Server Locations - 20VPN | 120+ Countries and 170+ Routes

COVERAGE

Asia-Pacific North America Europe Other Regions

120+ countries / 170+ routes

REGION TABLE

Browse Routes by Region

The table below shows representative regions, cities, and access types. The streaming column indicates whether routes intended for regional content are available; it does not mean every title will produce the same result for every account.

Country or Region	City	Route Type	Streaming Support
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL	Streaming-ready route available
Japan	Tokyo	IEPL	Streaming-ready route available
Japan	Osaka	Transit	Streaming-ready route available
Singapore	Singapore	IEPL	Streaming-ready route available
South Korea	Seoul	Transit	Choose by destination region
Taiwan, China	Taipei	Transit	Streaming-ready route available
Thailand	Bangkok	Direct	Choose by destination region
North America
United States	Los Angeles	IEPL	Streaming-ready route available
United States	San Jose	Transit	Streaming-ready route available
United States	New York	Transit	Streaming-ready route available
Canada	Vancouver	Direct	Choose by destination region
Canada	Toronto	Direct	Choose by destination region
Europe
Germany	Frankfurt	IEPL	Streaming-ready route available
United Kingdom	London	Transit	Streaming-ready route available
Netherlands	Amsterdam	Transit	Choose by destination region
France	Paris	Direct	Choose by destination region
Italy	Milan	Direct	Choose by destination region
Other Regions
Australia	Sydney	Transit	Streaming-ready route available
Brazil	São Paulo	Direct	Choose by destination region
United Arab Emirates	Dubai	Direct	Choose by destination region

Cities in the table illustrate route organization rather than a complete list. The 120+ countries / 170+ routes are shown in the user panel by region and use case; the signed-in route list is authoritative.

The same country may offer multiple cities and access types. Choose based first on the region where the target service is located, then compare access types—not simply on city name recognition.

ROUTE TYPES

How to distinguish route types

IEPL, transit, and direct connections describe the path used when data enters the international network from your local network. The type name cannot replace a judgment based on your actual network conditions, but it provides a useful starting point.

IE

IEPL

IEPL connections use a more clearly organized international path for data transfer, with the access and exit segments generally coordinated by the service provider. Their value is not a city name presented as a speed label, but a more consistent path with fewer uncontrolled detours across public networks. For sustained transfers, streaming web output, online meetings, and remote work, these routes are often a good first option to test.

Dedicated-route resources typically cost more to build and maintain than ordinary direct connections, making them better suited to tasks that require continuity and path stability. Choose the exit based on the destination region. For a service hosted in North America, test a North American IEPL route first rather than staying on an Asia-Pacific exit simply because it is geographically closer.

Suitable for sustained connections Clearly organized path

TR

Transit Routes

A transit route first sends the connection to a suitable access point, then forwards it toward the destination region. It addresses the problem of an inefficient path between the local network and the remote exit. Well-chosen transit can avoid unnecessary intercontinental detours and make the connection to the same remote city more predictable across different local networks.

More transit hops are not automatically better. Effective transit should optimize routing rather than simply add steps. For everyday browsing, regional content, AI web apps, and routine work, transit routes often balance regional choice with access flexibility. If a direct exit in the current region is unstable, try transit in the same region before changing country or city.

Suitable for cross-region access Flexible access method

DR

Direct Routes

A direct route connects the current network straight to the target exit without an additional provider-side transit hop. Its path is simpler and works well when the local network already has a good route to the destination region. For websites in nearby regions, brief lookups, or basic connectivity checks for a specific region, direct access can be a straightforward choice.

Direct results are more sensitive to the local carrier network, intercontinental direction, and the target data center's entry point. The same direct route may perform differently across regions and access networks. Direct does not mean consistently faster, and IEPL is not automatically the best choice for every use case. Keep the destination region fixed, then compare access types in sequence.

Suitable for basic connections Simple path structure

SELECTION NOTES

Choose Routes by Use Case

Different applications prioritize different connection characteristics. Define the use case before choosing a route to reduce unnecessary switching and avoid mistaking account, application, or local network issues for route problems.

BROWSE

Everyday Browsing and Research

Everyday browsing involves many short connections: the page, images, scripts, and API requests may each connect separately. Start with a nearby Asia-Pacific route that reaches the target website directly. If the site is clearly hosted in North America or Europe, switch to transit in that region to avoid placing the exit too far from the website entry point.

Do not judge browsing routes by a single page-load result. Caching, the website's own status, and browser extensions all affect performance. Keep the same site and browser environment, compare IEPL, transit, and direct routes in the same region, and retain the option that performs most consistently.

MEDIA

Streaming and Long-Running Playback

For streaming, match the exit region to the target content region first; access type comes second. Select a route marked for streaming in the table or user panel, open the target platform to confirm the regional catalog, and then test continuous playback. If the catalog is correct but playback is uneven, switch between IEPL and transit in the same region instead of immediately changing countries.

Picture quality depends on platform policies, account status, the local network, and the connection path. The route page describes region and type; it does not promise a fixed resolution. Keep one primary route and one backup route in the same region so you can quickly recheck when the platform entry point changes.

AI

AI Tools and Streaming Output

AI web apps, desktop clients, and developer tools often use persistent connections, streamed text, and repeated API requests. Prefer an IEPL or transit route in a region commonly used by the target service, and keep the exit region consistent during sign-in, verification, and continued use. Frequent intercontinental switching exposes a visibly changing network environment and may interrupt an unfinished session.

If the page opens but the response stops midway, first change the access type within the same region, then check the browser session and app settings. Developers using a command line, IDE plugin, or automated task should also verify that the relevant process is using the current network configuration; browser results alone cannot show that every application follows the same path.

