1/5/2024 0 Comments Emc neutrinoThe story starts when we started to build the Elastic Cloud Storage (ECS) architecture almost 4 years ago. This is cool, and has a fascinating back-story, and one of many examples of 100% organic innovation within EMC. Think of the software on Neutrino Nodes as enabling “multi-cloud stack, multi-rack infrastructure and IaaS in a turnkey super-simple lifecycle”. Like all VxRack Nodes – the outcome to the customer arrives because of the the integrated hardware and software design, but the magic is in the software. … Now, as Virtual Geek readers have come to expect – context, details, background, the juicy story-behind the story! Read on past the break! If you want to understand more about Cloud Native Applications – I would suggest reading the Native Hybrid Cloud post here. It’s build by open-source technologies, and is designed to run open-source software stacks.įor customers looking to deploy the turnkey developer’s platform for Cloud Native apps (Native Hybrid Cloud), VxRack System 1000 with Neutrino Nodes is a natural choice. It’s designed to optimize for elasticity, simplicity, cost-effective scaling – with little focus on “deep resilience”. VxRack System 1000 with Neutrino Nodes delivers a turnkey IaaS, one that is 100% focused on supporting new Cloud Native apps. I don’t want to bury the lead in the context. Now that you’re back, primed on the system-level design and multiple Node types that are supported – let’s dive in on the newest node type: the Neutrino Node. If you need a VxRack System 1000 primer (really important before you consider different node types) – read this blog post here. They share rack-scale system design parameters, and a common spine-leaf network. VxRack System 1000 is a family of Engineered System variations.
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