Upload
dothien
View
214
Download
1
Embed Size (px)
Citation preview
Report for Arqiva
Public Wi-Fi networks in
a 4G world
19 November 2014
Tom Rebbeck & Matt Yardley
Ref: 2000291-453
.
Ref: 2000291-453 .
Contents
1 Executive summary 1
2 Introduction 3
2.1 Overview of the sample 3
3 Results of the survey 8
3.1 The usage and perception of public Wi-Fi networks 8
3.2 Role of mobile operators in provision of public Wi-Fi networks 18
4 Implications of the survey 21
Annex A Conjoint analysis, utility scores for all price options
Annex B Responses of people in London and those aged 35–44 compared to the overall sample
Public Wi-Fi networks in a 4G world
Ref: 2000291-453 .
Confidentiality Notice: This document and the information contained herein are strictly
private and confidential, and are solely for the use of Arqiva.
Copyright © 2014. The information contained herein is the property of Analysys Mason
Limited and is provided on condition that it will not be reproduced, copied, lent or
disclosed, directly or indirectly, nor used for any purpose other than that for which it was
specifically furnished.
Analysys Mason Limited
Bush House, North West Wing
Aldwych
London WC2B 4PJ
UK
Tel: +44 (0)20 7395 9000
Fax: +44 (0)20 7395 9001
www.analysysmason.com
Registered in England No. 5177472
Public Wi-Fi networks in a 4G world | 1
Ref: 2000291-453 .
1 Executive summary
In July 2014, Arqiva commissioned Analysys Mason to explore how UK consumers perceive
public Wi-Fi services. In our survey of 2000 UK residents, respondents answered questions about
how much they use public Wi-Fi networks1 and what they think of them, and how they compare to
cellular networks.
This research explores the trade-off between public Wi-Fi networks, which are typically free but
only available in certain locations (e.g. cafés, shopping centres), and cellular networks, which
involve a cost to the user but are almost ubiquitously available.
This report outlines the findings from our research, as well as indicating some of the future
implications of the results. The key conclusions are:
Public Wi-Fi networks are highly relevant for 4G subscribers. Subscribers with 4G devices
use and value public Wi-Fi networks. 4G subscribers, more than the average subscriber, place
high value on public wireless data access2, regardless of the network technology used (cellular
or Wi-Fi). The survey shows that:
— 4G subscribers are as likely as non-4G subscribers to use public Wi-Fi networks.
— 4G subscribers place a slightly higher monetary value on access to public Wi-Fi networks
than non-4G subscribers.
— 4G subscribers would be more likely than non-4G users to switch to a mobile operator that
provided public Wi-Fi connectivity as part of their contract.
Non-4G subscribers prefer public Wi-Fi networks to cellular networks. Non-4G users rate
public Wi-Fi networks more highly than cellular connectivity. These users also place a
relatively high monetary value on public Wi-Fi connectivity and would take into account the
provision of public Wi-Fi services as part of their choice of network provider. The results are
significant as the overwhelming majority of handsets in use today are 2G/3G-only and will
continue to be for a number of years (until 2018 according to Analysys Mason forecasts).
UK mobile subscribers would rather have an equal balance of cellular and public Wi-Fi
access in their data allowance rather than a bundle that favours either cellular or public
Wi-Fi access. When offered a bundle of data (e.g. 10GB) for a given price (e.g. GBP10),
respondents preferred to have an equal balance of data across public Wi-Fi and cellular
networks, rather than opting for a bundle favouring either cellular or public Wi-Fi access. This
is a strong indication of the value users place on public Wi-Fi connectivity. Furthermore 80%
of all tablets and laptops are only used on Wi-Fi networks.
1 By public Wi-Fi we mean Wi-Fi access in public places, i.e. locations outside the home or usual place of work
2 By public wireless data we mean data connectivity on all wireless networks outside of the home or office, i.e. cellular
and Wi-Fi networks
Public Wi-Fi networks in a 4G world | 2
Ref: 2000291-453 .
Users see mobile operators as the most likely provider of public Wi-Fi networks. Customers
see mobile network operators as the obvious providers of Wi-Fi services outside the home or
place of work, even if customers do not fully appreciate who is providing the public Wi-Fi
infrastructure. Offering public Wi-Fi services may help win new customers and assist in
retention.
— 59% of respondents cited their mobile operator as the provider they would most likely use
for public Wi-Fi connectivity.
— 58% of respondents (and more for 4G subscribers) would churn to a mobile network
operator that provided public Wi-Fi connectivity as part of the subscription.
These findings provide a snapshot of opinion at a specific moment in time, though clearly the
market is not static: a number of factors will create changes in the market for public wireless data
connectivity. For example 4G will be rolled out and adopted more widely, while ‘Hotspot 2.0’ will
make Wi-Fi network log-in simpler. However, we do not expect that these developments will
significantly shift the balance of perceived performance of the two technologies.
Overall, the survey provides evidence that the usage and deployment of public Wi-Fi connectivity
is needed as a complement to cellular networks in order to meet consumer communications needs
in a variety of contexts. The move to 4G does not reduce the need for public Wi-Fi infrastructure
and may in fact reinforce the requirement for high-quality wireless networks of all types.
Public Wi-Fi networks in a 4G world | 3
Ref: 2000291-453 .
2 Introduction
In July 2014, Arqiva commissioned Analysys Mason to explore how UK consumers perceive
public Wi-Fi services. In our survey of 2000 UK residents, respondents answered questions about
how much they use public Wi-Fi networks3 and what they think of them, and how they feel they
compare to cellular networks.
In the survey we asked about:
the respondent (age, gender etc.)
communications services used
devices used
use and satisfaction of public Wi-Fi and cellular services.
The survey was performed by Survey Sampling International4, using an online questionnaire
developed by Analysys Mason. The analysis and interpretation of the results was performed by
Analysys Mason.
This report outlines the findings from our research. We have also provided some indications of the
future implications of the work.
This report is intended to help answer some of the key questions and dispel myths surrounding
public Wi-Fi networks by providing a detailed understanding of end user perceptions of different
networks.
