Global Route Directory

VPN Servers and International Routes

NeuVPN covers 90+ countries / 200+ routes. This page organizes representative access points by region and explains the differences between IEPL dedicated lines, relay routes, and direct connections. When choosing a route, consider the target service region, your use case, and current network conditions—not just the city name.

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Regional Directory

Explore representative routes by destination region

The list below illustrates coverage and route types; it does not show latency, load, or real-time bandwidth. In practice, check the currently available access points in the client and verify the connection for the region where your target service is located.

Country or region City Route type Streaming
Asia-Pacific
Hong Kong, China Hong Kong IEPL Dedicated Line Supported
Japan Tokyo Relay Supported
Singapore Singapore Relay Supported
South Korea Seoul Direct Partially supported
Taiwan, China Taipei Relay Supported
Australia Sydney Direct Partially supported
North America
United States Los Angeles IEPL Dedicated Line Supported
United States San Jose Relay Supported
Canada Toronto Direct Partially supported
Canada Vancouver Relay Supported
Europe
Germany Frankfurt Relay Supported
United Kingdom London IEPL Dedicated Line Supported
France Paris Direct Partially supported
Netherlands Amsterdam Relay Supported
Switzerland Zurich Direct Partially supported
Other regions
United Arab Emirates Dubai Relay Supported
Turkey Istanbul Direct Partially supported
Brazil São Paulo Relay Supported
South Africa Johannesburg Direct Partially supported

Asia-Pacific routes are generally a good starting point for everyday browsing, communications, and cross-border work. When the target service is in East or Southeast Asia, start with a nearby exit to avoid unnecessary cross-region detours. If the account and content region are fixed, prioritize that region instead of automatically choosing a different country each time.

North American routes suit AI tools, developer platforms, workplace systems, and streaming content primarily hosted in North America. Results may also be affected by account region, payment region, service terms, and browser cache. After changing the exit, reopen the target service rather than relying on an old session.

European and other regional routes are better suited to specific regional access needs—for example, when an account’s content library is tied to Europe or a business system requires an exit from a particular country. For ordinary web browsing, there is no need to travel farther just for a city name; a nearer, more direct route is usually easier to keep consistent.

Path Structure

IEPL Dedicated Lines, Relay, and Direct Connections

Route type describes how traffic is organized between the local network and the exit server. It is not a simple ranking; results vary with network conditions and use case.

IEPL Controlled cross-border path

IEPL Dedicated Lines: Fewer unpredictable paths across public networks

IEPL dedicated lines emphasize a more controlled cross-border transmission path. Traffic enters a planned link at the access point and reaches the target region through its exit. Compared with routes that rely entirely on public networks, they place more emphasis on how the cross-border segment is organized, making them suitable for sustained transfers, remote collaboration, meetings, larger file synchronization, and work that depends on connection continuity.

Dedicated-line resources generally cost more to build and maintain than ordinary routes, so a route is not suitable for every task simply because it is labeled “dedicated.” For opening web pages, reading text, or making quick queries, relay and direct connections may be sufficient. A more practical approach is to reserve IEPL for important meetings, long-running work sessions, sustained downloads, and higher-quality streaming, while confirming that the target region matches.

A dedicated line cannot replace a reliable end-device connection. Home-network congestion, wireless fluctuations, background device activity, and the target service itself can all affect the final experience. For a fair comparison, keep the device and local network fixed and change only the route.

RELAY Intermediate access routing

Relay Routes: Balancing Access Quality and Exit Region

A relay route first connects to an access point suited to the current network, then forwards traffic to an exit in the target region. Its core value is separating “how to connect” from “where to access”: the access point adapts to the local network, while the exit serves the target region. For cross-region access, regional streaming libraries, AI tools, and common international websites, relay is often a practical default.

More relays do not automatically mean a better path. A well-designed relay controls the direction of detours and keeps the connection between access point and exit clear; a poor one may add unnecessary hops. Choose the target region first, then select an access point that connects smoothly from your local network. If a region has multiple access points, test page loading, session persistence, and file transfers one by one instead of judging by the route name alone.

Relay resources require maintenance for the access point, transit segment, and exit, giving them a cost structure between dedicated lines and ordinary direct connections. They suit scenarios where stability, regional coverage, and cost all matter, and are worth keeping in a regular route list for many users.

DIRECT Direct over public networks

Direct Connections: A Simple Path That Depends More on the Local Network

A direct connection links the current network directly to a server in the target region without an additional routing access point. Its structure is simple, making it suitable for web browsing, backup connections, temporary regional checks, and tasks that do not require sustained transfers. When the local carrier network has good connectivity with the target region, direct access may provide a clear, straightforward path.

That simplicity is also its limitation: performance depends more on changes in local and public-network routing. The same direct route may perform differently across regions, access networks, or times of day. Direct connections are therefore best used as a complement to regular routes, rather than fixed long-term based on a single connection result.

Direct connections typically require no additional relay layer, so their resource structure is relatively simple. They remain useful for accessing less frequently used regions, checking an exit region, or maintaining a backup access point during maintenance of primary routes. In practice, keep one relay and one direct route for the target region and switch between them in order when issues arise.

Use-Case Guide

Choose a Route for Your Task

Route selection is not about finding one permanently “best server.” It is about keeping the exit region, path type, and target service aligned. The sections below explain what to check for common use cases.

