Fastest Fixed Broadband Countries: Median Download Speed Ranking
Fastest broadband countries by typical wired internet experience
The fastest broadband countries are usually the places with the strongest typical wired internet experience. This ranking focuses on median fixed broadband download speed because it captures what wired users are more likely to experience in ordinary home and office use, not just what appears in operator advertising.
This is a ranking about fixed broadband, not mobile internet. Fixed broadband measures wired connections such as fiber, cable and DSL, while mobile speed rankings reflect a different network environment with different capacity constraints, device behavior and coverage patterns. A country can perform well in one and less impressively in the other.
The median is more useful than a simple average because it is less distorted by a small number of unusually fast premium lines. It is also more useful than advertised tariff claims because this page tracks measured speeds, not package labels. A gigabit plan on paper does not guarantee gigabit-level everyday performance once congestion, router quality, in-home setup and network mix begin to matter.
The 2025 ranking remains a usable reference point because the broad structure of the leaderboard usually changes more slowly than the monthly movement of individual positions.
How to read this metric
- Median is better than average when a few very fast lines would otherwise distort the picture.
- Fixed broadband is not the same thing as mobile internet performance.
- Measured speeds are not the same as advertised tariff speeds.
What stands out near the top
The top tier is heavily concentrated in places with dense urban demand and modern fiber-rich infrastructure. Singapore leads the ranking by a wide margin. Hong Kong, Macao and several strong Southeast Asian performers underline how powerful dense last-mile upgrades can be when they reach a large share of homes and businesses. France and Iceland show that Europe can also post elite national medians when fiber deployment is broad enough to shape the typical result rather than only a premium niche.
Chile is the standout from Latin America and the United States is the highest-ranked large diversified economy, but the contrast with compact city-states is still telling. Large countries almost always carry more legacy network mix, more suburban and rural drag, and more uneven upgrade timing. That is why a national median above 250–300 Mbps is much harder to sustain in a large territory than in a dense hub economy.
Singapore’s lead reflects dense fiber coverage, strong backhaul and a market where high-capacity connectivity is a standard part of everyday digital life.
Chile stands out because it shows that aggressive fixed-network upgrades can lift a Latin American market close to the global frontier.
High building density and mature urban fiber infrastructure make it easier for Hong Kong to translate network investment into a very high national median.
The UAE combines rapid modernization with concentrated urban demand, giving it one of the strongest fixed-broadband profiles in the world.
France illustrates how a large European economy can still reach elite fixed-network performance when fiber rollout becomes broad enough to matter nationally.
Macao’s compact urban form allows network improvements to influence typical user experience quickly and at scale.
The United States performs strongly, but its rank also reflects the challenge of delivering frontier-level medians across a very large and uneven territory.
Iceland pairs a small market with very strong household fiber penetration, producing one of the best typical wired experiences anywhere.
Thailand’s place in the top 10 shows that fast fixed-broadband convergence in Southeast Asia is not limited to the richest economies.
Vietnam reinforces the same pattern: focused infrastructure improvement can move typical wired performance much faster than income rankings alone would suggest.
Full ranking
The full Top 100 reveals a long middle rather than a simple split between leaders and laggards. Europe occupies much of the upper-middle range, Asia remains strong deep into the table, and several Americas markets hold solid positions. The countries at the lower edge of this Top 100 are far below the frontier, but they still sit well above the weakest fixed-broadband environments globally, where country medians fall into the teens or even single digits.
| Rank | Country | Region | Median download (Mbps) |
|---|---|---|---|
| 1 | Singapore | Asia | 406.14 |
| 2 | Chile | Americas | 360.89 |
| 3 | Hong Kong (SAR) | Asia | 343.36 |
