
"HPE is positioning this as the fourth generation of its private cloud, consolidating a confusing set of SKUs, including Private Cloud Business Edition, Private Cloud Enterprise, SimpliVity, and others, into a single HPE Private Cloud offer with multiple form factors (PC 1000 hyperconverged, PC 3000 disaggregated, and PC 7000 fully managed "as a service")."
"The primary benefit is a single control plane, powered by HPE Morpheus, for VMs, Kubernetes, and AI workloads, whether they're running in the data center, a colo, or at the edge. As mentioned above, customers have struggled to stitch together separate stacks for virtualization, containers, and AI. They want one opinionated platform that still preserves the choice of hypervisor and deployment model."
"This matters because the economics and architecture of virtualization have shifted dramatically over the past 18 months. The biggest factor has been Broadcom jacking up VMware hypervisor licensing costs, and customers are also repatriating workloads from the public cloud and need to quickly stand up AI. This conflicts with brittle, VM-centric architectures that were never built for distributed, GPU-heavy workloads."
Hewlett Packard Enterprise introduced a unified private cloud and storage portfolio aimed at hybrid cloud and AI readiness. The offering consolidates multiple prior private cloud and related SKUs into one HPE Private Cloud with several deployment form factors, including hyperconverged, disaggregated, and fully managed as-a-service options. A single control plane powered by HPE Morpheus is positioned to manage virtual machines, Kubernetes, and AI workloads across data center, colocation, and edge environments. The approach targets customer difficulty integrating multi-vendor infrastructure for virtualization, containers, and AI. It also responds to changing economics and architecture pressures, including increased VMware licensing costs and the need to rapidly deploy AI workloads that do not fit brittle, VM-centric designs.
Read at TechRepublic
Unable to calculate read time
Collection
[
|
...
]