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.
EGUIDE:
In this e-guide, we have put together a list of key definitions in storage and data protection to help you make sense of the fast-evolving storage technology landscape. From software-defined storage to non-volatile memory express (NVMe), we hope this extensive list of definitions will help you succeed in an increasingly data-driven world.
WHITE PAPER:
Highlighted in this custom white paper is a storage solution that offers the simplicity of NAS coupled with the scalability, performance, and simplified management that machine learning, AI, and analytics workloads require.
EGUIDE:
"How can I simplify storage allocation for virtual desktops?" You asked the question, we have the answer. Read on to discover how to address storage allocation requirements of both the operating system and apps, and VDI user data, in this expert guide.
EGUIDE:
See how London Capital Group cut deployment times and datacenter footprint by ditching server-plus-SAN architecture for hyper-converged server/storage boxes.
VIDEO:
Watch this brief video to discover a storage strategy that can solve these that helps solve your most difficult storage issues. Tune in to learn how you can implement that strategy in your business.
EGUIDE:
Performance monitoring for virtual storage is very difficult due to the hypervisor lacking the insight into what's happening with that storage. This expert guide illustrates how to improve the performance of your virtual server storage with 10 proven methods.
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.
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?
