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| NEXT-GENERATION STORAGE
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EMC VPLEX is unique
technology that federates data located on
multiple storage systems, allowing the storage
resources in multiple data centers to be
pooled together and accessed anywhere.
When combined
with virtual servers, VPLEX is a critical
enabler of private and hybrid cloud computing
and the delivery of IT as a flexible, efficient,
and resilient service.
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| KEY BENEFITS |
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Move applications, virtual machines, and
data in and between data centers without
impacting users
Bulletproof your application availability
and get non-stop data access by mirroring
data across locations
Access data across multiple data centers
simultaneously. Deliver instant data access
to support remote users in real time
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| NEW FEATURES |
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VPLEX Geo
- data at two locations can be shared and
moved thousands of miles
Witness
- provides enhanced HA by differentiating
between a site partition and site failure
Host cross cluster
connect - enables hosts to withstand
a complete failure within a site
VS2 hardware
- increased performance, smaller form factor
and 3rd party rack support
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| KEY FEATURES |
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VMware disaster
avoidance - support for distance
vMotion with zero RPO and RTO
VMware disaster
recovery - support for stretched
HA clusters
Non-disruptive
data moves - from one array to another
within and across data centers
High availability
- non-disruptive access to mirrored array
in the event of array failure
Heterogeneous
storage support - EMC and non-EMC
Fibre Channel arrays
AccessAnyWhere
- concurrent read/write access to data across
two clusters
Storage virtualisation
- in-band highly available clustered 2U
engines
Non-disruptive
upgrades - hardware, software, engines
and clusters
Scalable - available in single, dual,
and quad-engine configurations
Host
connectivity - high-availability
Fibre Channel hosts
Native array functionality - preserves
features such as FAST, QoS and Thin Provisioning
Native array
replicas - Local and Metro support
MirrorView, SnapView and RecoverPoint
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| PRODUCT VERSIONS |
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For managing data mobility and access across
heterogeneous storage arrays within a single
VPLEX cluster
For AccessAnywhere data mobility and access
across two VPLEX clusters separated by synchronous
distances (up to 5ms round-trip latency)
For AccessAnywhere data mobility and access
across two VPLEX clusters separated by asynchronous
distances (up to 50ms round-trip latency)
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