The
Netherlands Broadband Market
Report 2005
The Netherlands is a small, very flat country with a high
proportion of coastline to area, and an extensive network of canals
with almost a quarter of the country below sea level. It is one of
the most densely populated countries in the world with a population
of 16.3 million people living in 7 million households and a
population density of 395 inhabitants per square kilometre.
GDP per capita at $37,326 was the tenth highest in the world
in 2004 according to the International Monetary Fund. This compares
with Luxembourg at $69,737 which is the world's highest GDP per
capita, and the UK which ranked fourteenth at $35,548.
The telecommunications sector was liberalised in mid-1997 and
is regulated by the Onafhankelijke Post en Telecommunicatie
Autoriteit (OPTA); the Independent Post and Telecommunications
Authority, which has taken a liberal approach to regulating the
sector. However, OPTA has stated that it will exert its authority
more emphatically than in the past to enforce imposed obligations
via fines or legal penalties.
The Dutch Government has very high ambitions as regards to its
broadband market. Its aim, as stated in its Broadband Paper 2004,
is to be in the top position for broadband by 2010, both in Europe
and in the world. In order to reach this target it has implemented
many policy actions, projects and initiatives. Many of these
initiatives include direct funding from the Dutch Government,
including the Kenniswijk project where the Dutch Government
provided 100 million guilders (€45 million) to test new products
and services within an experimental environment in the Eindhoven
region.
The incumbent telecommunications operator, KPN, is only
partially privatised as the State of The Netherlands retains a 7.8%
share of the listed holding company, Royal KPN NV.
Geographically, The Netherlands holds a strategic position on
the fringe of mainland Europe which has made it a landing point for
submarine cables from North America. This has resulted in a higher
than expected telecommunications infrastructure build for a country
of its size and has led to the Amsterdam Internet Exchange (AMS-IX)
becoming one of the major European exchanges. According to
theInternational Telecommunications Union (ITU), The Netherlands
had the second highest level of international bandwidth per
inhabitant in the world in 2004, with over 20Mbps per person.
Denmark had the most at around 35Mbps per person and the UK had the
fourth highest bandwidth at around 13Mbps per person.
A number of international operators whose backbone comes
through the AMS-IX have targeted the Dutch market. In terms of the
domestic market, these operators have concentrated mainly on the
business sector.
With regard to ICT usage, the latest available figures from
the OECD show that in 2004, 75% of households in The Netherlands
had a PC, while 71% of all households had access to the internet.
This is the second highest household penetration rate for PCs in
Europe, trailing Iceland with 86% of all households, and the
highest internet household penetration level in Europe. High
penetration and use of ICT is seen as a precursor to demand for
broadband. (fig.1)
Figure 1 – Residential PC and
internet penetration, OECD Science, Technology and Industry:
Scoreboard 2005
At the end of June 2005, broadband lines in The Netherlands
were calculated at around 3.6 million.This represents a growth of
over 560,000 connections, or 18.1%, since the end of 2004.
(fig.2)
Figure 2 – Total broadband
subscription by country, OECD, June 2005
The market growth compares favourably with the 15.2% growth
reported across the OECD and the 16% growth worldwide for the same
period; indicating that The Netherlands is still some way from
market saturation. (fig.6)
Figure 3 – Broadband penetration by
population, DSL Forum and Point Topic, June
2005
Figures from Point Topic place The Netherlands as the nation
with the highest broadband penetration per population in Europe and
in third position in the world, with 22 broadband connections per
100 inhabitants in June 2005. Korea boasted the world's highest
broadband penetration level, with 26% of the population, and Hong
Kong had the second highest with 23 connections per 100 people.
(fig.3)
Figure 4 – Broadband penetration by
population, OECD Broadband Statistics, June
2005
In comparison with OECD countries, The Netherlands is far
ahead of the average broadband penetration level of 11.8% of the
population. (fig.4)
Figure 5 – Broadband penetration by
households, World Broadband Statistics Q2 2005, Point Topic, June
2005
In terms of broadband households, The Netherlands had a
penetration level of 50% in June 2005. Whilst impressive, this is
still significantly lower than Korea which boasted a household
penetration level of 81% at that time. (fig.5)
Figure 6 – Broadband growth over
1st half of 2005 and broadband penetration by
population, OECD Broadband Statistics, June
2005
In terms of the business market, there are around 690,000
businesses in The Netherlands; with small and medium sized
enterprises (SMEs) accounting for around 99% of them. Latest
figures, in 2004, show that 89% of all enterprises with 10 or more
full time employees had internet access. The figures also show that
54% of all enterprises with 10 or more full time employees used a
broadband connection. These figures are in line with the OECD
average. (fig.7)
Figure 7 – Internet and broadband
penetration of businesses, OECD Science, Technology and Industry:
Scoreboard 2005
Research agency Telecompaperpredicts that household
penetration of broadband in The Netherlands will have reached 62%
by the end of 2005. This compares favourably with the forecast from
Datamonitor that 60% of European households will have a broadband
connection by mid 2008.
