HPE Nimble Storage dHCI is an intelligent platform with the flexibility of converged and the simplicity of HCI. It disaggregates compute and storage, as well as integrates hyperconverged control onto the industry-leading HPE ProLiant server, the self-managing flash storage of HPE Nimble Storage.
Automated and on‑demand with full-stack intelligence and policy-based automation for VM‑centric management
Designed for 99.9999% availability with all-flash speed and sub‑ms latency for always-on apps1
Grow compute and storage independently, extended across a hybrid cloud, with industry‑leading data efficiency
Powered with HPE InfoSight, the industry’s most advanced artificial intelligence for infrastructure,2 HPE Nimble Storage dHCI gives enterprises ultimate simplicity for their virtualized environments with fast app performance, always-on data resilience, and resource efficiency.
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Simple to SetupA customer can self-install the entire system at scale from rack-to-apps, ready to add data, in 12-15 minutes with less than 5 clicks and requiring no external tools or software. |
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Simple to ManageIn the vCenter console, you have VM-centric data services and resource management that doesn’t require any separate appliances or element managers. |
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Simple to ScaleNew storage and servers get added to the cluster for scale-out, non-disruptively and transparently to applications. |
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Simple to SupportWith HPE InfoSight, you have full-stack predictive analytics and support automation working for you that predicts and prevents issues – and auto routes any complex issue directly to L3 Nimble Storage support. |
One of the special capabilities to this platform over traditional HCI is how the architecture is built for business critical applications that demand high levels of performance and resiliency.
Run faster
Accelerate app and service delivery
15 minutes Rack-to-Apps
End fire-fighting
Predict and prevent disruptions
99.9999%Â Data Availability
Optimize everything
Drive productivity and resource efficiency
Zero Wasted Resources
1 h20195.www2.hpe.com/v2/getdocument.aspx?docname=a00026086enw
2 h20195.www2.hpe.com/v2/getdocument.aspx?docname=a00058506enw
