EGUIDE:
NAS file access storage has progressed to meet the challenges of the cloud era. This e-guide provides key insights into NAS as we know it in the era of cloud and big, unstructured data sets.
EBOOK:
The zero-latency, high-performance capabilities of flash-based storage can tackle virtual machine performance issues. But what's the best way to implement flash for maximum performance?
EGUIDE:
This TechTarget-produced expert guide digs into the advantages of object storage and how it differs from other storage technologies. Download now for a rundown of key characteristics; a bakeoff between object, file, and block storage; and more.
EGUIDE:
Hyper-converged platforms have grown to include secondary storage space; however secondary-storage still faces a plethora of issues. Discover how to best address the problems facing secondary storage and how vendors are promising to make life easier for storage administrators.
EBOOK:
With technology as new as hyper-convergence, how can you cut through vendor noise and find the best system? Offering an overview of available options, top considerations for evaluation and a checklist of key considerations, use this guide to help you find the perfect hyper-converged solution for your business.
EGUIDE:
Sleek and redesigned, NAS is making a comeback – rivaling object storage's ability to meet enterprise performance requirements. Vendors are also claiming that SDS is increasing efficiency of SAN/NAS but are they full of hot air? Find out more about the sleek, scale-out NAS design and the truth behind these claims.
EGUIDE:
See how London Capital Group cut deployment times and datacenter footprint by ditching server-plus-SAN architecture for hyper-converged server/storage boxes.
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.
