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Need to speed up your WAN?
Get additional information by filling
out the form below
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• Increases application end-to-end effective data
throughput 3-10
times
• Mitigates or eliminates the effect of
up to 6%
TCP WAN
packet loss
• Utilizes 80-90% of available bandwidth between data centers,
at speeds up to OC-12
• Mitigates performance degradation due to latency, up to 46,000 miles
• Provides continuous block
level
compression of data,
typically achieving compression ratios from
2:1 to 15:1, depending on
the
data
• Aggregates multiple TCP application data streams
• Provides a rate limiting capability from 10Mbs to OC-12
HyperIP
is a simple appliance which accelerates data replication, migrations
and file transfer applications over IP wide area networks (WANs)
by 3X to 10X. It offers unmatched price/performance over narrow
time windows and unlimited distances while boosting performance
of the critical transfer applications. HyperIP reduces bandwidth
requirements as much as 60-90% when compression and sequence reduction
features are used. All this translates into more data being sent
over the same (or even smaller) WAN links, lowering the cost of
bandwidth, equipment and support operations.
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Impact of Packet Loss on Business
Continuance and Disaster Recovery Whitepaper
Overview:
Business Continuity and Disaster Recovery (BC/DR) are the
business drivers for deploying wide area networking of
storage. Whether recovering from a total loss caused by either
a natural or a man-made disaster, or simply recovering from an
operational mishap resulting in a partial loss of data,
corporations must be able to plan for and recover from any
scenario in order to sustain their business.
In planning for wide area deployments, IP networks have become
the network of choice. They have traditionally served well in
the arena of file-level access. There is an existing Ethernet
knowledge base, many network management tools are available,
and the technology is well understood. IP infrastructures are
in place, and IP network bandwidth is available.
There are several uniquely different
deployments of storage over IP (e.g. iSCSI, FCIP, iFCP, as
well as native Ethernet), but they all share the same
underlying IP technology. In addition, there are different
methodologies for deploying storage BC/DR applications.
Applications may replicate changes from a source volume to a
destination volume as they occur, or a more traditional backup
methodology may be deployed, in which volumes of data are
periodically backed up in their entirety to a remote site.
Complete the form below to
receive a complete copy of this whitepaper by email
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