Similarly, the high proportion of broadband households places
The Netherlands in a strong position in terms of achieving the
targets set by the European Commission in its i2010 strategy. These
targets include the requirement for 50% of all households to be
broadband-connected at 10Mbps or more by 2010.
As regards broadband infrastructure, The Netherlands is in a
unique position in Europe; with near ubiquitous coverage of two
different technologies. The incumbent operator, KPN, claims that
DSL broadband was available to 99% of all households by December
2004. Similarly, almost 98% of all households in The Netherlandsare
able to access the Cable TV infrastructure. (fig.8)
Figure 8 – Estimated broadband
coverage, Analysys Consulting Limited, September
2005
The dominant technology in June 2005 was DSL broadband; with
DSL accounting for around 60% of total broadband connections and
cable accounting for 39%. DSL achieved 17% growth over the first
half of 2005, in comparison to the 20% growth achieved by cable.
(fig.9)
Figure 9 – Western European
broadband market by technology type, Analysys Consulting Limited,
June 2005
Demand throughout the residential retail sector has been
stimulated by KPN's policy of offering a wide variety of services
with a range of prices and bandwidths that appeal to low, mid and
high capacity users. KPN has used its many subsidiaries and brands
to help differentiate these products.
Meanwhile, market demand has led to KPN considering
introducing naked DSL to the market, allowing end-users to keep
their DSL broadband subscription without the PSTN telephone line.
This fixed-mobile convergence opportunity will give operators
further scope to differentiate their services in an increasingly
competitive market.
High demand for broadband services has created high levels of
competition in the broadband market. The highly competitive
environment has in turn resulted in the low retail share of the
incumbent.Analysys Research calculated that KPN DSL lines accounted
for 43.3% of all wholesale lines in June 2005, while its 31.9%
share of the retail market is the second lowest incumbent retail
share in Western Europe. The UK had the lowest incumbent retail
share; with BT Retail accounting for just 24% of the total
broadband market. (fig.11)
Figure 10 – Unbundled DSL lines as
a percentage of total DSL lines, Analysys Consulting Limited, June
2005
Nevertheless, the lack of a bitstream offering from the
incumbent has meant that there is little reselling of the
incumbent's wholesale lines. The regulator, OPTA, has attempted to
impose an obligation on the incumbent to provide bitstream access
but these efforts have so far been rejected in court.
As a result, the main threat to the incumbent's market share
has come from infrastructure based competition; with competitors
building their own infrastructure to create product differentiation
and compete head-to-head with the incumbent. This has led to high
levels of Local Loop Unbundling (LLU) since LLU was introduced to
the DSL market in 2000. In addition, when compared to other Western
European markets, the investment in the cable infrastructure has
led to cable accounting for a relatively high share of the total
broadband market.
In 2001, OPTA ruled that the broadband market could be defined
as a separate market from narrowband and, as a result, cable
operators could be deemed to have SMP (Significant Market Power).
Due to this ruling, regulation was subsequently passed by the
government – as part of The Telecommunications Act 2004 - requiring
cable operators to open their networks for LLU.
KPN has announced plans to offer its digital TV services over
its competitors' cable networks. However, although the regulator
has ruled in its favour, the incumbent has yet to agree access
terms with the cable operators.
Nevertheless, The Netherlands remains one of the most active
LLU country markets in Europe. Major players include Versatel,
bbned, Tiscali and Wanadoo. Analysys Research calculated that there
were around 580,000local loops unbundled in June 2004; accounting
for 27% of the DSL market. As such, The Netherlands had the fourth
highest LLU share of the DSL market in Western Europe at that time.
(fig.10)
Figure 11 – Wholesale and retail
shares of Western European incumbent operators, Analysys Consulting
Limited, June 2005
Most unbundled lines are shared lines, where the broadband
access is supplied by the LLU operator while the telephone services
still lie with KPN. According to OPTA only 12% of end users have
fully unbundled lines, where both the broadband access and the
telephone service is provided by the LLU operator and these are
almost exclusively business customers. The emergence of telephony
and other media services over IP is likely to increase the demand
for fully unbundled lines.