BROWSE

Everyday browsing

For everyday browsing, prioritize a simple path and consistent page responsiveness. Start with a nearby Asia-Pacific route, then switch according to the target website’s region. If you mainly read text, use email, or look up information, direct or relay routes will usually suffice; there is no need to always use a more costly path.

If a page opens but some resources fail to load, first check whether only one website is affected, then try another route type in the same region. This helps distinguish a target-service issue from a route issue and avoids aimless switching between regions.

MEDIA

Streaming

For streaming, check the content library’s region first and the route type second. Account region, content rights, and payment region can all affect what is visible, so the exit country should match your viewing needs. After connecting, open the target platform and confirm the region before playback; changing the exit during playback may trigger a new session check.

Higher-quality playback requires sustained data transfer, so IEPL dedicated lines or relay routes are worth trying first. If the content page works but playback does not, exit the app, clear the old session, and reconnect to a route in the same region. “Partially supported” in the table means the service must be tested individually; it does not mean the region is completely unusable.

AI TOOLS

AI Tools

AI tools place greater emphasis on a consistent exit throughout a session. Changing countries frequently during sign-in, conversations, file uploads, or service calls may trigger additional checks or produce different regional results. Confirm the tool’s supported region first, then keep one North American, European, or Asia-Pacific route for the entire workflow.

Web use and developer calls are not identical. Web use focuses on sign-in and long-session persistence, while API calls are also affected by concurrency, timeout settings, and retry strategies. Routes can address network-path issues only; the application still needs sensible timeouts and error handling. Not every failure is caused by the exit.

GAME

Gaming

For gaming, match the server region first, then compare input response and connection continuity across paths. The nearest city may not correspond to the game’s actual region; the account region and game-server location matter more. Test IEPL, relay, and direct routes in the same region while keeping the local network and device conditions fixed.

Updates and live matches can use different routes. Updates prioritize sustained transfer, while matches prioritize interactive continuity. If the client allows it, use a download-suited route for the update, then switch to a route matching the game region before playing to reduce the impact of background downloads.

WORK

Cross-border work

Cross-border work may involve meetings, code repositories, cloud documents, business systems, and file synchronization, so continuity is the priority. Set the region of your main business systems as the primary route and keep backup routes with different path types for that same region. Complete connection and feature checks before important meetings, and avoid changing countries during the meeting.

If a business system requires access from a fixed region, follow your organization’s security rules. NeuVPN provides international routes and network acceleration; account permissions, regional policies, and access authorization remain governed by the target service and your organization. For sensitive business data, continue using the authentication and permission controls provided by the business system.

Troubleshooting Order

Change only one condition at a time when switching routes

When access fails, switching countries repeatedly without a plan makes the cause difficult to identify. Follow a fixed order to determine whether the issue comes from the local network, exit region, path type, or target service.

  1. First confirm that the local network can reach common websites

    If the current network is already unstable, switching to an international route will not fix the access connection. Pause large transfers and background updates, confirm that the wireless or wired connection remains stable, and then begin comparing routes.

  2. Keep the target region fixed and change only the path type

    For example, if the target service requires a Japan exit, switch between Tokyo relay and direct routes instead of moving straight to North America. This shows whether the issue comes from the current path while keeping the account and content regions aligned.

  3. Re-establish the target service session

    Some websites and apps retain session information associated with the previous exit. After switching routes, close the original page or app connection and reopen the target service. A simple refresh may continue using the old cache, so the regional result may not update promptly.

  4. Only then try another city in the same region

    When a country has multiple access points, switch cities without changing the target region. If the service requires only regional consistency and not a specific city, this is usually better for keeping the account environment stable than switching countries.

  5. Restore the regular route and record effective combinations

    After troubleshooting, save routes that work for everyday browsing, streaming, AI tools, or work as regular choices. Building a personal use-case list is more efficient than starting over from the full list each time.

Coverage Principles

Coverage matters, but the path must match

90+ countries / 200+ routes represent the available range of regions. What truly affects results is whether the access point, cross-border path, exit region, and target service form a sensible combination.

Regional coverage answers “where to access from”

Target services may use the exit region to determine content, language, account checks, or available features. When a specific region is required, choose that country or a nearby area directly; when no region is specified, start with a nearby route. Broader coverage makes it easier to create dedicated regular access points for different services, but it does not mean choosing the farthest region every time.

Route type answers “which path to take”

IEPL dedicated lines, relay, and direct connections suit different tasks. Dedicated lines emphasize a controlled path, relay coordinates the access point and exit, and direct connections keep the structure simple. When assessing a route, consider whether the task requires continuity, whether the target region is fixed, and how the current network handles each path—not a single performance conclusion based on the route name.

The client saves and switches regular configurations

Windows, macOS, iOS, Android, and Linux can all obtain the corresponding client and subscription through the user panel. After signing in, import the subscription and create regular choices by region and route type. Clients and subscriptions do not use static public addresses; obtain them from the user panel to keep the account and plan status aligned.

Subscription rules stay consistent across devices

Monthly subscription traffic resets each month on the activation date, with upgrade differences prorated by the remaining days; data packages remain valid until used and never expire. Route selection does not change plan rules. For long-term use across multiple devices, choose a monthly subscription or data package based on actual traffic needs rather than buying a route for a single region.

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