Global Servers

International Route Coverage and Server Selection

MeeVPN provides international route subscriptions covering 90+ countries and 200+ routes. This page lists representative entry points by region and explains the differences between IEPL dedicated lines, relay routes, and direct routes, helping you choose based on destination, application, and connection performance.

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Region Index Route Directory

APAC Asia-Pacific Japan, Singapore, South Korea, and more NA North America United States and Canada EU Europe United Kingdom, Germany, France, and more GLOBAL Other Regions Middle East, South America, Africa, and Oceania

This page lists representative cities; the complete set of available entry points is shown in the route list after login.

Regional Routes

Browse Representative Entry Points by Destination

Use the table below to understand route coverage and entry-point types. It does not show latency, load, or bandwidth. For actual connections, consider the destination of the service, your current network environment, and application performance rather than choosing by country name alone.

Country	City	Route Type	Streaming
Asia-Pacific
Japan	Tokyo	IEPL Dedicated Line	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	IEPL Dedicated Line	Supported
South Korea	Seoul	Relay	Check by region
Australia	Sydney	Direct	Check by region
North America
United States	Los Angeles	IEPL Dedicated Line	Supported
United States	San Jose	Relay	Supported
United States	New York	Direct	Check by region
Canada	Toronto	Relay	Supported
Canada	Vancouver	Direct	Check by region
Europe
United Kingdom	London	IEPL Dedicated Line	Supported
Germany	Frankfurt	Relay	Supported
France	Paris	Direct	Check by region
Netherlands	Amsterdam	Relay	Supported
Switzerland	Zurich	Direct	Check by region
Other Regions
Brazil	São Paulo	Relay	Check by region
United Arab Emirates	Dubai	Relay	Check by region
South Africa	Johannesburg	Direct	Check by region
Turkey	Istanbul	Relay	Check by region
New Zealand	Auckland	Direct	Check by region

Route Types

IEPL Dedicated Lines, Relay Routes, and Direct Routes Compared

Route type describes how the path is organized when data enters an international link from the local network. It helps narrow the choices, but connection quality must also be assessed against the local carrier network, the service location, and the current application.

IEPL IEPL Dedicated Line

A More Controlled International Route

An IEPL dedicated line typically connects the entry point and overseas exit through a relatively fixed private link, reducing unpredictable detours across public networks. For sustained transfers, persistent connections, remote collaboration, and extended streaming, this type of route is more likely to maintain a consistent connection pattern. It is not guaranteed to be the fastest in every network environment; actual performance still depends on local access quality, the target service, and the time of day.

These routes generally require greater investment in resource scheduling, entry-point maintenance, and international link organization, making them suitable for tasks that demand continuity. For a quick lookup or an ordinary web page, there is no need to keep every connection on a dedicated line. Assigning routes by task makes available resources better match actual needs.

Suitable for ongoing work, remote collaboration, AI tool sessions, and extended streaming.
Prefer an entry point near the target service’s region rather than simply choosing the city geographically closest to you.
If access to one service fails, first switch to another route in the same region before trying an entry point in a different region.

RELAY Relay Route

Reorganizing the International Path Through an Entry Node

A relay route first sends the connection to a suitable entry point, then forwards it toward the target region. Compared with relying entirely on public networks to select a path automatically, a relay can avoid some less suitable international paths while giving the entry and exit points distinct roles. It is a practical general-purpose choice for everyday browsing, streaming access, and routine work, balancing regional coverage, connection stability, and resource cost.

Relay performance depends on how well the entry point matches the local network and on the path from the relay to the target service. Two similarly named nodes may use different exits, so if a website opens but an application responds poorly, switching to another relay route in the same region is often more effective than repeatedly reconnecting to the same entry point.

Suitable for everyday websites, research, social apps, and regular streaming access.
Use it as an alternative to a dedicated line when determining whether an issue comes from one path or the target service.
Consider both the entry region and the target service region to avoid unnecessary cross-region round trips.

DIRECT Direct Route

Directly Reaching an Overseas Exit from the Local Network

A direct route does not pass through an additional dedicated relay entry point, so its path is more direct and its structure simpler. When the public path from the local network to the target region is already smooth, direct access can meet the needs of light browsing, occasional lookups, and backup connections. Performance depends more heavily on international routing by the local carrier, so results may vary noticeably between network environments.

Direct does not mean low quality, nor should it simply be ranked below a dedicated line. If the goal is to access a service near its region, a direct route may provide a clear path. For sustained uploads, remote desktops, or long sessions, keep a relay or dedicated line ready as an alternative. Costs are generally easier to control, making direct routes useful for expanding regional coverage and providing backup exits.

Suitable for light access, occasional use, and a backup exit in the same region.
Retest after the local network changes instead of relying on conclusions from an earlier environment.
When the connection is unstable, switch first to a relay in the same region, then decide whether a dedicated line is needed.

Choose by Use Case

Choose an Entry Point Based on the Task

Route selection should not compare region names alone. First identify the destination, task duration, and whether a persistent connection is required, then choose a dedicated line, relay, or direct route to reduce unnecessary switching.

Everyday Browsing

Start with a Nearby Region and Keep an Alternative in the Same Area

For research, reading websites, and short tasks, start with an Asia-Pacific entry point that is geographically nearby. If the target site is clearly hosted in North America or Europe, choose a relay in the corresponding region directly; this is usually more sensible than connecting to a nearby node first and then crossing regions. Everyday browsing is relatively tolerant of connection continuity, so relay and direct routes can both be starting points.