The most aggressive of the LLU operators, Versatel, has
deployed an ADSL2+ network ahead of its triple play launch in
August 2005. Versatel has also bought the pay TV rights to the
Dutch football league in order to gain a content advantage over its
competitors.
Furthermore, KPN is also deploying an ADSL2+ network ahead of
the planned launch of an IPTV service towards the end of 2005. KPN
has been aggressively pushing its own triple play in order to
respond to the threat of the cable sector.
Nevertheless, despite the extensiveness of cable TV
infrastructure, the operators have been slow to upgrade their
networks to provide other telecommunications services. However, the
cable operators are now responding and are upgrading their networks
to compete with the high access speeds provided by ADSL2+
deployments. For example, UPC launched 20Mbps services via cable
and DSL in April 2005 and is trialling 50Mbps services; whilst
Multikabel began trialling 25Mbps services in July 2005.
Though trailing more advanced markets, such as Sweden and
Italy, The Netherlands has began to deploy some FTTx networks; with
municipalities and housing corporations funding their own fibre
networks. Such networks are being built mainly in urban areas and
in direct competition with cable networks.
The direct competition to the cable operators from the
municipal fibre networks, and the high competition from DSL, is
putting cable operators under financial pressure. To combat this,
UPC has built its own FTTHnetwork in Almere and has also invested
in content acquisition by purchasing TV channels from Canal+.
Smaller cable operators could become vulnerable to takeover bids as
the cable sector consolidates.
In terms of pricing; basic 'first generation' broadband
packages cost around EUR20-30 per month in The Netherlands; which
is cheaper than many other Western European markets. Similar
services in the UK and France cost around EUR25-30 per month; while
in Denmark, a country with similar penetration levels and GDP per
capita to The Netherlands, a similar service costs around EUR45-55
per month. This indicates that high demand, and subsequent high
competition, has resulted in low retail prices for broadband
services, especially when considering its high GDP per
capita.
In contrast, 'second generation' broadband services with
speeds of around 8-10Mbps are somewhat more expensive than other
Western European markets; costing EUR60-80 per month. Similar
services in France and the UK cost around EUR30-40 per month.
Nevertheless, these services are considerably cheaper in The
Netherlands than in Denmark, where an 8Mbps service costs around
EUR135 per month. A reason for the relatively high cost of these
services could be that operators are attempting to increase their
numbers of triple-play subscribers by keeping single products at a
price that creates a significant saving when they are bought in a
'bundle'. While many Western European markets have yet to see the
introduction of triple-play products, competition is already high
in this sector in The Netherlands.
In conclusion, the flat geography of The Netherlands has made
it relatively easy to make broadband infrastructure accessible to
the majority of the population; whilst the submarine cables that
surface in the country have meant that there is a high amount of
international bandwidth available. These physical factors, along
with the high GDP per capita and high ICT penetration levels, have
helped to create a high level of demand and use of broadband.
Furthermore, the high level of demand has encouraged a number
of operators into the market; creating a competitive broadband
market with lower than average retail prices and higher than
average broadband penetration (in terms of population and
households).
Nevertheless, the broadband market has yet to achieve
tele-density levels (Analysys Research calculated that there were
79.7 lines per 100 people in The Netherlands in 2004). It is
therefore expected that the broadband market will continue to grow;
driven by increased use of IP-based applications and the delivery
of triple-play service offerings.
In 2005, The Netherlands has a very competitive broadband
market; with high levels of demand for broadband and a range of
suppliers offering broadband across a choice of DSL, LLU, cable and
fibre.
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Graphs
Figure 1 – Residential PC and internet
penetration, OECD Science, Technology and Industry: Scoreboard
2005
Figure 2 – Total broadband subscription by
country, OECD, June 2005
Figure 3 – Broadband penetration by population,
DSL Forum and Point Topic, June 2005
Figure 4 – Broadband penetration by population,
OECD Broadband Statistics, June 2005
Figure 5 – Broadband penetration by households,
World Broadband Statistics Q2 2005, Point Topic, June
2005
Figure 6 – Broadband growth over 1st
half of 2005 and broadband penetration by population, OECD
Broadband Statistics, June 2005
Figure 7 – Internet and broadband penetration of
businesses, OECD Science, Technology and Industry: Scoreboard
2005
Figure 8 – Estimated broadband coverage, Analysys
Consulting Limited, September 2005
Figure 9 – Western European broadband market by
technology type, Analysys Consulting Limited, June
2005
Figure 10 – Unbundled DSL lines as a percentage of
total DSL lines, Analysys Consulting Limited, June
2005
Figure 11 – Wholesale and retail shares of Western
European incumbent operators, Analysys Consulting Limited, June
2005