NVMe-Impact-on-Enterprise-Storage
An Article by Antoine Harb, Team Leader, Middle East and North Africa at Kingston Technology.
Non-Volatile Memory Express (NVMe) is the communication protocol which will help drive a world that is ravenously consuming data. NVMe’s ability to deliver the highest throughput and fastest response times yet, for all types of enterprise workloads, make it the new choice of enterprise storage as the world deals with an exponential rise in data consumption, data storage, and processing. Organizations choosing to deploy end-to-end NVMe are future-proofing their infrastructure needs by taking advantage of the performance benefits of NVMe-enabled systems.
The NVMe technology has been maturing for over a decade, and its capabilities offer immense growth opportunities as the world embraces the digital reality of – IoT, Artificial Intelligence, Blockchain, and Virtual Reality. The combination of challenges presented by Big Data is uniquely served by NVMe’s features which can help with applications and scale to avoid bottlenecks. NVMe is built to deliver ultra-fast computing as it leverages parallel, low-latency data paths and its architecture allows applications to complete multiple I/O requests at the same time. Its queuing mechanism supports 64,000 I/O queues each with 64,000 commands.
As the NVMe specification was an architecture created for high performance and low latency, it provides several advantages over traditional and legacy storage systems. NVMe deployment in performance-sensitive workloads allows for the need to be met with far fewer devices (relative to both HDDs and SSDs), which results in a more lean IT infrastructure. It helps organizations manage, and store data robustly while refining reliability, and performance. Deploying NVMe technology enables businesses to tackle new opportunities at scale without legacy issues of bottlenecks and low latencies.
The efficiencies of end-to-end NVMe systems and shared storage deliver not only much higher performance, but improve CPU utilization, boost storage densities, and reduce space consumption. As NVMe manage rigorous application workloads with a smaller infrastructure footprint, businesses can reduce the total cost and accelerate an increase in revenue. This efficiency, and speed, combined with business growth is driving it to become the new industry standard.
While NVMe SSDs infrastructure deployment requires a bigger investment than SATA and SAS SSDs storage systems, investing in it now will see payoffs in terms of productivity and robustness levels. Companies that do not rely on data-heavy applications, or real-time data processing currently, are still in good hands by maintaining their SATA setup. However, as with every new generation iteration comes price rationalization, this will cause the final shift from legacy technologies such as SATA, towards the higher speeds that NVMe-based SSDs offer, as the performance increase speaks for itself.
To mitigate this challenge, businesses are looking into hybrid deployment by creating backups of important files and data in case of any eventuality. Such an arrangement is being adopted by those enterprises seeking to reap the benefits of other deployment modes, while also keeping capital expenditure low in an on-premises deployment.
While the pandemic years of 2020 and 2021 saw everyone scale back on investment in infrastructure, 2022 has seen businesses invest in scaling up enterprise storage. The NVMe market is estimated to grow from $44 billion (2020) to $163 billion by 2025. As businesses transition to NVMEs, IT organizations should have a strategy in place in the digital economy. NVMe is built to tackle the new Big Data frontier and to process data-heavy enterprise environments. The future of data demands not only performance but also agility, and efficiency that is available with the NVMe ecosystem.
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