| 4 | United Arab Emirates | MENA | 343.28 |
| 5 | France | Europe | 332.74 |
| 6 | Macao (SAR) | Asia | 314.32 |
| 7 | United States | Americas | 298.38 |
| 8 | Iceland | Europe | 289.98 |
| 9 | Thailand | Asia | 272.65 |
| 10 | Vietnam | Asia | 271.95 |
| 11 | Israel | MENA | 270.69 |
| 12 | Switzerland | Europe | 266.34 |
| 13 | Romania | Europe | 261.35 |
| 14 | Taiwan | Asia | 258.86 |
| 15 | Denmark | Europe | 256.74 |
| 16 | Spain | Europe | 255.02 |
| 17 | Canada | Americas | 245.77 |
| 18 | Peru | Americas | 235.09 |
| 19 | South Korea | Asia | 234.07 |
| 20 | Hungary | Europe | 230.29 |
| 21 | Portugal | Europe | 227.53 |
| 22 | Kuwait | MENA | 224.13 |
| 23 | China | Asia | 222.29 |
| 24 | Japan | Asia | 219.78 |
| 25 | Netherlands | Europe | 218.31 |
| 26 | New Zealand | Oceania | 217.32 |
| 27 | Brazil | Americas | 215.58 |
| 28 | Poland | Europe | 207.54 |
| 29 | Qatar | MENA | 203.49 |
| 30 | Luxembourg | Europe | 201.60 |
| 31 | Lithuania | Europe | 200.23 |
| 32 | Colombia | Americas | 199.70 |
| 33 | Jordan | MENA | 192.49 |
| 34 | Panama | Americas | 192.18 |
| 35 | Malta | Europe | 187.47 |
| 36 | Uruguay | Americas | 187.28 |
| 37 | Sweden | Europe | 181.27 |
| 38 | Ireland | Europe | 180.01 |
| 39 | Moldova | Europe | 164.43 |
| 40 | Norway | Europe | 161.47 |
| 41 | Malaysia | Asia | 161.18 |
| 42 | Finland | Europe | 157.81 |
| 43 | United Kingdom | Europe | 154.10 |
| 44 | Costa Rica | Americas | 153.94 |
| 45 | Trinidad and Tobago | Americas | 148.99 |
| 46 | Bahrain | MENA | 144.64 |
| 47 | Ecuador | Americas | 139.77 |
| 48 | Australia | Oceania | 135.31 |
| 49 | Belgium | Europe | 134.83 |
| 50 | Saudi Arabia | MENA | 132.66 |
| 51 | Cyprus | Europe | 130.59 |
| 52 | Slovenia | Europe | 122.90 |
| 53 | Latvia | Europe | 120.41 |
| 54 | Austria | Europe | 108.88 |
| 55 | Philippines | Asia | 106.71 |
| 56 | Argentina | Americas | 105.42 |
| 57 | Italy | Europe | 103.96 |
| 58 | Paraguay | Americas | 103.51 |
| 59 | Germany | Europe | 101.08 |
| 60 | San Marino | Europe | 99.32 |
| 61 | Serbia | Europe | 99.12 |
| 62 | Croatia | Europe | 97.87 |
| 63 | Slovakia | Europe | 97.07 |
| 64 | Montenegro | Europe | 96.28 |
| 65 | Jamaica | Americas | 95.58 |
| 66 | Venezuela | Americas | 95.02 |
| 67 | Estonia | Europe | 93.69 |
| 68 | Oman | MENA | 92.69 |
| 69 | Mexico | Americas | 91.99 |
| 70 | Nicaragua | Americas | 91.94 |
| 71 | El Salvador | Americas | 91.46 |
| 72 | Grenada | Americas | 91.30 |
| 73 | Egypt | Africa | 91.25 |
| 74 | Russia | Europe | 89.20 |
| 75 | Ukraine | Europe | 88.92 |
| 76 | Uzbekistan | Asia | 88.82 |
| 77 | Czechia | Europe | 87.22 |
| 78 | Bulgaria | Europe | 87.04 |
| 79 | Albania | Europe | 86.90 |
| 80 | Saint Kitts and Nevis | Americas | 86.47 |
| 81 | Belarus | Europe | 86.12 |
| 82 | Brunei | Asia | 85.60 |
| 83 | Guatemala | Americas | 85.29 |
| 84 | Azerbaijan | Asia | 84.82 |
| 85 | Bahamas | Americas | 84.08 |
| 86 | Honduras | Americas | 83.93 |
| 87 | Kyrgyzstan | Asia | 83.87 |
| 88 | Kosovo | Europe | 83.61 |
| 89 | Kazakhstan | Asia | 82.47 |
| 90 | Greece | Europe | 80.14 |
| 91 | Mongolia | Asia | 79.62 |
| 92 | Nepal | Asia | 77.33 |
| 93 | Palestine | MENA | 74.54 |
| 94 | Armenia | Asia | 73.95 |
| 95 | Türkiye | Europe | 64.22 |
| 96 | Bangladesh | Asia | 62.73 |
| 97 | Bolivia | Americas | 61.89 |
| 98 | Dominican Republic | Americas | 60.98 |
| 99 | India | Asia | 60.34 |
| 100 | Mauritius | Africa | 59.56 |
Chart 1. Top 15 countries by median fixed broadband download speed
The first chart shows how steep the frontier is. Singapore sits above 400 Mbps, the next few countries remain well above 300 Mbps, and even the 15th country in the list still posts a median above 250 Mbps. That points to exceptionally strong typical measured performance across the leading tier.
Chart 2. How the Top 100 is distributed by speed tier
A table shows rank order, but a speed-tier chart shows structure more clearly. It shows how many countries in the Top 100 sit above 200 Mbps, how many cluster in the 100–199 Mbps range, and how many fall below 80 Mbps. This is more useful than simply re-plotting rank against speed because it reveals where the ranking is crowded and where the gaps are materially larger.
Methodology
This ranking uses country-level fixed-broadband median download speeds from the 2025 source dataset. Fixed broadband refers to wired internet access used mainly in homes and workplaces. The median marks the midpoint of observed results: half of tests are faster and half are slower. That makes it a better cross-country comparison tool than a simple average when performance dispersion is wide.
