High-speed storage primed for edge intelligence: NVMe unlocks data access and analysis at the source
Maximizing data value and usefulness requires a smart data strategy. As industries work to capitalize on the deluge of data generated by intelligent, connected devices, and intelligent data strategy has never been more critical. Enter edge computing, playing an essential role in addressing this challenge by enabling access and analytics close to the data source, a real transformation from the once pure cloud focus in Big Data processing. Yet the edge itself continues to evolve, with more demanding, real-time industrial computing redefining it as the rugged edge – environments where the combination of high- performance computing and real-time data is changing the way industrial businesses operate and compete.
This paper by Premio will explore the technical benefits of NVMe (nonvolatile memory express), elevated by advancements such as fanless design and hot swappable capabilities, that add critical value to the rugged edge. Offering brief scenarios in settings such as industrial automation, telematics, transportation, surveillance, smart retail, and more, this paper will illustrate how real-time data access and analytics are turning rugged edge computing into a competitive necessity.
– Edge computing provides localized data processing, analyzing, and storage in close proximity to where the data is being captured. This enables real-time data processing to generate actionable insights for time sensitive applications.
– AI applications require lots of data. Capitalize on the benefits of NVMe SSDs in rugged edge computers for fast, high-performance data transfer, access, and storage in Edge AI applications.
– Specialized hardware is required to provide reliable computation capabilities at the rugged edge. Premio’s rugged edge computers are purpose-built with reliability and scalability in mind and support NVMe technology
– Get benchmark performance tests from featured Rugged NVMe Edge Computing Solutions
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big data | edge computing | NVMe | Premio | ruggedized edge hardware | whitepaper