Broadband Internet Penetration 2004
Broadband internet penetration measures the percentage of the population with access to high-speed internet.
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Complete Data Rankings
Rank | Actions | ||
|---|---|---|---|
1 |  South Korea | 24.994 % | |
2 |  Monaco | 23.543 % | |
3 |  China, Hong Kong SAR | 22.034 % | |
4 |  Netherlands | 19.518 % | |
5 |  Iceland | 19.086 % | |
6 |  Denmark | 18.828 % | |
7 |  Canada | 16.855 % | |
8 |  Switzerland | 16.622 % | |
9 |  Sweden | 15.677 % | |
10 |  Belgium | 15.545 % | |
11 |  Finland | 15.302 % | |
12 |  Japan | 15.301 % | |
13 |  Israel | 14.815 % | |
14 |  Norway | 14.628 % | |
15 |  Liechtenstein | 13.786 % | |
16 |  Singapore | 13.066 % | |
17 |  United States | 12.758 % | |
18 |  Barbados | 11.085 % | |
19 |  France | 10.725 % | |
20 |  Austria | 10.644 % | |
21 |  United Kingdom | 10.178 % | |
22 |  Estonia | 10.177 % | |
23 |  Saint Kitts and Nevis | 9.5 % | |
24 |  China, Macao SAR | 9.377 % | |
25 |  Malta | 9.163 % | |
26 |  Germany | 8.527 % | |
27 |  Andorra | 8.452 % | |
28 |  Italy | 8.121 % | |
29 |  Portugal | 7.999 % | |
30 |  Luxembourg | 7.964 % | |
31 |  Spain | 7.867 % | |
32 |  Aruba | 7.47 % | |
33 |  Faroe Islands | 6.527 % | |
34 |  Greenland | 5.834 % | |
35 |  Slovenia | 5.772 % | |
36 |  Australia | 5.048 % | |
37 |  Dominica | 4.739 % | |
38 |  New Zealand | 4.694 % | |
39 |  Hungary | 4.076 % | |
40 |  Lithuania | 3.822 % | |
41 |  San Marino | 3.815 % | |
42 |  Bahamas | 3.768 % | |
43 |  Ireland | 3.741 % | |
44 |  Chile | 2.958 % | |
45 |  Cyprus | 2.329 % | |
46 |  Saint Lucia | 2.314 % | |
47 |  Czech Republic | 2.3 % | |
48 |  Poland | 2.295 % | |
49 |  Puerto Rico | 2.272 % | |
50 |  Latvia | 2.171 % | |
51 |  New Caledonia | 2.137 % | |
52 |  Antigua and Barbuda | 2.111 % | |
53 |  China | 1.915 % | |
54 |  French Polynesia | 1.78 % | |
55 |  Brunei Darussalam | 1.774 % | |
56 |  Brazil | 1.728 % | |
57 |  Bahrain | 1.716 % | |
58 |  Slovakia | 1.465 % | |
59 |  Qatar | 1.411 % | |
60 |  Argentina | 1.399 % | |
61 |  United States Virgin Islands | 1.376 % | |
62 |  United Arab Emirates | 1.268 % | |
63 |  Saint Vincent and the Grenadines | 1.17 % | |
64 |  Belize | 1.041 % | |
65 |  Mexico | 1.013 % | |
66 |  Jamaica | 1.01 % | |
67 |  Malaysia | 1 % | |
68 |  Kuwait | 0.927 % | |
69 |  Turkey | 0.843 % | |
70 |  Uruguay | 0.822 % | |
71 |  Peru | 0.817 % | |
72 |  Venezuela | 0.798 % | |
73 |  Costa Rica | 0.665 % | |
74 |  Croatia | 0.608 % | |
75 |  Grenada | 0.557 % | |
76 |  Panama | 0.515 % | |
77 |  Tuvalu | 0.509 % | |
78 |  El Salvador | 0.488 % | |
79 |  Romania | 0.487 % | |
80 |  Greece | 0.47 % | |
81 |  Russia | 0.465 % | |
82 |  Dominican Republic | 0.409 % | |
83 |  Seychelles | 0.396 % | |
84 |  Palau | 0.373 % | |
85 |  Saudi Arabia | 0.349 % | |
86 |  Tonga | 0.318 % | |
87 |  Trinidad and Tobago | 0.315 % | |
88 |  Colombia | 0.306 % | |
89 |  Thailand | 0.252 % | |
90 |  Maldives | 0.238 % | |
91 |  Morocco | 0.216 % | |
92 |  Mauritius | 0.205 % | |
93 |  Jordan | 0.177 % | |
94 |  Bosnia and Herzegovina | 0.16 % | |
95 |  South Africa | 0.122 % | |
96 |  Algeria | 0.11 % | |
97 |  Philippines | 0.103 % | |
98 |  Sri Lanka | 0.102 % | |
99 |  Egypt | 0.1 % | |
100 |  Nicaragua | 0.095 % | |
101 |  Bolivia | 0.095 % | |
102 |  Bulgaria | 0.086 % | |
103 |  Ecuador | 0.085 % | |
104 |  Suriname | 0.082 % | |
105 |  Zimbabwe | 0.073 % | |
106 |  Senegal | 0.07 % | |
107 |  Vietnam | 0.066 % | |