GAME

Gaming and Interactive Apps

Games depend on continuous input feedback and a stable connection path. Choose an exit in or near the game server's region, and avoid switching routes repeatedly during play. Test Asia-Pacific routes for Asia-Pacific servers and North American routes for North American servers; if the direct path fluctuates, compare transit or IEPL in the same region.

Downloading an update and playing an actual match are different scenarios. Updates emphasize sustained transfer, while matches emphasize interaction. Test them separately, but do not use a single update download as a substitute for judging gameplay. If only one game is affected, also check its server region, login region, and application status.

WORK

International Work and Remote Collaboration

Online meetings, business documents, code repositories, and email services often require connections to remain open for extended periods. Prefer an IEPL route in the region where the work system is located, with transit in the same region as a backup. Switch and sign in before the meeting, then keep the exit unchanged; this is usually more reliable than trying another region mid-session.

Enterprise systems may evaluate access by region, organizational policy, or session state. If a page reports a permission issue, do not keep changing routes alone; also check enterprise account permissions, the browser session, and the target system status. A network route provides connectivity and cannot replace authorization from the organization.

DIAGNOSTIC ORDER

Route Switching and Troubleshooting Order

When a connection fails, following a fixed troubleshooting order is more effective than switching randomly. Change one variable at a time so you can tell whether the issue comes from the region, route type, application, or local network.

A

Confirm the Destination Region

First determine which region the target website, streaming content, AI service, or work system expects. If the region is wrong, the connection may be healthy while the content catalog, login state, or service availability is not. Change the exit region first rather than repeatedly reinstalling the client.

B

Keep the Region and Change the Type

When the destination region is correct but performance is unstable, keep the country or city direction unchanged and compare IEPL, transit, and direct access. Fixing the region makes it easier to determine which access method suits the current local network.

C

Reconnect the Application

After switching routes, close and reopen the target application or page so the old connection ends. Some applications continue reusing a session created before the switch; seeing Connected in the client does not confirm that the target application is using the new exit path.

D

Separate One-App Issues from Network-Wide Issues

Check ordinary websites alongside the target application. If multiple sites are unreachable, start with the local network and client connection. If only one service is affected, the cause is more likely the service status, account region, cache, or application configuration.

Why Avoid Repeated Cross-Region Switching?

Switching countries repeatedly changes the exit region, network path, and environment seen by the service at the same time. Even if things later work, you cannot tell which change helped. Services requiring a login session may also trigger additional verification after frequent region changes. A clearer method is to keep the target country fixed, compare cities or access types within that region, and consider another region only after confirming the direction is unsuitable.

If the issue appears on only one device, use the same route on another device for a cross-check. 20VPN supports unlimited devices, making it practical to determine whether the difference comes from system configuration, app settings, or route selection. Recheck on the device you actually use after testing so device differences are not mistaken for a route conclusion.

COVERAGE GUIDE

How to Read Global Coverage

The number of countries and routes describes the available choice, but the right option still depends on the destination region, application requirements, and current location. This page does not display latency, load, or online-user counts.

Country Coverage Means Regional Choice

120+ countries means a broad selection of exit regions. This suits users who need to access websites in different regions, verify regional content, or connect to international work systems. Country count does not predict the experience of one route or replace destination analysis. If your regular services are concentrated in a few regions, maintain a stable set of frequently used routes instead of changing countries every day.

Route Count Means Path Choice

170+ routes means one region may offer different cities, access methods, or purpose-built configurations. The value lies in alternative paths: when the local network performs poorly with one type, you can try another in the same region. It is not necessary to test every route; keep a primary and backup option that fit your everyday needs.

City Names Indicate Exit Locations

Cities help identify the approximate network region of an exit. When a target service requires a specific region, city information narrows the options; when it only requires the same country, there is no need to overcompare cities within that country. A nearby city does not necessarily provide a better path, so assess the access method together with the route type.

Use-Case Labels Indicate Direction

Labels such as Streaming, AI Tools, and work indicate the intended use of a route. They are not one-sided guarantees of continued availability on third-party services, whose regional rules, account status, and content licensing may change. Use labels to filter candidates, then verify them in your own account and application environment.

LINE FAQ

Common Route Selection Questions

These answers explain the basic relationship between regions and route types. For a specific application issue, also consider the target service status, account region, and local network.

Is the Nearest City Always the Best Choice?

Not necessarily. Geographic distance is only one factor; the actual path also depends on the local network exit, international direction, route type, and the target service entry point. Start with a nearby region, then compare IEPL, transit, and direct routes within that region.

Why Does One Country Offer Different Route Types?

Different types accommodate different local networks and use cases. Direct routes have a simpler path, transit connects through an access point first, and IEPL places more emphasis on path organization. Keeping multiple types lets you adjust the access method without changing region.

How Should I Choose a Streaming Route?

Filter by the region of the target content first, then choose a route marked for that use case. After confirming the content region, switch route types within the same region if playback is uneven. The platform's account and content-licensing rules still apply separately.

Should I Change Countries First When an AI Tool Disconnects?

Keep the country unchanged first, switch to another access type in the same region, and reconnect the web page or application. This limits the effect of regional changes on the login session and makes it easier to determine whether the current path is the cause.

Can I Use Different Routes on Multiple Devices?

Yes. 20VPN supports unlimited devices, so you can choose routes by device and purpose. For example, keep a work device on the target region while using a route matching the content region on a viewing device. For services tied to the same account, keeping a relatively consistent exit environment is still recommended.