This report is structured as follows:
Section 2.1 provides more details of the sample and basic information on the sample of survey
respondents.
Section 3 reports the results of the survey.
Section 4 discusses the implications of the survey results with some discussion of technology
and market developments.
2.1 Overview of the sample
The sample was designed to reflect accurately the UK population
The sample of 2000 adults was designed to be representative of the UK adult population overall,
with quotas for age, sex, region and employment status. We are confident that the overall results
3 By public Wi-Fi we mean Wi-Fi access in public places, i.e. locations outside the home or usual place of work
4 See http://www.surveysampling.co.uk/
Public Wi-Fi networks in a 4G world | 4
Ref: 2000291-453 .
are a good reflection of the overall UK population. For example, as can be seen in Figure 1, the
survey provides a very close match to the overall UK population.
Figure 1: UK population
by region5 [Source:
Analysys Mason, 2014]
The sample is representative of the UK telecoms market
Although we did not set quotas for subscribers’ choice of telecoms service provider, the results
from the survey give a reasonable representation of the UK market.
In Figure 2, we can see the relationship between survey respondents and UK mobile subscribers,
which we believe shows that the sample is a reasonable reflection of UK subscribers.
5 Question: “Which of the following regions best describes where you live?” n=2003
0%
2%
4%
6%
8%
10%
12%
14%
Scotlan
d
Nort
h E
ast
Wa
les
Nort
h W
est
Yo
rkshir
e a
nd
th
eH
um
be
r
Ea
st
Mid
lan
ds
We
st
Mid
lan
ds
Ea
st
An
glia
So
uth
Ea
st
Lon
do
n
So
uth
West
Nort
he
rn Ire
lan
d
Survey UK population
Public Wi-Fi networks in a 4G world | 5
Ref: 2000291-453 .
Figure 2: Share of
mobile network
providers6 [Source:
Analysys Mason, 2014]
In Figure 3, we can see the relationship between survey respondents and the UK’s fixed broadband
market. Again, the match is not exact, but we believe it is close enough to provide a reasonable
representation of the UK market.
Figure 3: Share of
home broadband
provider [Source:
Analysys Mason, 2014]
The respondents appear to be slightly more technologically sophisticated than the UK average
The results of the survey suggest that our respondents are more technologically sophisticated than
the overall market as a whole. Online surveys by definition tend to exhibit a slight bias in towards
people who are slightly more technologically literate than the average. While we do not believe
6 All subscribers to MVNOs have been included with the host network operator to make the results comparable with
published market data. All data on market shares is taken from Analysys Mason’s Telecoms Market Matrix, Western Europe 1Q 2014 (see http://www.analysysmason.com/Research/Content/Data-set/TMM-WE/#21%20July%202014)
0%
5%
10%
15%
20%
25%
30%
35%
40%
EE O2 Vodafone 3 Others
Survey Q1 2014, UK market
0%
5%
10%
15%
20%
25%
30%
35%
BT Sky TalkTalk Virgin Media Others
Survey Q1 2014, UK market
Public Wi-Fi networks in a 4G world | 6
Ref: 2000291-453 .
this affects the main findings of the survey, it means we need to exercise some caution in
translating the results to the population as a whole.
The evidence for concluding that the respondents may be somewhat more technologically
advanced than the general population can be seen in two metrics:
Firstly, and as can be seen in Figure 4, while across the overall UK market, around 75% of UK
mobile subscribers had a smartphone7, in our survey the figure was higher, at 95%.
Secondly, almost 30% of the respondents believed that they have a 4G device (Figure 5),
whereas for the overall market, 4G devices account for closer to 10% of handsets. The
difference between the survey responses and the market may be down to self-reporting. While
the question was explicit (“Does your mobile phone service include 4G?”) the results reflect
what the respondents think they have, rather than what they actually have (e.g. an owner of an
iPhone 4 may believe that it is a 4G device). The survey results remain valid as we are
concerned here with perceptions of services and service quality, which may differ from actual
performance.
Figure 4: Percentage of smartphone owners, survey
results compared to UK market8 [Source: Analysys
Mason, 2014]
Figure 5: Ownership of a 4G handset, survey results
compared to UK market9 [Source: Analysys Mason,
2014]
7 Source: Analysys Mason “Western Europe telecoms market: concise trends and forecasts (8 countries) 2014–
2019”, http://www.analysysmason.com/Research/Content/Regional-forecasts-/WE-forecasts-concise-8-Jul2014-RDDG0/
8 Question: “Is your primary mobile phone a smartphone?” n=2003;
9 Question: “Does your mobile phone service include 4G?” n=2003
95%
77%
Survey UK market
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Survey UK market
Yes No Don't know
Public Wi-Fi networks in a 4G world | 7
Ref: 2000291-453 .
Respondents were well placed to answer questions on Wi-Fi network usage from devices other
than mobile handsets
The survey was filtered so that all respondents had a mobile handset. As part of the survey, we
also asked respondents about access to devices10
other than mobile handsets. The vast majority of
respondents to our survey had access to multiple Wi-Fi-enabled devices. As can be seen in Figure
6, just 4% of the sample did not have access to a Wi-Fi device other than their handset.
Respondents were therefore in a good position to answer question on Wi-Fi network usage.
Figure 6: Access to
connected devices
other than mobile
handsets11
[Source:
Analysys Mason, 2014]
10
Note that the survey did not ask about device ownership, but access to a device, so including respondents who may
use a tablet on a regular basis even if it does not belong to them ~ for example within the family or provided by work.
11 Question: “Which of the following devices do you own, or have regular access to (for example, through someone
who lives with you)?” n=2003
0% 20% 40% 60% 80% 100%
None of these
Other
Handheld console
E-book reader
Tablet
Laptop PC
Public Wi-Fi networks in a 4G world | 8
Ref: 2000291-453 .
3 Results of the survey
The main survey focused on two areas:
the usage and perception of public Wi-Fi networks compared to cellular networks
the role of mobile operators in providing public Wi-Fi services.