108 |  Republic of Moldova | 0.06 % | |
109 |  Cabo Verde | 0.059 % | |
110 |  Paraguay | 0.057 % | |
111 |  Georgia | 0.047 % | |
112 |  Gabon | 0.046 % | |
113 |  Solomon Islands | 0.042 % | |
114 |  Indonesia | 0.037 % | |
115 |  Kyrgyzstan | 0.037 % | |
116 |  Mongolia | 0.035 % | |
117 |  Armenia | 0.033 % | |
118 |  Tunisia | 0.028 % | |
119 |  Oman | 0.027 % | |
120 |  Micronesia (Fed. States of) | 0.023 % | |
121 |  Uzbekistan | 0.021 % | |
122 |  India | 0.021 % | |
123 |  Samoa | 0.017 % | |
124 |  Rwanda | 0.013 % | |
125 |  Kazakhstan | 0.013 % | |
126 |  Vanuatu | 0.011 % | |
127 |  Cambodia | 0.006 % | |
128 |  Côte d'Ivoire | 0.004 % | |
129 |  Ghana | 0.004 % | |
130 |  Syrian Arab Republic | 0.003 % | |
131 |  Sudan | 0.003 % | |
132 |  Gambia | 0.002 % | |
133 |  Zambia | 0.002 % | |
134 |  Timor-Leste | 0.001 % | |
135 |  Burkina Faso | 0.001 % | |
136 |  Lesotho | 0.001 % | |
137 |  Malawi | 0.001 % | |
138 |  Benin | 0.001 % | |
139 |  Laos | 0.001 % | |
140 |  Afghanistan | 0.001 % | |
141 |  Niger | 0.001 % | |
142 |  Comoros | 0 % |
- #1South Korea
- #2Monaco
- #3China, Hong Kong SAR
- #4Netherlands
- #5Iceland
- #6Denmark
- #7Canada
- #8Switzerland
- #9Sweden
- #10Belgium
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #142Comoros
- #141Niger
- #140Afghanistan
- #139Laos
- #138Benin
- #137Malawi
- #136Lesotho
- #135Burkina Faso
- #134Timor-Leste
- #133Zambia
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
In 2004, South Korea led the world in Broadband Internet Penetration with a rate of 24.99%, showcasing the highest access to high-speed internet among the 142 countries with available data. The global range varied from a minimum of 0.00% to the maximum found in South Korea. The average broadband penetration worldwide was 3.79%, while the median was 0.82%, indicating a significant disparity in internet access across different nations.
Economic Development and Broadband Access
The data from 2004 highlights a clear correlation between a country's economic development and its broadband internet penetration. Developed countries like Monaco (23.54%), Netherlands (19.52%), and Switzerland (16.62%) exhibited high penetration rates, reflecting their advanced infrastructure and higher income levels that support widespread access to technology. These nations have historically invested in robust telecommunications infrastructure, enabling a higher percentage of their populations to connect to high-speed internet.
Conversely, countries with lower economic development, such as Comoros (0.00%) and Niger (0.00%), experienced minimal broadband penetration. Limited financial resources in these regions often lead to inadequate infrastructure and higher costs of internet services, which are significant barriers to broader internet adoption.
Policy and Technological Advancements
Government policies and technological innovations have played crucial roles in shaping broadband penetration rates. In South Korea, for example, proactive government policies promoting internet education and subsidizing broadband access have significantly contributed to its leading position. The country's emphasis on technological advancement and digital literacy has fostered an environment where broadband internet can thrive.
On the other hand, nations like Afghanistan (0.00%) and Laos (0.00%) face challenges due to political instability and limited technological infrastructure. These issues hinder policy implementation and deter investments necessary to improve broadband access.