If only one website fails to open, do not immediately conclude that the entire route is unavailable. First use other websites to confirm basic connectivity, then switch to an entry point in the same region. This helps distinguish a temporary service issue, a change in regional policy, and a route-matching problem.

Streaming

Content Region Comes Before Entry-Point Distance

Streaming services typically provide catalogs based on the region of the exit, so first identify the content region you want to access, then choose an entry point in that country or a nearby region. For extended viewing, try an IEPL dedicated line or a stable relay route first. Opening the homepage does not guarantee smooth playback; also check quality changes, timeline seeking, and continuous playback.

The account region, content licensing, and service policies can all affect what is visible. If the catalog differs from expectations, close the app, switch to another route in the same region, and reopen the service. Frequent cross-region switching may leave old cache data in the app, so change only one condition at a time during testing.

AI Tools

Prioritize Session Continuity and a Consistent Exit Region

AI tool web chats, code completion, and terminal tasks often rely on persistent connections. A page loading normally for a short time does not fully indicate long-session stability. Start with a dedicated line or relay in a region commonly used by the target service, test login, continuous conversation, and file handling, then keep that entry point as a regular route.

If a page opens but a response stops midway, first rule out browser extensions, app cache, and the service’s own status, then switch to another route in the same region. Avoid repeatedly changing exit regions during a long task, as the session environment may change. Development tools and browsers can use the same regional route, making it easier to determine whether the issue comes from the network or the application configuration.

Gaming

Use Server Region and Connection Stability as the Main Criteria

Choose an entry point based on the game server’s region. Test Asia-Pacific routes first for Asian servers, and test the corresponding region directly for North American or European servers; there is no need to use an unrelated entry point first. Because games handle network paths differently, the same route may perform differently for web access and game connections.

Before entering a live match, test login, matchmaking, and a short period of gameplay. If the connection drops or login fails, switch first to a relay in the same region, then check whether the game requires a specific network mode. Keeping the route unchanged during a session helps reduce reconnections caused by exit changes.

Remote Work

Keep a Regular Entry Point and Prepare a Backup in the Same Region

Remote desktops, online meetings, document collaboration, and code repository access depend heavily on continuity. Choose an IEPL dedicated line or relay route that matches the region of the work service, then test login, file access, and sustained connectivity before starting work. Once a suitable entry point is confirmed, keep the region unchanged to reduce repeated switching during work.

Keep the backup route in the same region whenever possible to avoid account-region changes or renewed verification by business services. When a connection fails, save the content being edited before switching to the backup entry point. If several routes in the same region cannot reach the service, check the service status, client mode, and local network.

Selection Process

A Route-Selection Order That Reduces Repeated Switching

Break route selection into region, type, application testing, and backup-route steps. This is more likely to produce a repeatable connection plan than trying routes at random. Changing only one factor at a time also makes the source of an issue easier to identify.

Identify the Target Service’s Region First
For ordinary international websites, you can start with a nearby region. For services with clearly regional content or regional servers, choose the target region directly. The target region matters more than whether a node name is familiar.
Choose the Type Based on Task Duration
For short browsing sessions, start with a relay or direct route. For long sessions, sustained uploads, remote collaboration, and continuous streaming, prioritize testing an IEPL dedicated line or relay. Route type narrows the options but does not replace testing in the actual application.
Validate the Connection in the Real Application
Do not use whether a webpage opens as the only criterion. For work, test documents, meetings, or remote connections; for AI tools, test a continuous session; for streaming apps, test playback and timeline seeking; for games, complete login and matchmaking.
Keep a Backup Entry Point in the Same Region
Alongside your regular route, choose another relay or direct route in the same region as an alternative. When one route fails, switch within the same region first. This keeps the target region consistent and helps determine more quickly whether the issue is limited to one path.
Reassess After the Network Environment Changes
After changing the local network, system, client, or location, previous conclusions may no longer apply. Revalidate by region and task instead of carrying past connection performance directly into the new environment.

Connection Notes

What to Check Beyond the Route Name

The route list answers “where the connection enters”; client status, the local network, and the target application determine whether the connection is actually usable. Follow the order below to avoid mistaking an application issue for a route issue.

Is the Subscription Updated?

After logging in, retrieve the subscription and update it in the client. If the route list remains unchanged for a long time, an entry is missing, or names differ from the panel, update the subscription before choosing a node again. Both the subscription and client are obtained through the user panel; there is no need to search for a static installation address manually.

Does the Client Mode Match?

If a browser works but a particular application cannot connect, first check whether the application is using the current proxy mode. Global connection, rule-based routing, and the application’s own network settings can produce different results. During testing, use a clear and controllable mode to confirm connectivity before restoring your normal routing configuration.

Is the Target Service Working Normally?

When only one website or application is affected, also check whether other international websites are accessible. If other services work, the issue may involve target-service maintenance, the account region, application cache, or access policies. In that case, replace the route with another one in the same region rather than switching repeatedly across regions.

Has the Local Network Changed?

After moving from a fixed network to another access environment, the best entry-point match may change. Disconnect the old connection, confirm that the client is updated, and choose a route again. If performance differs noticeably between networks, keep a regular entry point suited to each environment.

Service Coverage

Regions, Clients, and Account Access

MeeVPN covers 90+ countries and 200+ routes, supports Windows / macOS / iOS / Android / Linux, and allows unlimited devices to be online at once. No email address is required; use a username and password to create an account. If you are not satisfied with your first payment, you can request a full refund within 14 days.

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