ISP Speed Test
Compare Providers Worldwide
Browse internet service providers across 77 countries. Each country page includes real-world broadband benchmarks, infrastructure breakdowns, ISP comparisons, and tips for choosing the right provider. Speed data follows our independent methodology — the same standard used in every Speedtest.now measurement.
We cover over 105 ISPs across North America, Europe, Asia-Pacific, and the Middle East. Select a country flag below to explore broadband availability, typical speeds, plan pricing, and provider comparisons.
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Click any highlighted country to view broadband statistics, ISP comparisons, and internet freedom ratings.
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What Is an Internet Service Provider?
An Internet Service Provider (ISP) is a company that sells internet access to homes and businesses. ISPs connect your router to the broader internet through physical infrastructure they own or lease — including fibre cables, coaxial lines, telephone copper, wireless towers, and satellites.
The ISP you choose determines your maximum download speed, upload speed, latency (ping), reliability, and the monthly price you pay. In competitive markets like France, Romania, and South Korea, multiple ISPs vie for the same customer — driving prices down and speeds up. In less competitive markets, a single dominant provider may offer limited choice and higher prices.
Types of ISPs
Incumbent Telcos
Former state monopolies that own the primary fixed-line infrastructure. Examples: AT&T, BT, Deutsche Telekom, NTT, Telstra.
Cable Operators
Companies that built TV cable networks and now use them to deliver broadband. Examples: Comcast Xfinity, Charter Spectrum, Virgin Media, Telenet.
New Fibre Builders
Companies building fresh FTTH networks to compete with incumbents. Examples: Google Fiber, Frontier Fiber, CityFibre, Deutsche Glasfaser, Open Fiber.
Mobile Network Operators
Mobile carriers offering fixed wireless access (FWA) as a home broadband alternative. Examples: T-Mobile Home Internet, Verizon 5G Home, Three Home Broadband.
Broadband Technologies Explained
The technology your ISP uses to deliver internet to your home has a bigger impact on your speeds than almost any other factor. Fibre-to-the-home (FTTH) is the gold standard, offering symmetric gigabit speeds with low latency. Cable (DOCSIS) is fast but asymmetric — upload speeds lag downloads. Older copper DSL technologies are being phased out globally.
| Technology | Max Download | Max Upload | Typical Ping | Symmetric? | Notes |
|---|---|---|---|---|---|
| FTTH / FTTP | Up to 10 Gbps | Up to 10 Gbps | 2–8 ms | Yes | Gold standard. Fibre runs directly to your home or building. |
| FTTB | Up to 10 Gbps | Up to 10 Gbps | 3–10 ms | Yes | Fibre to the building, then short copper or ethernet to each unit. Common in Switzerland and Japan. |
| Cable (DOCSIS 3.1) | Up to 2.5 Gbps | Up to 1 Gbps | 5–15 ms | No | Widely available. Bandwidth is shared — can slow at peak hours. |
| VDSL2 / Vectoring | Up to 250 Mbps | Up to 100 Mbps | 10–20 ms | No | Speed drops sharply with line distance. Common in Germany and parts of the UK. |
| Fixed Wireless (5G) | Up to 1 Gbps | Up to 200 Mbps | 10–30 ms | No | Fast-growing. No digging required. Performance varies by signal and congestion. |
| Satellite LEO (Starlink) | Up to 220 Mbps | Up to 25 Mbps | 20–40 ms | No | Best option for remote rural areas. Higher latency than terrestrial connections. |
| ADSL2+ | Up to 24 Mbps | Up to 3.5 Mbps | 15–40 ms | No | Legacy copper technology. Still used in parts of Italy, Australia, and developing markets. |
What Speed Do You Actually Need?
Browsing, email, SD video streaming. Enough for 1–2 people with light use.
HD streaming on multiple devices, video calls, gaming. Comfortable for 3–5 people.
4K streaming, fast downloads, work-from-home with video calls. Future-proof for most homes.
Large file transfers, multiple 8K streams, home servers, and maximum future-proofing.
Global Broadband: A Regional Overview
Broadband quality varies enormously by country — driven by geography, competition, regulation, and infrastructure investment. Here is how each major region compares.