Each of these is covered in a separate section below.
3.1 The usage and perception of public Wi-Fi networks
The key findings relating to the usage and perception of public Wi-Fi networks are:
Public Wi-Fi networks are highly relevant for 4G subscribers. Subscribers with 4G devices
use and value public Wi-Fi networks. We believe that 4G subscribers, more than the average
subscriber, place high value on wireless data, regardless of the network technology used
(cellular or Wi-Fi). The survey shows that:
— 4G subscribers are as likely as non-4G subscribers to use public Wi-Fi networks.
— 4G subscribers place a slightly higher monetary value on access to public Wi-Fi networks
than non-4G subscribers.
— 4G subscribers would be more likely than non-4G users to switch to a mobile operator that
provided public Wi-Fi as part of their contract.
Non-4G subscribers prefer public Wi-Fi networks to cellular networks. Non-4G users rate
public Wi-Fi networks more highly than cellular connectivity. These users also place a
relatively high monetary value on public Wi-Fi connectivity and would take into account the
provision of public Wi-Fi services as part of their choice of network provider. The results are
significant as the overwhelming majority of handsets in use today are 2G/3G-only and will
continue to be for a number of years (until 2018 according to Analysys Mason forecasts).
UK mobile subscribers would rather have an equal balance of cellular and public Wi-Fi
access in their data allowance rather than a bundle that favours either cellular or public
Wi-Fi access. When offered a bundle of data (e.g. 10GB) for a given price (e.g. GBP10),
respondents preferred to have a balance of data across public Wi-Fi and cellular networks,
rather than opting for a bundle favouring either cellular or public Wi-Fi access. This is a strong
indication of the value users place in public Wi-Fi connectivity. Furthermore, 80% of all
laptops and tablets are only used on Wi-Fi networks.
Public Wi-Fi networks in a 4G world | 9
Ref: 2000291-453 .
The vast majority of respondents use public Wi-Fi networks, and 4G subscribers are only
marginally less likely to use them than others
We asked respondents about their usage of public Wi-Fi networks. As can be seen in Figure 7,
more than three quarters of respondents use public Wi-Fi services, with very little difference
between the results from non-4G users and the results from users who believe they are on 4G.
Public Wi-Fi connectivity is relevant to all users.
Figure 7: Portion of
respondents that use
public Wi-Fi networks12
[Source: Analysys
Mason, 2014]
Price emerges as the main reason for using public Wi-Fi connectivity; though for 4G users the
speed of the alternative cellular network matters greatly
We asked respondents why they choose to use public Wi-Fi connectivity. As is to be expected, for
the majority, price was the key driver for usage of public Wi-Fi networks (see Figure 8). In many
locations (e.g. cafés, shopping centres) access to public Wi-Fi access is provided to the user for no
additional charge.
12
Questions: “Do you ever use Wi-Fi offered by your mobile phone provider/home broadband provider/other Wi-Fi
providers outside of your home or usual place of work (e.g. public transport, shopping centres, cafes)? n=2003
76% 75% 76%
Respondents who usepublic Wi-Fi networks
4G respondents whouse public Wi-Fi
networks
Non-4G respondentswho use public Wi-Fi
networks
Public Wi-Fi networks in a 4G world | 10
Ref: 2000291-453 .
Figure 8: Highest rated
reason for using public
Wi-Fi networks.
Percentage of
respondents giving
highest response13
[Source: Analysys
Mason, 2014]
Price is not the only factor affecting usage of public Wi-Fi infrastructure. Almost a fifth of users
(19%) connect to a public Wi-Fi network because no mobile signal is available. This figure is
slightly higher for 4G users (23%).
Differences between 4G and non-4G users are striking. Price is notably less of a constraint for 4G
users. This may be a short-term effect – early adopters of 4G may well have more disposable
income and larger data bundles and so are less price-sensitive than other users. The relative
importance of the mobile data speed between 4G and non-4G users is notable, with 4G users much
more likely to use (faster) public Wi-Fi connectivity. Reasons for this difference could be:
Many 4G subscribers spend time outside 4G coverage, and so public Wi-Fi access may be a
faster option than resorting to 3G or 2G coverage.
4G users may be more demanding about data speeds (which is partly why they are on 4G) and
so will use a public Wi-Fi network when it appears to be better than the cellular network (e.g.
when no 4G connectivity is available).
Lack of availability and inconvenience are the key barriers to using public Wi-Fi networks
Respondents were asked about the reasons for not using public Wi-Fi services. The highest rated
reasons given for not connecting to public Wi-Fi infrastructure, shown in Figure 9, are lack of
availability (“can’t find it”) or the effort required to establish a connection (“too much hassle to
connect”). As will be discussed in Section 4, we expect some of these barriers to be reduced over
time, for example as ‘Hotspot 2.0’ removes the need for subscribers to manually log on to a Wi-Fi
network.
13
Question: “When you choose to use [public Wi-Fi], on what do you base this decision? Please rank all options that
apply in order of their relevance/importance to you.” Response options were: I have no signal for my mobile data connection, It is faster than my mobile data connection, It is free, I pay for it, but it is cheaper than mobile data, I don't want to use up my mobile data allowance, I'm not sure (exclusive), Other, please specify. n=1450
24%
23%
45%
11%
16%
63%
16%
19%
56%
0% 10% 20% 30% 40% 50% 60% 70%
Faster than mymobile data signal
No mobiledata signal
It is free
Allrespondents
Non-4G users 4G users
Public Wi-Fi networks in a 4G world | 11
Ref: 2000291-453 .
Figure 9: Highest rated
reason for not using
public Wi-Fi networks.
Percentage of
respondents giving
highest response14
[Source: Analysys
Mason, 2014]
Results are broadly consistent between 4G and non-4G users (though 4G users are more sensitive
to the quality of public Wi-Fi networks).
In performance terms, respondents believe that public Wi-Fi networks are better than cellular
networks in general
Respondents were asked two sets of questions about the overall performance of public Wi-Fi and
cellular networks.
