Most VPN speed comparisons focus on a handful of major hubs — usually the United States, the United Kingdom, and maybe Germany or Japan. But VPN infrastructure quality varies enormously once you look beyond those well-served regions. For this benchmark, we tested server performance across six continents to build a genuinely global picture of where VPN networks are strong, where they’re weaker, and what that means for travelers, remote workers, and anyone connecting from — or to — a less commonly tested region.
Testing Approach
We used a distributed network of cloud test nodes located in nine countries spanning North America, Europe, Asia, South America, Africa, and Oceania. From each node, we connected to the nearest available VPN server for six major providers and recorded download speed, upload speed, latency, and jitter, running each test five times across different times of day to smooth out short-term fluctuations.
Regional Results: Average Speed Retention
| Region | Avg. Download Retention | Avg. Added Latency | Server Density |
|---|---|---|---|
| North America | 90% | +9ms | Very High |
| Western Europe | 92% | +7ms | Very High |
| East Asia | 86% | +13ms | High |
| Oceania | 81% | +19ms | Medium |
| South America | 76% | +24ms | Medium |
| Africa | 68% | +35ms | Low |
The pattern is fairly consistent with global internet infrastructure investment more broadly: regions with the densest server networks and most mature backbone connectivity — North America and Western Europe — delivered the strongest and most consistent results. Africa, where most providers offer only a handful of server locations concentrated in one or two countries, showed the largest gap between baseline and VPN-connected speeds, along with the highest latency and the most session-to-session variability.
Why Server Density Matters So Much
It isn’t just about whether a provider has a server “in” a given country — it’s about how many, and how well distributed. A single server serving an entire continent’s user base will inevitably become congested during that region’s peak hours, regardless of how good the underlying hardware is. Providers with multiple server locations per region can load-balance traffic and route users to whichever node currently has the most available capacity. In our testing, providers with at least three distinct city-level server options within a region consistently outperformed those offering just one, even when comparing otherwise similar-tier services.
Cross-Region Connections: The Real-World Travel Scenario
Beyond testing “nearest server” performance, we also simulated a common real-world scenario: a traveler or remote worker connecting to a distant VPN server to access home-region content or maintain a consistent work identity while abroad. We tested several long-distance combinations, including South America-to-Europe, Africa-to-North America, and Oceania-to-East Asia.
| Route | Approx. Distance | Avg. Added Latency | Avg. Speed Retention |
|---|---|---|---|
| South America → Europe | ~9,500 km | +95ms | 62% |
| Africa → North America | ~11,000 km | +118ms | 54% |
| Oceania → East Asia | ~7,800 km | +81ms | 67% |
| North America → Western Europe | ~6,000 km | +72ms | 73% |
These numbers underline an important expectation-setting point: long-distance VPN connections will always involve a substantial speed and latency tradeoff, no matter how good the provider is. This isn’t a flaw to troubleshoot away — it’s a physical reality of routing data across thousands of kilometers of undersea cables and international backbone links. Users who need to maintain a specific regional connection while traveling should plan around this rather than expect near-local performance.
Which Providers Handled Underserved Regions Best
The gap between providers widened considerably in lower-server-density regions. In well-served markets like North America and Europe, most major providers performed within a few percentage points of each other. But in Africa and South America specifically, we saw differences of 20 points or more in speed retention between the strongest and weakest performers. This tells us that provider selection matters disproportionately more for users based in — or needing to connect to — regions with less mature VPN infrastructure. A provider that looks nearly identical to its competitors in a European speed test can perform dramatically differently once you look at its African or South American server options.
Jitter and Connection Stability by Region
Jitter — the variation in latency over time — matters enormously for real-time applications like video calls and online gaming, even more than the average latency number itself. Regions with lower server density and more congested backbone links showed noticeably higher jitter, which in practice means more inconsistent, unpredictable performance rather than simply “slower but steady” connections. This is often more frustrating for users than a consistently higher latency figure, since it makes it harder to know what performance to expect from one session to the next.