The metric should be read as a summary of measured experience, not as a guarantee for every household or street. National medians can hide sharp internal differences between major cities and weaker peripheral areas. Sampling is influenced by who runs speed tests, where they run them, what devices they use and which plans they subscribe to. The indicator is therefore strongest as a consistent benchmark for relative comparison, especially when combined with complementary context such as latency, price, coverage and internet adoption.
Values on this page are kept in Mbps because that is the most legible unit for households, remote workers and business users. Minor month-to-month ranking changes are normal, but the broader hierarchy tends to remain stable: places with dense fiber deployment and strong network investment repeatedly dominate the top of the list.
Insights
The ranking shows three strong patterns that matter more than any tiny movement in country positions.
- The frontier is narrow and infrastructure-heavy. Only a relatively small group of countries sits above 200 Mbps.
- The middle of the ranking is more compressed. Many countries are separated by modest speed gaps, so rank can change faster than underlying quality.
- Large countries rarely match compact city-states at the very top because legacy network mix and regional spread weigh more heavily on the national median.
Another important pattern is regional concentration. Asia contributes several of the very fastest markets, Europe dominates a large upper-middle segment, and the Americas show both strong performers and a wider internal spread. This is why the ranking should not be simplified into a story about income alone. Wealth matters, but deployment strategy, market structure, density and upgrade timing matter just as much.
The middle of the ranking is also where interpretation becomes more subtle. A country around 90–120 Mbps is not close to the frontier, but it is still capable of supporting ordinary multi-device households, everyday video streaming and most remote work tasks. The real difference versus the 250–400 Mbps tier is headroom: more stable performance under heavy simultaneous use, faster large-file movement and fewer compromises during peak periods.
What this means for the reader
For households, a strong national median usually means more comfortable daily use rather than just faster speed-test screenshots. Video calls are more stable, cloud backup finishes faster, streaming in several rooms becomes easier, and home offices are less likely to struggle when multiple people are online at once.
For remote workers, founders and digital professionals choosing where to live or operate, this ranking is a useful first filter. It helps identify countries where wired connectivity is more likely to support file-heavy work, cloud-based collaboration and consistent video communication. That does not replace checking local prices, provider options and neighborhood-level availability, but it does reduce the chance of mistaking advertised network ambition for actual day-to-day performance.
For policymakers and investors, the indicator is a quick stress test of digital readiness. When a country’s typical fixed-broadband performance lags, it can limit the quality of home-based work, online education, digital services and small-business productivity. When it improves, the benefits reach far beyond entertainment.
FAQ
Why is median speed more useful than average speed?
The median is closer to what a typical wired user is likely to experience. A simple average can be pulled upward by a relatively small number of exceptionally fast lines, which makes the overall picture look better than the ordinary connection actually feels.
Why is fixed broadband different from mobile internet?
Because the technologies, usage patterns and bottlenecks are different. Fixed broadband reflects wired home and office connectivity, while mobile speed depends on radio spectrum, handset conditions, cell congestion and coverage quality. A country can rank very differently across the two metrics.
Why can measured speeds differ from advertised tariff speeds?
Advertised tariffs usually describe plan ceilings under ideal conditions. Measured speeds reflect what users actually get in practice, after congestion, in-home equipment, Wi-Fi limitations, local network mix and time-of-day effects are taken into account.
Why do compact city-states often rank so highly?
Dense urban markets are easier and cheaper to cover with modern fiber infrastructure, and network upgrades can affect a large share of users quickly.
Does a high rank mean everyone in that country has excellent internet?
No. National medians can still hide large differences between cities and rural areas, rich and poorer neighborhoods, and older versus newer network footprints.
Why can a large rich country rank below a smaller one?
Size makes it harder to maintain a very high national median. Legacy DSL or cable, uneven rollout timing and bigger regional disparities drag the countrywide midpoint down.
Is 80–100 Mbps still good enough for ordinary use?
For many households, yes. It is usually enough for normal streaming, browsing, video calls and most remote work. The gap versus 250 Mbps or more is mostly about headroom under heavier simultaneous use.
Does this ranking measure all internet quality?
No. Download speed is only one part of the story. Latency, jitter, packet loss, price, coverage and reliability also shape the real user experience.
Why can countries move up or down over time?
Because the ranking reflects observed tests. Network upgrades, changing user behaviour, new plans and close competition in the middle of the table can all shift positions.
Sources
-
Speedtest Global Index
Primary source for country-level fixed-broadband medians used in the ranking.
https://www.speedtest.net/global-index -
Ookla methodology guide
Technical context on how Speedtest measurements should be interpreted.
https://www.ookla.com/resources/guides/speedtest-methodology -
World Bank — Individuals using the Internet (% of population)
Official access-context series widely used alongside speed indicators.
https://data.worldbank.org/indicator/IT.NET.USER.ZS -
ITU statistics portal
Official international statistical context on ICT access and internet use.
https://www.itu.int/en/ITU-D/Statistics/pages/stat/default.aspx -
Our World in Data — internet use
Useful long-run comparative series for access context.
https://ourworldindata.org/internet
Ranking dataset: 2025 snapshot. Page text updated April 2026.
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