We asked respondents to score the performance of public Wi-Fi, cellular and (where
applicable) 4G networks. These questions were asked in isolation with no comparison between
different technologies.
We also asked respondents to score public Wi-Fi services relative to cellular connectivity and
(where applicable) 4G connectivity. We asked whether, overall, public Wi-Fi or cellular
connectivity was superior.
Overall, respondents believe that public Wi-Fi networks are better than non-4G cellular networks
but not as good as 4G networks. When asked for the absolute score for services in isolation, as can
be seen in Figure 10 and as we would have expected, 4G connectivity scored best, followed by
public Wi-Fi and then cellular networks. We see similar results when the panel was asked about
the relative performance of networks.
14
Question: “On the occasions you DON'T use this service, on what do you base this decision? Please rank all options
that apply in order of their relevance/importance to you.” Response options were: I cannot find it, I have to pay for it and I think it should be free, I am willing to pay for it but it is too expensive/not good value for money, It is too much of a hassle to connect to, The quality of the connection isn't good enough, I don't trust the provider with my personal data, I’m not sure (exclusive), Other, please specify. n=1052
26%
34%
24%
23%
23%
32%
24%
27%
29%
0% 10% 20% 30% 40%
Too much hassleto connect
Quality notgood enough
Can't find it
Allrespondents
Non-4G users 4G users
Public Wi-Fi networks in a 4G world | 12
Ref: 2000291-453 .
Figure 10: Perceptions of performance of all cellular
networks, public Wi-Fi and 4G networks15
[Source:
Analysys Mason, 2014]
Figure 11: Relative performance of public Wi-Fi
networks compared to cellular and 4G networks16
[Source: Analysys Mason, 2014]
The strong performance of public Wi-Fi connectivity is important as most tablets will never use a
cellular network
We asked respondents with access to a tablet whether their tablet
is capable of cellular connectivity
if so, whether cellular connectivity is used.
As can be seen in Figure 12, the survey found that the majority of tablets do not have cellular
connectivity, and fewer than 40% use cellular connectivity. The majority of tablet users therefore
have no alternative to public Wi-Fi networks when out of the home.
In Figure 12, we also show the results from a previous Analysys Mason tablet survey, which asked
a very similar question about cellular connectivity. This comparison suggests that usage of cellular
connectivity among respondents to the current survey is higher than for the market as a whole,
which may reflect the fact that respondents are more technologically sophisticated than average
consumers. For devices other than their primary handset, most UK subscribers will only have the
15
Questions: “How would you score the following when you are using the data connection of your mobile phone (e.g.
your 3G connection, NOT Wi-Fi)?” n=1247; “How would you score the following when you are using the 4G data connection of your mobile phone?” n=587; “How would you score your satisfaction with any Wi-Fi services you use outside your home or usual place of work?” n=2003
16 Question: “How do you perceive mobile data compared to Wi-Fi when outside your home and usual place of work?”
n=2003. Note that the positive/negative used on the chart is used to illustrate the results only. In the questionnaire, respondents were simply asked which service was superior on a five point scale
1.0
2.0
3.0
4.0
5.0
Sa
tisfa
ctio
n (
5 =
ve
ry s
atisfie
d)
Cellular networks, overall
4G networks
Public Wi-Fi networks
-0.20 -0.10 - 0.10 0.20
Allusers
4Gusers
Non-4Gusers
Relative result
Preference for
Wi-Fi
Preference for
cellular
Public Wi-Fi networks in a 4G world | 13
Ref: 2000291-453 .
option of public Wi-Fi connectivity. From a previous survey performed by Analysys Mason, only
17% of UK consumers use tethering17
.
Figure 12: Usage of
tablet on cellular
networks from this
survey18
and from
Analysys Mason’s
previous tablet survey19
[Source: Analysys
Mason, 2014]
The Van Westerndorp price analysis suggests that users place a higher value on public Wi-Fi
connectivity than is commonly assumed
To gain a view of the pricing for cellular, public Wi-Fi and 4G services, respondents were asked a
series of questions about an unlimited package of public Wi-Fi or cellular data. Respondents were
asked at what price the package would be
too expensive to be considered
expensive but worth considering
very good value for money
priced so low that the quality could not be very good.
Based on the intersection of the range of results to these four questions, the Van Westerndorp price
sensitivity analysis provides an indication of the range of prices people are willing to pay.
The results of this for the entire sample are illustrated in Figure 13.
17
See The Connected Consumer Survey 2013: smartphones, mobile data access and monetisation,
http://www.analysysmason.com/Research/Content/Reports/CCS-smartphone-data-monetisation-Aug2013-RDMM0/ Question: “Do you ever use your smartphone for 'tethering'?“ n=6610
18 Questions: “Which of the following devices do you own, or have regular access to (for example, through someone
who lives with you)?” n=2003; “Does your tablet have a mobile broadband connection (i.e. 3G/4G)?, n=1226; “How often do you use your tablet's 3G/4G mobile broadband connection?” n=569
19 Source: Analysys Mason “Tablet survey worldwide 2013: devices, data plans and connectivity – current usage,
future intentions”, http://www.analysysmason.com/Research/Content/Reports/Tablet-survey-worldwide-Nov2013-RDMM0/#15%20November%202013. The specific question asked was: “Is your tablet 3G/4G compatible, or is it only able to support Wi-Fi connectivity?”
0%
5%
10%
15%
20%
25%
30%
35%
40%
45%
50%
Tablets with cellularconnectivity
Tablets that usecellular connectivity
Tablets that usecellular connectivity
often
Survey Analysys Mason's previous tablet survey
Public Wi-Fi networks in a 4G world | 14
Ref: 2000291-453 .
Figure 13: Range of
values assigned to
unlimited monthly data
bundle, all respondents
[Source: Analysys
Mason, 2014]
Looking at the ranges, some of the responses are to be expected:
The maximum price of cellular connectivity is higher than public Wi-Fi connectivity. Given
the greater utility of cellular networks (i.e. they can be accessed in a wider range of locations)
this output is in line with expectation.
