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© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
Research Forecast Report
Fixed network data traffic worldwide: forecasts and
analysis 2014–2019
March 2014
Rupert Wood
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
About this report
This report provides:
a 5-year forecast of key fixed data traffic KPIs
(measured by bandwidth and volume) for 8 geographical
regions and 18 individual countries
an in-depth analysis of the trends, drivers and
forecast assumptions for each of the metrics
an analysis of the causes of differences between
countries
a summary of results, key implications and
recommendations for fixed operators.
The report sizes and forecasts the scale of data traffic
(Internet and other) on fixed networks. This includes traffic
from mobile devices, but delivered over Wi-Fi and fixed
networks. In this respect, the metrics overlap with those in
Analysys Mason‟s companion forecast Wireless network
traffic worldwide: forecasts and analysis 2013–2018.
This report draws on Analysys Mason‟s regional, FTTx and
wireless traffic forecasts.
For the complete data set, see the accompanying Excel file
at www.analysysmason.com/FNDT-Mar2014.
2
Geographical Major KPIs
Eight geographical regions
The following countries are
modelled individually:
Australia
China
France
Germany
Hong Kong
India
Italy
Japan
Nordic region
Poland
Portugal
Romania
Russia
South Korea
Spain
Turkey
UK
USA
Total annual data traffic
Internet
on-net IP
multicast
Mean and median data traffic per
connection
Internet
on-net IP
Mean upstream and downstream
data traffic per connection
Peak (busy-hour) bandwidth per
connection
Fixed data traffic from mobile
devices (handsets and tablets)
Total fixed broadband
connections
Total next-generation access
connections (>30Mbps access
downstream)
Figure 1: Summary of report coverage [Source: Analysys Mason, 2014]
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
Contents [1]
7. Executive summary
8. Executive summary
9. Key implications
10. Key implications
11. Forecasts
12. The report measures and forecasts IP data generated by fixed
broadband connections
13. The report covers three broad classes of data traffic: Internet, on-net
and multicast IPTV
14. Fixed data traffic worldwide will increase by a factor of 3.6 between
2014 and 2019, and on-net traffic will grow faster than Internet traffic
15. The strongest growth in traffic will be in emerging economies
16. The highest average usage levels will be in Central and Eastern Europe
and North America
17. Smartphones and tablets will account for 23% of worldwide fixed data
traffic by 2019, but mobile data will account for just 5.2% of total data
18. Market drivers and inhibitors
19. Fixed data traffic is more difficult to forecast than mobile because it has
fewer supply-side constraints
3
20. Summary of drivers and inhibitors of fixed data traffic
21. The number of fixed broadband connections has room for substantial
growth in emerging economies
22. The varied levels of fixed broadband data usage recorded round the
world indicate that the set of drivers is complex
23. Demand for intensive data usage and FTTH is associated with middle
incomes
24. There is little correlation between high mobile and high fixed data usage
25. Wi-Fi smartphones probably depress average volume of data traffic per
fixed broadband connection
26. Larger TV screens are on the way, but it is multiple tablets rather than
UHDTV that will drive usage before 2018
27. Take-up of smart TV is fast, but activation is some way behind
28. High data usage in developed economies appears to be linked to use of
TV rather than access to next-generation networks
29. The future of RF broadcast is less dependent on the continued use of
linear TV than on the relative efficiencies of RF and broadband
30. The growth in consumer on-net data traffic will be affected by different
approaches to net neutrality and the commercial power of telcos
Slide no. Slide no.
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
Contents [2]
31. The difference between mean and median usage will grow
32. On-net traffic has different busy-hour characteristics from Internet, and
backhaul bandwidth requirements will grow faster than data
consumption
33. Despite cloud services, traffic will become more asymmetric over time
34. The commercial significance of fixed operator public Wi-Fi far outweighs
the volume of traffic
35. Access speed and data usage
36. Slow access speeds always constrain usage, but high speeds do not
always encourage it
37. Speeds of 8–24Mbps are currently sufficient for mass-market connected
TV, including HDTV
38. A plausible upper-limit, service-based use case should be built on
screens per household, and their substitutability, not on applications
39. Demand for access bandwidth is in reality driven by marketing and inter-
platform competition, and this expands capacity headroom
40. Multi-gigabit consumer access could trigger an entirely different future
pattern of consumption
4
41. Market definition and methodology
42. Definition of geographical regions [1]
43. Definition of geographical regions [2]
43. About the author
44. About the author
Slide no. Slide no.