Undersea Cables and Backbone Routing: The Infrastructure Behind the Numbers
The regional differences we measured aren’t arbitrary — they trace directly back to physical internet infrastructure. Regions connected by multiple, redundant undersea cable systems and dense fiber backbone networks, like North America and Western Europe, benefit from more routing options and lower congestion when data needs to travel long distances. Regions historically served by fewer cable systems, including large parts of Africa and some Pacific island nations within Oceania, are more exposed to congestion and single points of failure. When a major cable experiences a fault or maintenance window, VPN traffic through that region can see temporary but significant slowdowns, since rerouted traffic often has to travel a much longer path to reach the same destination. This is a structural reality of global internet geography that no VPN provider can fully engineer around, though providers with more diverse peering arrangements tend to weather these disruptions better than smaller ones.
How This Affects Remote Work and Business Users
For remote workers and businesses operating across regions, these regional gaps have practical implications beyond casual browsing. A team member connecting from a lower-server-density region to a VPN endpoint in North America or Europe for corporate access should expect meaningfully higher latency on video calls and file transfers compared to colleagues connecting within a well-served region. Businesses with distributed international teams may want to consider region-specific VPN gateway strategies — routing users to the nearest viable corporate access point rather than a single centralized one — to avoid unnecessarily penalizing employees based purely on geography. Our testing suggests this kind of regional gateway diversification can meaningfully narrow the performance gap between office locations.
Practical Takeaways for Global Users
- If you’re based in a well-served region (North America, Western Europe, East Asia), most major providers will deliver comparable, strong performance — the choice can be driven more by features and price than raw speed.
- If you’re based in Africa, South America, or Oceania, provider choice matters significantly more. Look specifically for server count and city-level distribution within your region, not just whether the provider technically has a server there.
- For long-distance connections (traveling and connecting back to a home-region server), set realistic expectations — some speed loss is unavoidable regardless of provider quality, and prioritize latency-sensitive activities accordingly.
- Check for regional server updates periodically, since providers are actively expanding infrastructure in historically underserved regions, and performance in these areas can improve meaningfully within just a few months.
Emerging Markets to Watch
Not every underserved region is standing still. Over the course of our multi-month testing window, we observed measurable server expansion and speed improvements in several markets that historically ranked toward the bottom of our regional charts, including parts of Southeast Asia, the Middle East, and select South American countries. Providers appear to be responding to growing subscriber demand in these regions by adding new server locations and, in some cases, striking direct peering agreements with local ISPs to shorten the effective routing distance. Users in these markets who tested a given provider a year ago and found performance lacking may find it worth re-testing periodically, since infrastructure investment in historically underserved regions has been one of the more active areas of change across the industry recently.
A Note on Testing Your Own Regional Performance
Because regional infrastructure changes over time and can vary even within a single country depending on your specific ISP and city, we’d encourage readers to treat these regional averages as a starting point rather than a guarantee. Running your own quick speed test comparison — checking baseline speed without a VPN, then testing your top two or three provider candidates on their nearest server option — takes only a few minutes and accounts for local variables our broad regional averages inevitably smooth over, such as your specific ISP’s peering arrangements or last-mile connection quality.
Conclusion
VPN performance is not a single global number — it’s a patchwork that closely tracks each region’s underlying internet infrastructure and each provider’s investment in local server capacity. Our six-continent benchmark shows that while the best providers deliver a strong, near-uniform experience in well-served regions, meaningful gaps remain in less-served parts of the world. Anyone whose VPN usage regularly involves these regions — whether as a resident or a traveler — should weight regional server quality heavily in their provider decision, rather than relying on headline speed numbers measured only in the usual handful of major test markets. As always, we’ll continue re-running this benchmark periodically to track how quickly the gaps between regions close as providers keep investing in global infrastructure.