The minimum price of cellular connectivity is higher than for public Wi-Fi connectivity.
Again, it is to be expected that the minimum value of cellular connectivity is higher than
public Wi-Fi connectivity due to the greater utility.
However some of the results are more surprising and illustrate the value users place on public Wi-
Fi networks.
Subscribers place relatively high value on public Wi-Fi connectivity. Considerable overlap exists
between the values for public Wi-Fi and cellular connectivity. Given the additional utility of
cellular networks, it would be reasonable to assume that the difference between Wi-Fi and cellular
connectivity would be greater.
Below, we see the same results but this time for 4G users (Figure 14) and non-4G users
(Figure 15).
0
2
4
6
8
10
12
14
16
18
20
Cellu
lar
con
nectivity
Pu
blic
Wi-
Fi
con
nectivity
GB
P
Public Wi-Fi networks in a 4G world | 15
Ref: 2000291-453 .
Figure 14: Range of values assigned to unlimited
monthly data bundle, 4G users [Source: Analysys
Mason, 2014]
Figure 15: Range of values assigned to unlimited
monthly data bundle, non-4G users [Source:
Analysys Mason, 2014]
In both cases, cellular connectivity is valued slightly higher than public Wi-Fi access, but again,
there is considerable overlap between the values respondents assigned to public Wi-Fi and cellular
connectivity.
There are two distinct messages about 4G subscribers:
4G users value all wireless data connectivity more highly than other respondents. This is
as we would expect – 4G users are a self-selecting group who value wireless data connectivity
sufficiently highly that they have chosen (or believe they have chosen) 4G contracts.
4G users place greater value on public Wi-Fi connectivity than non-4G users. It might be
reasonable to expect that 4G subscribers would place less value on public Wi-Fi connectivity
than other users. In fact, the opposite is true. It appears that 4G subscribers place greater value
on data connectivity regardless of the network technology used (cellular or Wi-Fi): our 4G
respondents value public Wi-Fi access more highly than the rest of the market.
As with the result comparing network performance, we need to be cautious about placing too
much emphasis on these answers. For example, we cannot know what respondents had in mind,
when asked to place a price on unlimited public Wi-Fi access. It is possible that respondents were
considering unlimited public Wi-Fi connectivity to mean a network with a much greater coverage
than is currently the case. Nonetheless, the results point to the considerable value that all users
place on public Wi-Fi connectivity.
0
2
4
6
8
10
12
14
16
18
20
Ce
llula
rcon
nectivity
Pu
blic
Wi-
Fi
con
nectivity
GB
P
0
2
4
6
8
10
12
14
16
18
20
Ce
llula
rcon
nectivity
Pu
blic
Wi-
Fi
con
nectivity
GB
P
Public Wi-Fi networks in a 4G world | 16
Ref: 2000291-453 .
Respondents clearly preferred a balance of public Wi-Fi and cellular connectivity
In the final question on usage, respondents were asked to rank a range of different options. In
assessing how they ranked these different options we can gain some insight into the priorities of
our panel.
Respondents were asked to rank a mix of:
data allowances (500MB–2GB)
price points (GBP6–15)
connectivity type (i.e. splitting the data allowance between public Wi-Fi networks and the
cellular network by varying proportions).
The conventional view would be to expect that users would opt for a greater weighting of cellular
data as this can be used in a wider range of locations, followed by a 50% mix of cellular and public
Wi-Fi connectivity, with the package that was weighted to public Wi-Fi connectivity being the
least favoured option.
In fact the results of this analysis shows that respondents prefer the data allowance to be split
equally between cellular and public Wi-Fi networks. This was deemed more attractive than a split
in which a larger share of the allowance can be used on the cellular network.
In Figure 16, we can see the utility scores20
for each of the 2GB/GBP10 options. We can see that
users’ preference by network was:
1. An equal 50:50 split of data on the public Wi-Fi and cellular networks
2. A 75:25 split of data in favour of cellular networks
3. A 75:25 split of data in favour of public Wi-Fi networks.
20
Note that the utility scores in themselves carry no meaning. What we are interested here is the relative utility score
of the different options.
Public Wi-Fi networks in a 4G world | 17
Ref: 2000291-453 .
Figure 16: Conjoint
analysis, utility scores
for 2GB, GBP10
options21
[Source:
Analysys Mason, 2014]
In Figure 17 and Figure 18, we see the same order of results for 1GB and 500MB data volumes.
Respondents, again, preferred to have their data allowance balanced between cellular and public
Wi-Fi networks, rather than opt for a package weighted in favour of purely cellular connectivity.
21
Questions: “When considering data connectivity outside of the home as part of a monthly bill, which of the following
combinations of connection and data allowance would be the most useful to you? Please rank all 9 options in order of preference (1 = most favoured, 9 = least favoured), 125MB cellular, 375MB Wi-Fi;250MB cellular, 250MB Wi-Fi;375MB cellular, 125MB Wi-Fi;250MB cellular, 750MB Wi-Fi;500MB cellular, 500MB Wi-Fi;750MB cellular, 250MB Wi-Fi; 500MB cellular, 1.5GB Wi-Fi;1GB cellular, 1GB Wi-Fi;1.5GB cellular, 500MB Wi-Fi” n=2003, “When considering data connectivity outside of the home as part of a monthly bill, which of the following combinations of price and data allowance would be the most useful to you? Please rank all 9 options in order of importance (1 = most favoured, 9 = least favoured), 500MB, £6;1GB, £6; 2GB, £6;500MB, £10;1GB, £10; 2GB, £10; 500MB, £15; 1GB, £15; 2GB, £15”, n=2003.
0
25
50
75
100
125
150
2G
B
2G
B
2G
B
Utilit
y s
co
re50% public Wi-Fi
25% public Wi-Fi
75% public Wi-Fi
Public Wi-Fi networks in a 4G world | 18
Ref: 2000291-453 .