🌏 Asia-Pacific — The Speed Leaders
Asia-Pacific dominates global broadband speed rankings. Hong Kong ranks #2 globally with median download speeds exceeding 280 Mbps, thanks to intense competition and a dense urban environment ideal for FTTH. Japan (#4) leads in upload speeds — its median upload of 243 Mbps exceeds most countries' download speeds. Singapore regularly tops global mobile speed indices. China has deployed more fibre connections than any other nation, with 92% of fixed broadband on FTTH — though international speeds are limited by Great Firewall routing. Australia lags its neighbours due to its NBN multi-technology mix, though an ongoing FTTH upgrade programme is improving results.
🇪🇺 Europe — Fibre Leaders and Laggards
Europe is a tale of contrasts. Romania (#5 globally) and Spain (#8) punch far above their economic weight, driven by early FTTH investment and intense price competition from disruptors like Digi. France offers some of the world's cheapest gigabit broadband — from around €20/month — thanks to four competing national carriers. Sweden, Norway, and Denmark lead on penetration and reliability. Germany is notably behind — heavy dependence on vectored DSL and a late fibre rollout put it well below the EU median. The UK is mid-rollout, with Openreach's FTTP coverage crossing 60% of premises in 2024.
🌎 North America — Cable Dominance, Growing Fibre
The United States ranks #9 globally, with cable (DOCSIS 3.1) the dominant technology in most markets. Fibre is expanding fast through AT&T, Verizon, and new entrants, and T-Mobile's fixed wireless now serves millions of rural and suburban households. Median speeds exceed 242 Mbps — respectable, though rural coverage gaps remain significant. Canada has excellent urban connectivity but some of the highest broadband prices in the G7. The CRTC has mandated wholesale fibre access to increase competition and reduce prices.
🌍 Middle East — Rapid Investment
Gulf states are investing heavily in digital infrastructure. Qatar and the UAE rank among the world's fastest for both fixed and mobile broadband, powered by oil wealth and government-mandated network upgrades. The UAE's e& (formerly Etisalat) has deployed FTTH to virtually every new building in Dubai and Abu Dhabi. Saudi Arabia's Vision 2030 programme is driving 5G and fibre rollout at scale, with STC leading a nationwide upgrade programme.
How to Read a Speed Test Result
A speed test measures four key metrics. Understanding what each number means helps you evaluate whether your ISP is delivering the service you're paying for.
How fast data flows from the internet to your device. This determines how quickly web pages load, videos buffer, and files download. Higher is better. Most ISP plans are defined by their download speed tier.
How fast data flows from your device to the internet. Critical for video calls, cloud backups, live streaming, and remote work. Fibre delivers symmetric upload speeds; cable upload is typically 10–20× slower than download.
The round-trip time for a data packet to travel to a server and back. Lower is better. Ping under 20 ms is excellent for gaming and video calls. Above 100 ms causes noticeable lag. Fibre and cable have lower latency than DSL or satellite.
Variation in ping over time. Low jitter means a stable, consistent connection. High jitter causes choppy video calls and erratic gaming performance even when average ping looks good. Under 5 ms is excellent.
How We Measure ISP Performance
Our Testing Methodology
Speed benchmarks in this directory are based on aggregated test results from real users running our browser-based speed test. We measure download throughput, upload throughput, round-trip latency, and jitter across multiple 10-second intervals and multiple simultaneous connections. Results are median values that exclude statistical outliers and flagged tests. Learn more in our full methodology guide.
Why ISP Benchmarks Vary
Speeds on an ISP's profile represent typical real-world performance across all plans and all locations that ISP serves — not just its fastest tier. A provider offering both 50 Mbps and 1 Gbps plans will show a median somewhere in between. Customers in dense urban areas with newer fibre infrastructure will consistently outperform those on the same ISP in rural areas served by DSL.
Factors That Affect Your Speed
- ✓ Connection technology: FTTH delivers the most consistent speeds; DSL degrades with line length; cable slows at peak hours.
- ✓ Plan tier: The speed tier you subscribe to is your maximum — you can never exceed it, only fall short.
- ✓ Router quality: An outdated Wi-Fi router can bottleneck even a gigabit fibre connection. Use wired ethernet for best results.
- ✓ Wi-Fi band: 5 GHz Wi-Fi is faster but shorter range; 2.4 GHz reaches further but is slower and more congested.
- ✓ Network congestion: Shared infrastructure (cable, fixed wireless) slows during peak hours — typically evenings and weekends.
- ✓ Server distance: Speed tests measure the path to a nearby test server, not to every site you visit. Real-world speeds vary.