Urbanization and Broadband Internet Penetration
Urbanization is another critical factor influencing broadband internet penetration. Countries with high urbanization levels tend to display higher penetration rates due to the concentration of infrastructure and economic activities in urban areas. For instance, China, Hong Kong SAR (22.03%) benefits from a densely populated urban environment, which facilitates easier and more cost-effective deployment of broadband networks.
In contrast, countries with predominantly rural populations, such as Lesotho (0.00%) and Malawi (0.00%), often encounter logistical challenges in expanding broadband infrastructure. The dispersed nature of rural settlements increases the cost and complexity of network deployment, limiting internet access in these regions.
Year-over-Year Trends and Notable Changes
The year-over-year data reveals significant shifts in broadband penetration across various countries. Liechtenstein experienced the most substantial increase with a 9.38 percentage point rise, reflecting a remarkable 213.0% growth. This surge can be attributed to targeted government initiatives and increased investment in telecommunications infrastructure.
Similarly, the Netherlands saw a 7.37 percentage point increase (60.7%), while Aruba had a 5.95 percentage point rise (392.9%), both indicating substantial efforts to enhance internet access. These increases highlight the importance of strategic investments and policy frameworks that prioritize digital connectivity.
Conversely, Romania experienced a decline of 0.42 percentage points (-46.4%), suggesting potential setbacks in policy implementation or infrastructure development. Countries like Burkina Faso and Timor-Leste showed no significant change, pointing to persistent challenges in expanding broadband access.
Overall, the 2004 data on broadband internet penetration underscores the influence of economic, policy, and urbanization factors in shaping access to high-speed internet. While some nations have made significant strides, others continue to grapple with challenges that hinder broader connectivity. Understanding these dynamics is crucial for formulating strategies to bridge the digital divide globally.
Frequently Asked Questions About Broadband Internet Penetration in 2004
Which country had the highest broadband internet penetration in 2004?
South Korea had the highest broadband internet penetration in 2004 with 24.99%.
Which country had the lowest broadband internet penetration in 2004?
Comoros had the lowest broadband internet penetration in 2004 with 0%.
What was the average broadband internet penetration across all countries in 2004?
The average broadband internet penetration across all countries in 2004 was 3.79%.
What was the median broadband internet penetration value in 2004?
The median broadband internet penetration value in 2004 was 0.81%.
How many countries had a broadband internet penetration of 0% in 2004?
In 2004, there were 10 countries with a broadband internet penetration of 0%.
What was the broadband internet penetration in Monaco in 2004?
Monaco had a broadband internet penetration of 23.54% in 2004, making it the second-highest.
Insights by country
Czech Republic
In 2004, the Czech Republic achieved a **global rank of #47** with a **Broadband Internet Penetration of 2.299831%**. This figure is notably below the global average, reflecting the early stages of broadband adoption in Eastern Europe at that time. The country's transition from a centrally planned economy to a market-oriented one facilitated investments in telecommunications infrastructure, but the pace of broadband rollout was still catching up to Western European standards.
Palau
In 2004, Palau had a Broadband Internet Penetration of 0.37336025 %, ranking #84 out of 142 countries. This figure is significantly lower than the global average, indicating challenges in connectivity compared to more developed nations. The limited penetration can be attributed to Palau's small population and geographic isolation, which complicates infrastructure development and investment in telecommunications.
Malawi
In 2004, Malawi had a Broadband Internet Penetration of 0.001103935 %, ranking #137 out of 142 countries. This low penetration rate reflects significant challenges compared to neighboring countries and the global average, where more developed nations typically exceed 20%. Key factors contributing to this situation include limited infrastructure investment, high costs of technology, and a low overall economic development level, which restricts access to digital services for the population.
Jordan
In 2004, Jordan ranked #93 globally with a Broadband Internet Penetration of 0.1772168 %. This figure is notably lower than the global average, indicating limited access to high-speed internet in the country. Contributing factors include Jordan's developing telecommunications infrastructure and relatively high costs associated with broadband services, which have hindered widespread adoption among the population.
Luxembourg
In 2004, Luxembourg achieved a Broadband Internet Penetration of 7.964285 %, ranking #30 out of 142 countries. This figure is notably higher than the global average, reflecting the country's strong economic infrastructure and high standard of living. Luxembourg's small size and high population density facilitate the rapid deployment of advanced telecommunications networks, contributing to its competitive broadband market.