Figure 17: Conjoint analysis, utility scores for 1GB,
GBP10 options21
[Source: Analysys Mason, 2014]
Figure 18: Conjoint analysis, utility scores for
500MB, GBP10 options21
Source: Analysys Mason,
2014]
The results reinforce the idea that users place significant value on public Wi-Fi networks.
As with the previous results, some caution is needed in assessing these results. What users say they
prefer may not be reflected in their actual choices and we cannot be certain about how the
respondents interpreted the question. For example, while limitations on the data allowance are
usual for cellular contracts, public Wi-Fi access is typically limited in duration of time and not
volume of data used. This difference may make it harder for users to compare the different
options.
While would be prudent not to draw too firm a set of conclusions from the data, we believe that
this assessment of different options highlights once again the value that users get from public Wi-
Fi networks.
3.2 Role of mobile operators in provision of public Wi-Fi networks
We asked respondents about suppliers of public Wi-Fi networks and which organisations they
believed were best placed to provide public Wi-Fi networks.
Our key findings are that:
users see mobile operators as the most likely provider of public Wi-Fi networks
respondents would consider moving provider in order to receive access to public Wi-Fi
networks for no additional cost.
0
25
50
75
100
125
150
1G
B
1G
B
1G
B
Utilit
y s
co
re
50% public Wi-Fi
25% public Wi-Fi
75% public Wi-Fi
0
25
50
75
100
125
150
500
MB
500
MB
500
MB
Utilit
y s
co
re
50% public Wi-Fi
25% public Wi-Fi
75% public Wi-Fi
Public Wi-Fi networks in a 4G world | 19
Ref: 2000291-453 .
Respondents would prefer to take public Wi-Fi connectivity provided by their mobile network
supplier
Consumers have a clear expectation that public Wi-Fi connectivity has a strong fit with their
mobile network provider. We asked respondents who they would be most likely to use for public
Wi-Fi access. 58% ranked their mobile service provider as the most likely option (see Figure 19)
significantly ahead of their home broadband provider (26%).
The results are not especially surprising as public Wi-Fi connectivity is used while the subscriber
is away from home and on a mobile device (e.g. handset, tablet) and so may be a logical extension
of the existing cellular contract. However, it is worth noting that some of the main providers of
public Wi-Fi connectivity are not mobile but fixed operators (e.g. BT, Sky) and Wi-Fi-only
operators (e.g. Boingo).
Figure 19: Preferred
supplier of public Wi-Fi
connectivity22
[Source:
Analysys Mason, 2014]
More than half of respondents say they would switch to a provider that offered free public Wi-Fi
network access; 4G subscribers are even more likely to switch
We asked consumers if they would be willing to change their mobile network provider if offered
unlimited public Wi-Fi access, for no additional charge, from a different provider. While we would
expect a strong portion of users to agree, the results are nevertheless instructive.
A clear majority of subscribers would switch to a provider offering unlimited public Wi-Fi
connectivity as part of the contract. Even if the result exaggerates the impact of unlimited Wi-
22
Question: “Which provider would you be most likely to connect to if they offered Wi-Fi outside the home and your
usual place of work?” n=2003
0% 10% 20% 30% 40% 50% 60%
Other
A 3rd partyprovider
Another mobileservice provider
Your homebroadband provider
Your mobileservice provider
Public Wi-Fi networks in a 4G world | 20
Ref: 2000291-453 .
Fi access, it at least indicates that public Wi-Fi services would be part of a consumer’s
selection criteria when considering providers.
The attraction of unlimited Wi-Fi access is even greater for 4G subscribers. A higher portion
of 4G subscribers would switch to a provider offering unlimited public Wi-Fi connectivity
than for the market as a whole. This result indicates that:
— 4G subscribers appear to be most interested in having access to data connectivity,
regardless of the network technology used (cellular or WiFi)
— 4G does not reduce subscribers’ interest in public Wi-Fi access. Indeed, 4G subscribers are
more interested in public Wi-Fi networks than non-4G subscribers.
Figure 20: Percentage
of respondents willing
to change provider for
unlimited public Wi-Fi
access for no additional
cost23
[Source:
Analysys Mason, 2014]
23
Question: “Would you switch mobile provider if offered unlimited public Wi-Fi for no additional cost?” n= 1834
59%66%
56%
All respondents 4G users Non-4G users
Public Wi-Fi networks in a 4G world | 21
Ref: 2000291-453 .
4 Implications of the survey
Most subscribers will still be using non-4G devices at the end of 2017; public Wi-Fi connectivity
offers a way to improve their data connectivity experience
As was seen in Figure 10 and Figure 11, non-4G users rate public Wi-Fi networks more highly
than non-4G networks. This result is important as, according to Analysys Mason’s forecasts, at the
end of 2017, fewer than 50% of subscribers will have a 4G handset and even at the end of 2019
more than a third of subscribers will be on sub-4G devices.
Figure 21: Mobile
subscribers by handset
generation based on
Analysys Mason
forecast24
[Source:
Analysys Mason, 2014]
4G users see public Wi-Fi access as a valuable addition to standard cellular solutions and we do
not expect this to change
In developed markets with modern 3G and 4G networks we have yet to see a significant
substitution of user traffic when 4G or Wi-Fi services were added to an existing mobile network
service. Rather, usage of both cellular and Wi-Fi networks tends to increase with the added (and
improved) connectivity. We have long tracked a difference in usage patterns of users of cellular
and Wi-Fi services, especially in relation to key applications. For example, bulk video is mainly
consumed over Wi-Fi connections.
Operators’ initiatives to provide greater coverage and improved performance look set to be based
around the concept of small cells, which will increase the density of the UK’s 4G networks. The
small cell hardware is likely to include a Wi-Fi radio in addition to the cellular radio. The UK
24
Source: Analysys Mason “Western Europe telecoms market: concise trends and forecasts (8 countries) 2014–
2019”, http://www.analysysmason.com/Research/Content/Regional-forecasts-/WE-forecasts-concise-8-Jul2014-RDDG0/
27%22%
18% 15% 12% 11%
62%
57%
48%
38%
30%24%
11%
21%
34%
47%
57%65%
2014 2015 2016 2017 2018 2019
4G
3G
2G
Public Wi-Fi networks in a 4G world | 22
Ref: 2000291-453 .
already has one of the highest levels of public Wi-Fi deployment and usage. The deployment of
small cells should further improve indoor and outdoor 3G and 4G coverage.
