Cisco Systems, Inc. : Cisco Global Cloud Index Forecasts Cloud Traffic to Grow Sixfold by 2016
10/23/2012| 09:37am US/Eastern
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SAN JOSE, Calif. - Oct. 23, 2012 - In the second annual Cisco® Global
Cloud Index (2011-2016) issued today, Cisco forecasts
global data center traffic to grow fourfold and reach a
total of 6.6 zettabytes annually by 2016. The company also
predicts global cloud traffic, the fastest-growing
component of data center traffic, to grow sixfold - a 44
percent combined annual growth rate (CAGR) - from 683
exabytes of annual traffic in 2011 to 4.3 zettabytes by
2016.
For context, 6.6 zettabytes is equivalent to:
92 trillion hours of streaming music - Equivalent to
about 1.5 years of continuous music streaming for the
world's population in 2016.
16 trillion hours of business Web conferencing -
Equivalent to about 12 hours of daily Web conferencing
for the world's workforce in 2016.
7 trillion hours of online high-definition (HD) video
streaming - Equivalent to about 2.5 hours of daily
streamed HD video for the world's population in 2016.
The vast majority of the data center traffic is not caused
by end users but by data centers and cloud-computing
workloads used in activities that are virtually invisible
to individuals. For the period 2011-2016, Cisco forecasts
that roughly 76 percent of data center traffic will stay
within the data center and will be largely generated by
storage, production and development data. An additional 7
percent of data center traffic will be generated between
data centers, primarily driven by data replication and
software/system updates. The remaining 17 percent of data
center traffic will be fueled by end users accessing clouds
for Web surfing, emailing and video streaming.
From a regional perspective, the Cisco Global Cloud Index
predicts that through 2016, the Middle East and Africa will
have the highest cloud traffic growth rate, while the Asia
Pacific region will process the most cloud workloads,
followed by North America.
Overview:
The
Cisco Global Cloud Index (2011-2016) was developed to
estimate global data center and cloud-based Internet
Protocol (IP) traffic growth and trends. The Cisco Global
Cloud Index serves as a complementary resource to
existing network traffic studies, providing new insights
and visibility into emerging trends affecting data
centers and cloud architectures. The forecast becomes
increasingly important as networks and data centers
become more intrinsically linked in offering cloud
services.
The Cisco Global Cloud Index includes a "workload
transition" forecast, which shows the workload
shifting from traditional data centers to more
virtualized cloud servers.
The forecast also includes a supplement on
Cloud Readiness Regional Details, which examines the
fixed and mobile network abilities of each global region
(from nearly 150 countries) to support business and
consumer cloud-computing applications and services.
The Cisco Global Cloud Index is generated by modeling and
analysis of various primary and secondary sources,
including 40 terabytes of traffic data sampled from a
variety of global data centers over the past year;
results from more than 90 million network tests over the
past two years; and third-party market research reports.
Key Highlights/Findings:
Cloud traffic growth by region: The Middle East and
Africa will have the highest cloud traffic growth rate
from 2011 to 2016: The Cisco Global Cloud Index now
includes regional forecast data for cloud traffic growth.
In 2011, North America generated the most cloud traffic
(261 exabytes annually); followed by Asia Pacific; (216
exabytes annually); and Western Europe (156 exabytes
annually).
By 2016, Asia Pacific will generate the most cloud
traffic (1.5 zettabytes annually); followed by North
America (1.1 zettabytes annually); and Western Europe
(963 exabytes annually).
From 2011 to 2016, Cisco foresees the Middle East and
Africa as having the highest cloud traffic growth rate
(79 percent CAGR); followed by Latin America (66 percent
CAGR); and Central and Eastern Europe (55 percent CAGR).
Workload growth by region: By 2016, Asia Pacific will
have processed the most cloud workloads, followed by
North America: The Cisco Global Cloud Index now includes
regional forecast data for workload growth.
In 2011, North America had the most cloud workloads
(8.1 million, or 38 percent of the global cloud
workloads); followed by Asia Pacific, which had 6.7
million, or 32 percent of the global workloads in
2011.
By 2016, Asia Pacific will process the most cloud
workloads (40.6 million, or 36 percent of the global
cloud workloads); followed by North America, which
will have 17.4 million, or 26 percent of the global
workloads in 2016.
