but as SSDs usage shifts from solving specific performance problems to a more general-purpose storage medium, performance expectations have skyrocketed. In this eGuide, learn how changing expectations in the next phases of flash will affect application development.
EGUIDE:
NetApp has added a hybrid flash offering to their portfolio which offers users the best of both traditional and next-gen technologies without having to compromise like they would with other vendors. Read on to learn more about NetApp's E-series (EF), the hybrid flash offering, and see how it compares to their traditional and next-gen platforms.
EGUIDE:
This e-guide discusses improving your network performance by embracing improved storage, particularly flash storage. It will show you how the benefits of an all-flash array cross over into improving business outcomes through better performance.
EGUIDE:
Which types of flash make the most sense for a virtualized environment? In this expert guide, George Crump evaluates the durability of three types of flash—single-level, multi-level, and triple-level cell. Read on to also delve into three flash form factors to consider when implementing it on virtual workloads.
EGUIDE:
In this e-guide, learn how you can properly architect your flash storage to ramp-up for NVMe, as well as how you can overcome the risk you'd take by consolidating your storage for use with NVMe.