The UK’s largely independent fixed-line industry views Wi-Fi networks as an extension of its
broadband service and uses it to defend its market share without fear of cannibalisation. Of the five
largest public Wi-Fi network service providers, only one (Telefónica UK) is a mobile network
operator. From the information released by these service providers, we calculate that in the UK
public Wi-Fi accounted for traffic equivalent to about 24% of all public wireless data traffic in
2012 (i.e. data traffic on public Wi-Fi and cellular networks outside the home), and that this rose to
about 35% in 2013 (Figure 22). This figure includes so-called ‘homespot traffic’ (the sharing of a
private Wi-Fi router with the public).
Figure 22: Public Wi-Fi
traffic volumes and as a
proportion of all public
wireless data [Source:
Analysys Mason, 2014]
While the survey provides a snapshot of opinion at a given moment in time, the market is not
static. A number of factors will change the market for public Wi-Fi and cellular connectivity. For
example, developments in public Wi-Fi networks include support for 802.11ac 5GHz technology
which should suffer less interference than 2.4GHz technology; 802.11ac phase 2, will also support
Multi-User MIMO (MU-MIMO), which will increase the number of concurrent devices that can
use a single Wi-Fi access point; advances in cellular technology, such as LTE-A, will likely take at
least the next three years to deploy and are likely to require new devices to support the upgrade
(compared to the current 4G devices being sold). Next-generation Hotspot 2.0 and Passpoint will
serve to improve quality of Wi-Fi service and user experience.
In Figure 23 we provide a summary of the main developments that will affect both 4G network
and public Wi-Fi network performance. The impact of each factor will differ but in our view there
is nothing to suggest a dramatic change in the balance in performance that would affect our
interpretation of the results.
0%
5%
10%
15%
20%
25%
30%
35%
40%
45%
50%
0
50
100
150
200
250
300
350
400
450
500
2012 2013 2014 2015 2016 2017
Pe
tab
yte
s
Public Wi-Fi data traffic
Percentage of public data traffic on public Wi-Fi networks
Forecast
Public Wi-Fi networks in a 4G world | 23
Ref: 2000291-453 .
Figure 23: Summary of the main forthcoming developments in 4G and public Wi-Fi networks [Source:
Analysys Mason, 2014]
Developments favouring 4G networks Developments favouring public Wi-Fi networks
Greater coverage of 4G. According to Ofcom, at
the end of June, 73% of UK premises had 4G
network coverage from at least one provider. By
the end of 2017, at least 95% of premises will
receive 4G connectivity from more than one
mobile network.
Increased usage of 4G. As more consumers
upgrade to 4G devices and as these devices
become more capable, demands on the network
will increase, potentially reducing available
capacity per user.
Increased speeds of 4G networks. The first roll-
outs of LTE-A are expected in early 2015 and will
bring speeds over 200Mbit/s and possibly up to
300Mbit/s to users. Improved backhaul capacity
tied to LTE-A deployments will increase per-site
throughput.
Improved Wi-Fi performance. Fixed-line
upgrades and improvements provide increased
throughput for Wi-Fi access points. With the
number of Wi-Fi access points increasing, usage
is spread over a larger number of APs and
backhaul lines. 802.11ac phase 2 will support MU-
MIMO, increasing the number of devices that can
use an AP concurrently
Passpoint. Increased deployment of Hotspot 2.0
and support of Passpoint by larger number of key
device vendors (Apple, Samsung, etc.) will mean
that users no longer need to log on manually to a
public Wi-Fi hotspot, reducing a major barrier to
usage. Users will be connected to ‘known’ Wi-Fi
providers, increasing security for users.
Increased roll-out of public Wi-Fi hotspots.
The cost of 4G devices will decrease. Device developments. Every 4G mobile device
also supports Wi-Fi and many devices (such as
most laptops and tablets) only support Wi-Fi. We
expect devices to be increasingly able to work with
both Wi-Fi and cellular networks simultaneously,
either selecting the network with the greater
capacity or bond both Wi-Fi and cellular channels
to increase performance
Public Wi-Fi networks in a 4G world | A–1
Ref: 2000291-453 .
Annex A Conjoint analysis, utility scores for all price
options
Figure 24 shows all of the utility scores for GBP10 options. As discussed in Section 3.1, our panel
preferred an equal split of public Wi-Fi and cellular connectivity over a package weighted in
favour of cellular or public Wi-Fi connectivity.
Figure 24: Conjoint analysis, utility scores for GBP10 options25
[Source: Analysys Mason, 2014]
25
Questions: “When considering data connectivity outside of the home as part of a monthly bill, which of the following
combinations of connection and data allowance would be the most useful to you? Please rank all 9 options in order of preference (1 = most favoured, 9 = least favoured), 125MB cellular, 375MB Wi-Fi;250MB cellular, 250MB Wi-Fi;375MB cellular, 125MB Wi-Fi;250MB cellular, 750MB Wi-Fi;500MB cellular, 500MB Wi-Fi;750MB cellular, 250MB Wi-Fi; 500MB cellular, 1.5GB Wi-Fi;1GB cellular, 1GB Wi-Fi;1.5GB cellular, 500MB Wi-Fi” n=2003, “When considering data connectivity outside of the home as part of a monthly bill, which of the following combinations of price and data allowance would be the most useful to you? Please rank all 9 options in order of importance (1 = most favoured, 9 = least favoured), 500MB, £6;1GB, £6; 2GB, £6;500MB, £10;1GB, £10; 2GB, £10; 500MB, £15; 1GB, £15; 2GB, £15”, n=2003.