From 2011 to 2016, the Middle East and Africa region
is expected to have the highest cloud workload growth
rate (73 percent CAGR); followed by Latin America (60
percent CAGR); and Central and Eastern Europe (50
percent CAGR).
In North America, traditional data center workloads
will actually decline from 2011 to 2016 (from 18.3
million in 2011 to 17.4 million in 2016), falling to
a negative 1 percent CAGR.
Global data center traffic growth will increase fourfold
by 2016. Cisco forecasts that global data center traffic
will nearly quadruple, from 1.8 zettabytes in 2011 to 6.6
zettabytes annually in 2016, representing a 31 percent
CAGR.
Global cloud traffic will account for nearly two-thirds
of total global data center traffic. Globally, cloud
traffic will grow from 39 percent (57 exabytes per month
and 683 exabytes annually) of total data center traffic
in 2011 to 64 percent (almost two-thirds - 355 exabytes
per month and 4.3 zettabytes annually) of total data
center traffic in 2016.
Global cloud traffic will grow faster than overall global
data center traffic. The transition to cloud services is
driving global cloud traffic at a growth rate greater
than global data center traffic. Global data center
traffic will grow fourfold (a 31 percent CAGR) from 2011
to 2016, while global cloud traffic will grow sixfold (a
44 percent CAGR) over the same period.
Workload transitions: From 2011 to 2016, data center
workloads will grow 2.5-fold; cloud workloads will grow
5.3-fold. In 2011, 30 percent of workloads were processed
in the cloud, with 70 percent being handled in a
traditional data center.
2014 will be the first year when the majority of
workloads shift to the cloud; 52 percent of all
workloads will be processed in the cloud versus 48
percent in the traditional IT space.
By 2016, 62 percent or nearly two-thirds of total
workloads will be processed in the cloud.
The average workload per physical cloud server will
grow from 4.2 in 2011 to 8.5 by 2016. In comparison
the average workload per traditional data center
physical server will grow from 1.5 in 2011 to 2.0 in
2016.
Cloud readiness: Asia Pacific, Central and Eastern
Europe, North America, and Western Europe can currently
support advanced cloud-computing applications over fixed
networks; currently, only Western Europe has average
network performance to support intermediate
cloud-computing applications over mobile networks. To
assess cloud readiness, various fixed and mobile network
attributes were analyzed. Average upload and download
speeds and average latency were assessed across each of
the following geographic regions: Asia Pacific, Central
and Eastern Europe, Latin America, Middle East and
Africa, North America, and Western Europe.
From a fixed network perspective, the average network
performance characteristics for the Middle East and
Africa and Latin America can currently support
intermediate cloud-computing applications such as
high-definition video streaming and video chat
applications.
The average fixed broadband performance for Asia Pacific,
Central and Eastern Europe, North America, and Western
Europe can currently support advanced cloud-computing
applications such as 3-D video streaming and high-end
virtual office services. Note: Some countries within
every region have average fixed network capabilities to
support advanced cloud computing applications today.
From a mobile network perspective, only the average
network performance characteristics for Western Europe
were sufficient to support intermediate cloud-computing
applications today.
The average mobile broadband performance for all other
regions can support basic cloud-computing applications,
such as web surfing and text communications. Note: Some
countries within every region can support intermediate
mobile cloud services today. Hungary is the only country
that can support advanced mobile cloud services today.
"As cloud traffic continues to proliferate in a new
world of many clouds, the Cisco Global Cloud Index provides
all cloud computing stakeholders with a very valuable
barometer to make strategic, long-term planning decisions.
This year's forecast confirms that strong growth in
data center usage and cloud traffic are global trends,
driven by our growing desire to access personal and
business content anywhere, on any device. When you couple
this growth with projected increases in connected devices
and objects, the next-generation Internet will be an
essential component to enabling much greater data center
virtualization and a new world of interconnected
clouds."
Cisco welcomes analysts, bloggers, media, regulators,
service providers, and other interested parties to use
and reference Cisco's research with proper
attribution: "Source: Cisco Global Cloud
Index."
Tags/Keywords:
Cisco, Global Cloud Index, Data Center Traffic, Cloud
Traffic, Cloud, Cloud Computing, Data Center,
Virtualization, Service Provider, Telecom, Enterprise,
Consumer, Zettabytes
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