Austria
In 2004, Austria achieved a global rank of #20 with a Broadband Internet Penetration of 10.644167 %. This figure was significantly higher than the global average at the time, reflecting Austria's advanced telecommunications infrastructure compared to many other countries. The country's strong economic development and investment in technology, alongside a relatively high population density, facilitated widespread access to broadband services.
Brunei Darussalam
In 2004, Brunei Darussalam had a Broadband Internet Penetration of 1.7743851 %, ranking #55 out of 142 countries. This figure is notably lower than the global average, indicating limited access compared to more developed nations. The country's small population and geographic isolation contribute to this low penetration rate, alongside a relatively nascent telecommunications infrastructure that has historically lagged behind regional leaders.
Bulgaria
Bulgaria ranked #102 globally in 2004 with a Broadband Internet Penetration of 0.08582567 %. This figure is notably lower than many of its European neighbors, reflecting a broader trend of limited internet infrastructure in Eastern Europe during that period. Key drivers for this low penetration included economic challenges following the transition from a centrally planned economy, which hindered investment in telecommunications, and a relatively low population density in rural areas that complicated service delivery.
Australia
In 2004, Australia ranked #36 globally with a broadband internet penetration of 5.0482183 %. This figure was below the global average, reflecting challenges in connectivity compared to countries like South Korea, which led the world in broadband access. Key drivers for Australia's broadband penetration included its vast geography, which posed significant infrastructure challenges, and a relatively low population density, impacting the economic viability of widespread broadband rollout.
Ireland
In 2004, Ireland had a Broadband Internet Penetration of 3.7407184 %, ranking #43 out of 142 countries. This figure was notably lower than the global average, reflecting the early stages of broadband adoption in Europe at that time. Key drivers for this relatively modest penetration included the country's developing telecommunications infrastructure and a population that was still acclimating to new digital technologies.
Germany
In 2004, Germany had a Broadband Internet Penetration of 8.526945 %, ranking #26 out of 142 countries. This figure is notably lower than the global average, reflecting the challenges in expanding infrastructure in certain areas. Key drivers for this penetration rate included Germany's strong regulatory framework promoting competition among providers and significant investments in telecommunications, although urban-rural disparities in access persisted.
Croatia
In 2004, Croatia ranked #74 globally in Broadband Internet Penetration with a value of 0.6078807 %. This figure is notably lower than many of its European neighbors, reflecting the region's overall push towards digital infrastructure. The limited broadband access in Croatia can be attributed to its transitional economy and the relatively slow pace of telecommunications development following the country's independence.
New Caledonia
In 2004, New Caledonia had a Broadband Internet Penetration of 2.136582 %, ranking #51 out of 142 countries. This figure is significantly lower than many of its regional neighbors, reflecting challenges in infrastructure development compared to more connected areas. The limited penetration can be attributed to New Caledonia's geographic isolation, which complicates the deployment of broadband networks, as well as a relatively small population that may not incentivize large-scale investment in telecommunications.
Netherlands
In 2004, the Netherlands achieved a remarkable 4th place globally for Broadband Internet Penetration, with a value of 19.518353 %. This figure is significantly higher than the global average, reflecting the country's advanced telecommunications infrastructure. Key drivers of this high penetration rate include the Netherlands' strong economic position, a high population density that facilitates infrastructure development, and proactive government policies promoting digital access.
New Zealand
In 2004, New Zealand ranked #38 globally with a Broadband Internet Penetration of 4.6939087 %. This figure is notably lower than that of neighboring Australia, which had a more advanced broadband infrastructure at the time. Key drivers for New Zealand's performance included its relatively small population spread across a vast geographic area, which posed challenges for widespread infrastructure development, as well as the government's ongoing efforts to improve digital connectivity.
United Arab Emirates
In 2004, the United Arab Emirates ranked #62 globally with a Broadband Internet Penetration of 1.2676997 %. This figure is notably lower than many developed nations, reflecting a growing yet nascent digital infrastructure at the time. The rapid economic growth driven by oil revenues and government investments in technology and telecommunications has since propelled the UAE towards becoming a regional leader in internet connectivity.
Data Source
Landline Internet subscriptions per 100 people | Our World in Data
Our World in Data is a research organization that provides comprehensive data and visualizations on global development issues. The dataset on landline internet subscriptions per 100 people offers country-level statistics on broadband penetration, facilitating comparisons across nations.
Visit Data SourceHistorical Data by Year
Explore Broadband Internet Penetration data across different years. Compare trends and see how statistics have changed over time.