0
20
40
60
80
100
120
140
2G
B
2G
B
2G
B
1G
B
500
MB
1G
B
500
MB
1G
B
500
MB
Utilit
y s
co
re
50% public Wi-Fi
25% public Wi-Fi
75% public Wi-Fi
Public Wi-Fi networks in a 4G world | A–2
Ref: 2000291-453 .
Figure 25 shows the results for all prices. Again, the option of an equal balance of public Wi-Fi
and cellular connectivity is preferred over a data bundle with a larger allowance on cellular
networks.
Figure 25: Conjoint analysis, utility scores for all price options [Source: Analysys Mason, 2014]
0
20
40
60
80
100
120
140
160
180
200
GB
P6
, 2
GB
GB
P6
, 2
GB
GB
P6
, 2
GB
GB
P6
, 1
GB
GB
P6
, 5
00
MB
GB
P6
, 1
GB
GB
P1
0,
2G
B
GB
P6
, 5
00
MB
GB
P1
5,
2G
B
GB
P6
, 1
GB
GB
P6
, 5
00
MB
GB
P1
0,
2G
B
GB
P1
5,
2G
B
GB
P1
0,
2G
B
GB
P1
5,
2G
B
GB
P1
0,
1G
B
GB
P1
5,
1G
B
GB
P1
0,
50
0M
B
GB
P1
5,
50
0M
B
GB
P1
0,
1G
B
GB
P1
5,
1G
B
GB
P1
0,
50
0M
B
GB
P1
5,
50
0M
B
GB
P1
0,
1G
B
GB
P1
5,
1G
B
GB
P1
0,
50
0M
B
GB
P1
5,
50
0M
B
Utilit
y s
co
re
50% public Wi-Fi
25% public Wi-Fi
75% public Wi-Fi
Public Wi-Fi networks in a 4G world | B–1
Ref: 2000291-453 .
Annex B Responses of people in London and those aged
35–44 compared to the overall sample
In the second annex, we have compared the overall results with two subsets of users:
people resident in London
people between 35–44 years of age
Our sample provided large enough subsets for us to do meaningful analysis on this data. 260
respondents lived in London and we had 354 respondents in the 35–44 age bracket.
As can be seen in Figure 26, both of our subsets were slightly more likely than the average
respondent to use a public Wi-Fi network. For London respondents, this may be because of
slightly greater availability of public Wi-Fi connectivity in the capital.
Figure 26: Profile of
users of public Wi-Fi
networks26
[Source:
Analysys Mason, 2014]
26
Questions: “Do you ever use Wi-Fi offered by your mobile phone provider/home broadband provider/other Wi-Fi
providers outside of your home or usual place of work (e.g. public transport, shopping centres, cafes)? n=2003
76% 78% 77%
Respondents who usepublic Wi-Fi networks
People in London whouse public Wi-Fi
networks
People aged 35-44who use public Wi-Fi
networks
Public Wi-Fi networks in a 4G world | B–2
Ref: 2000291-453 .
Figure 27 compares the reasons given by our panel for using public Wi-Fi networks. For people
living in London, and those aged 35–44, price is less of a driving factor. As both groups are likely
to be slightly wealthier than the average respondent, this result is unsurprising.
Significantly however, both groups see speed as a key reason for using public Wi-Fi networks;
people aged 35–44, 24% ranked speed as the top reason for choosing public Wi-Fi over the
cellular network.
Figure 27: Principal
reason for using public
Wi-Fi networks27
[Source: Analysys
Mason, 2014]
27
Question: “When you choose to use [public Wi-Fi], on what do you base this decision? Please rank all options that
apply in order of their relevance/importance to you.” n=1450
22%
19%
50%
24%
18%
51%
16%
19%
56%
0% 10% 20% 30% 40% 50% 60%
Faster than mymobile data signal
No mobiledata signal
It is free
Allrespondents
People aged35-44
People inLondon
Public Wi-Fi networks in a 4G world | B–3
Ref: 2000291-453 .
Looking at the reasons for not using public Wi-Fi networks, availability was much less of an issue
for respondents in London than for the rest of the sample; only 21% of these respondents ranked
availability as the main reason for not using public Wi-Fi connectivity. For respondents in London,
quality and convenience are more important factors in why they do not use public Wi-Fi access.
Figure 28: Principal
reason for not using
public Wi-Fi networks 28
[Source: Analysys
Mason, 2014]
28
Question: “On the occasions you DON'T use this service, on what do you base this decision? Please rank all options
that apply in order of their relevance/importance to you.” n=1052
27%
33%
21%
22%
29%
25%
24%
27%
29%
0% 5% 10% 15% 20% 25% 30% 35%
Too much hassleto connect
Quality notgood enough
Can't find it
Allrespondents
People aged35-44
People inLondon
Public Wi-Fi networks in a 4G world | B–4
Ref: 2000291-453 .
The perception of performance across different wireless network technologies is similar across the
two subsets and the overall sample. Notably, people living in London rank the quality of all
network technologies slightly higher than the overall sample. The overall ranking of networks is
consistent across all respondent types.
Figure 29: Perceptions of performance of all cellular networks, public Wi-Fi networks and 4G networks29
[Source: Analysys Mason, 2014]
29
Questions: “How would you score the following when you are using the data connection of your mobile phone (e.g.
your 3G connection, NOT Wi-Fi)?” n=1247; “How would you score the following when you are using the 4G data connection of your mobile phone?” n=587; “How would you score your satisfaction with any Wi-Fi services you use outside your home or usual place of work?” n=2003
1.0
1.5
2.0
2.5
3.0
3.5
4.0
4.5
5.0
Cellularnetworks,
overall
4Gnetworks
Overallview of
public Wi-Fi
networks
Cellularnetworks,
overall
4Gnetworks
Overallview of
public Wi-Fi
networks
Cellularnetworks,
overall
4Gnetworks
Overallview of
public Wi-Fi
networks
All respondents People in London People aged 35-44
(1 =
ve
ry u
nsa
tisfied
; 5
= v
ery
sa
tisfie
d)