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
List of figures [1]
Figure 1: Summary of report coverage
Figure 2: Scope of this forecast
Figure 3: Three classes of fixed data traffic
Figure 4: Total fixed IP data traffic in access network, worldwide, 2012–
2019
Figure 5: Total Internet and on-net data traffic, by region, worldwide, 2012 –
2019
Figure 6: Growth of Internet and on-net data traffic, by region, worldwide,
2014–2019
Figure 7: Average Internet and on-net usage per connection, by region,
worldwide, 2013 and 2019
Figure 8: Fixed and mobile IP data traffic, by type, worldwide, 2014–2019
Figure 9: IP data traffic by mobile network and devices, worldwide, 2014-
2019
Figure 10: Fixed broadband connections, by region, 2013–2019
Figure 11: Proportion of fixed broadband connections capable of over
30Mbps downstream, by region, worldwide, 2013–2019
Figure 12: Average Internet usage per fixed broadband connection where
available from regulator
Figure 13: FTTH take-up rates by geographical location and GDP, selected
nationally significant FTTH roll-outs
Figure 14: Fixed Internet and mobile data usage per capita, selected
countries, end of 2013
5
Figure 15: Average hours not spent at work or travelling to work, and
average monthly mobile data usage per head of population, 2012
Figure 16: Share of tablets with activated 3G/4G connection, mid-2013
Figure 17: Bandwidth and volume requirements of file formats, 2014
Figure 18: Penetration of connected smart TVs, by country and pay-TV
subscription
Figure 19: Connected smart TVs as a percentage of smart TVs by country
and pay-TV subscription
Figure 20: ISP data usage and growth relative to customer attributes, and
year-on-year growth, UK, end of year 2013
Figure 21: On-net share of total Internet and on-net traffic, by region,
worldwide, 2013–2019
Figure 22: Mean and median data usage (excluding multicast IPTV),
Western Europe, 2013–2019
Figure 23: Bandwidth by peak and average ratio, worldwide, 2011–2019
Figure 24: Downstream and upstream Internet and on-net traffic (excluding
multicast IPTV), worldwide, 2013–2019
Figure 25: Average upload and download volumes per connection, Japan
Figure 26: Average fixed Internet traffic per fixed broadband connection, and
BSkyB‟s average traffic per dedicated AP, UK, 2012 and 2013
Figure 27: Public Wi-Fi‟s share of total Internet traffic (fixed and mobile), and
of mobile Internet plus public Wi-Fi, worldwide, 2011–2018
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
List of figures [2]
Figure 28: Relationship between access speed and usage, USA, April 2012
Figure 29: Approximate usage per speed tier, Telekom Deutschland
bitstream services, 1H 2011, 2H 2012 and 2H 2013
Figure 30: Illustrative required connection speeds, based on multi-usage and
quality of service
Figure 31: Use case for top-1% user, by screen and application, 2012–2020
Figure 32: Use case for top-1% user, bandwidth by application, 2012–2020
Figure 33: Slower-than-, equal-to-, and faster-than-real-time speeds, and
bandwidth requirements
Figure 34: Regional breakdown used in this report
Figure 35: Regional breakdown used in this report
Figure 36: Fixed Internet traffic forecast methodology
6
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
0
0.5
1
1.5
2
2.5
0 10 20 30 40 50
Mo
bile
(G
B p
er
ca
pita
pe
r m
on
th)
Fixed (GB per capita per month)
There is little correlation between high mobile and high fixed data usage
Using only those countries with clear information from
regulators on fixed data usage, we can map a figure for
Internet data usage against equally validated figures for
mobile data usage. These figures have been normalised by
projecting them forward, where only earlier quarterly data is
available, to end of year 2013 (see Figure 14).
