Boost SSD performance by massively parallelized access
Digitalization has led to data-driven workloads and ever-proliferating applications which exponentially increase the demand for accelerated data storage. In today’s digital age, storage systems must address two essential requirements:
- 1. Data-intensive workloads transfer massive amounts of data to and from storage systems at the same point in time, thus fueling the demand for performance levels superior to what is available through current all-flash storage systems.
- 2. Co-existence of new-age applications alongside traditional ones will add more parallel data streams accessing the same storage, thus driving the adoption of technologies that enable maximum parallelization.
So come with us, and flash forward to the future!
NVMe: A fresh start for storage - It’s time for real change, not just iterative AFA evolution!
Unleashing the Flash Beast – The Power of NVMe
Choice in a Shifting Landscape - A Business Perspective on Enterprise Storage in the Age of Flash and NVMe
Storage in the Era of NVMe - An Evaluation Guide for IT Teams
|This paper from FreeForm Dynamics introduces NVMe, and it will help you assess where and how NVMe might fit into your plans and activities.||This whitepaper from Fujitsu demystifies NVMe – its potential, and how you can fully exploit its parallelism and performance advantages to accelerate your Flash storage.||Buying data storage can be a puzzle, and as new terms such as ‘enterprise Flash’ and ‘NVMe’ cross your desk, the potential for confusion grows bigger. This evaluation guide will aid you in finalizing your storage requirements and investments to power your business in the digital age.||How and where you use solid-state memory is the new differentiator for enterprise storage. This paper will help crystalize your understanding of where All-Flash and NVMe fit in the ever evolving continuum that is enterprise storage. Read the Flash evaluation guide for IT Professionals.|