Cisco Cisco HyperFlex HX240c M4 Node Leaflet
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Cisco Systems, Inc.
San Jose, CA
Asia Pacific Headquarters
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Singapore
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Cisco Systems International BV Amsterdam,
The Netherlands
Criteria for Next-Generation
Hyperconvergence
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allows precise control over the balance
of computing, networking, storage,
and even performance resources. With
this vision, we imagine an environment
that supports not just virtualized
applications, but those that reside in
operating system containers and on
bare-metal servers, all sharing the solid
platform created by the cluster software
and that incorporates a high-availability
data engine with enterprise-class
features (Figure 1).
of computing, networking, storage,
and even performance resources. With
this vision, we imagine an environment
that supports not just virtualized
applications, but those that reside in
operating system containers and on
bare-metal servers, all sharing the solid
platform created by the cluster software
and that incorporates a high-availability
data engine with enterprise-class
features (Figure 1).
Our vision of computing has been
fabric based and software defined
since we introduced Cisco Unified
Computing System™ (Cisco UCS®) in
2009. Cisco UCS management enables
you to treat infrastructure as code so
that you can program hardware as if
it were software. Every identity and
configuration setting of every device in
the system is software defined through
fabric based and software defined
since we introduced Cisco Unified
Computing System™ (Cisco UCS®) in
2009. Cisco UCS management enables
you to treat infrastructure as code so
that you can program hardware as if
it were software. Every identity and
configuration setting of every device in
the system is software defined through
Cisco UCS service profiles, and a
unified system control plane is made
accessible through an open API. If you
build your platform beginning with a
high-performance, low-latency, unified
fabric that is self-aware and self-
integrating, building an environment
founded on fabric-based, composable
infrastructure is a straightforward
process. First-generation
hyperconvergence moved storage
back into servers. Now our fabric-
based solution moves the network into
the computer. This approach enables
precise, microconverged integration
of computing, storage, and networking
resources for extremely tight coupling
of resources to application demands.
unified system control plane is made
accessible through an open API. If you
build your platform beginning with a
high-performance, low-latency, unified
fabric that is self-aware and self-
integrating, building an environment
founded on fabric-based, composable
infrastructure is a straightforward
process. First-generation
hyperconvergence moved storage
back into servers. Now our fabric-
based solution moves the network into
the computer. This approach enables
precise, microconverged integration
of computing, storage, and networking
resources for extremely tight coupling
of resources to application demands.
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