There is little immediately obvious correlation between fixed
Internet and mobile data usage among these countries. We
have added countries for which we have clear data in mobile
usage (shown with pink markers in Figure 14), but have only
some operator-level data for fixed. Again, there are more
exceptions to explain away than there are clear patterns.
In only one of these countries, Japan, does cellular traffic
exceed 10% of total data traffic. In three (France, Germany
and Romania) mobile is less than 2.5% of the total.
The countries with high usage in both areas all have highly
advanced fixed and mobile networks. The high mobile usage
in the Nordic region is largely caused by use of USB modems
as a fixed substitute, whereas this is not the case in the other
high-use countries. This could have the effect of removing
light broadband users from the user base of fixed broadband,
thereby raising average usage on fixed broadband.
24
Figure 14: Fixed Internet and mobile data usage per capita, selected
countries, end of 2013 [Source: Analysys Mason, 2014]
USA
Hong Kong
Japan
Australia
UK
Germany Portugal
Italy
Spain Turkey
Nordics
Romania
South Korea
Russia
Poland
France
>10%
mobile
5–10%
mobile
2.5–5%
mobile
<2.5%
mobile
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
0%
10%
20%
30%
40%
50%
0
50
100
150
200
250
20
13
20
14
20
15
20
16
20
17
20
18
20
19
Pe
rce
nta
ge
of
me
an
da
ta u
sa
ge
Da
ta u
sa
ge
(GB
per
connection
per
mo
nth
)
The difference between mean and median usage will grow
The median measure is important for fixed operators
because 50% of connections will take a much smaller
fraction of the traffic load. This long tail of light users is more
vulnerable to fixed-to-mobile broadband substitution.
LTE networks have, compared to any fixed network, very
limited capacity, unless they also have an exceptional level of
physical infrastructure or an exceptional level of spectrum.
Despite this, LTE networks have, especially in the period
immediately after roll-out, high levels of spare capacity that
can be sold as a substitute for fixed broadband. These
services have historically been targeted at the lighter user,
and mobile operators in some advanced economies have
been able to take about 20% of broadband subscriptions.
The worldwide median data usage worldwide was about
14GB per month at 2013, and the median connection had no
on-net usage (in other words, over half of connections
consumed no on-net data).
The median as a proportion of the mean will shrink over the
period of the forecast in most economies. Taking Western
Europe as an example, it will decline from 37% of the mean
in 2013 to 29% of the mean by 2019. The reasons for this are
bound up with the sudden changes to subscriber usage that
the introduction of IPTV set top boxes for catch-up and VoD.
31
Figure 22: Mean and median data usage (excluding multicast IPTV), Western
Europe, 2013–2019 [Source: Analysys Mason, 2014]
A family connection consuming say 30GB per month will,
when it gets a catch-up TV or VoD box, very quickly increase
its usage by a factor of about three, and although typically
this figure will fall back a little when the novelty has worn off
the difference will still be stark. Catch-up TV in particular
substitutes DVR functionality. Since only a minority will have
the set-top boxes, the median figure will not rise as fast as
the mean, but could rise quickly and overtake the mean when
a majority has the box.
On-net
Internet
Internet
Total
Median's share
of mean
Volume:
Mean
Median
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019 45
Executive summary
Key implications
Forecasts
Market drivers and inhibitors
Access speed and data usage
Market definition and methodology
About the author and Analysys Mason
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
About the author
Rupert Wood (Principal Analyst) is the lead analyst for Analysys Mason‟s Fixed Networks research programme. His
primary areas of specialisation include next-generation networks, long-term industry strategy and forecasting the
dynamics of convergence and substitution across fixed and mobile platforms. Rupert regularly contributes to the
international press on a wide range of telecoms subjects and has been quoted by The Times, The Economist,
Business Week, Telecommunications Online and La Tribune. Rupert has a PhD from the University of Cambridge,
where he was a Lecturer before joining Analysys Mason.
46
© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
About Analysys Mason
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© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
Research from Analysys Mason
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48
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© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
Consulting from Analysys Mason
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© Analysys Mason Limited 2014
Fixed network data traffic worldwide: forecasts and analysis 2014–2019
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