Browse Routes by Region
The table below illustrates VPNXV’s regional distribution and route structure; it is not a complete listing of all 150+ routes. Actual availability is shown in the user panel after login. City names indicate the exit location. Matching the exit region to the destination region usually makes regional content identification more consistent.
| Country or Region | City | Route Type | Streaming Support |
|---|---|---|---|
| Asia-Pacific | |||
| Japan | Tokyo | IEPL Dedicated | Supported |
| Singapore | Singapore | IEPL Dedicated | Supported |
| Hong Kong, China | Hong Kong | IEPL Dedicated | Choose by Content Region |
| South Korea | Seoul | Relay | Supported |
| Taiwan, China | Taipei | Relay | Choose by Content Region |
| Australia | Sydney | Direct | Supported |
| North America | |||
| United States | Los Angeles | IEPL Dedicated | Supported |
| United States | San Jose | Relay | Supported |
| Canada | Vancouver | Relay | Supported |
| Canada | Toronto | Direct | Choose by Content Region |
| Europe | |||
| United Kingdom | London | IEPL Dedicated | Supported |
| Germany | Frankfurt | Relay | Supported |
| France | Paris | Relay | Supported |
| Netherlands | Amsterdam | Direct | Choose by Content Region |
| Sweden | Stockholm | Direct | Choose by Content Region |
| Switzerland | Zurich | Relay | Choose by Content Region |
| Other Regions | |||
| United Arab Emirates | Dubai | Relay | Choose by Content Region |
| India | Mumbai | Direct | Choose by Content Region |
| Brazil | São Paulo | Direct | Supported |
| South Africa | Johannesburg | Direct | Choose by Content Region |
What Countries and Cities Tell You
The country or region usually determines where the exit address is identified, while the city distinguishes access points within the same region. For region-restricted content, match the country or region first; for websites, documents, and everyday apps, city-level differences are usually less important. If several routes are available in one region, keep the destination fixed and switch route types one at a time rather than changing multiple variables.
Streaming Support Does Not Guarantee a Fixed Catalog
Streaming catalogs are controlled by platforms and rights holders. Account region, device cache, location permissions, and exit region can all affect the result. The support status in this table is intended for route selection and does not guarantee long-term access to any specific program. If the detected region looks wrong, fully close the app, switch to a route for the target region, and reopen it; this is often more informative than repeatedly refreshing the page.
How to Choose Among Three Route Types
IEPL dedicated, relay, and direct routes describe how traffic travels from local access to the international exit. The name alone cannot determine which option is best. A sound approach is to consider the destination, usage hours, and app behavior, while keeping an alternative route in the same region for important tasks.
IEPL Dedicated Route
IEPL routes typically connect the entry point and exit through cross-border link resources procured by carriers. The path is more clearly organized, with fewer uncertain segments than on the public internet. They suit video calls, remote work, sustained uploads and downloads, and workflows sensitive to connection fluctuations. If you need to keep the same session for a long time, or an app requires you to log in again after a connection change, start by testing an IEPL dedicated route.
These resources generally cost more to procure and maintain than ordinary public-internet paths, so configurations are not identical in every region. Do not assume “dedicated” always means faster: when the target service is nearby, a relay or direct route may be more suitable. The right choice depends on the destination, app performance, and session stability—not the route name alone.
Relay Route
A relay route sends the connection to a suitable access point first, then forwards it through an intermediate node to the target exit. The purpose is not to add steps, but to avoid a poor direct path and provide a more balanced connection to distant regions. For destinations in North America or Europe, relays are often a practical choice for everyday browsing, streaming, and file transfers.
Relay performance depends on coordination between the entry point, intermediate segment, and exit. If an app behaves unexpectedly, compare it with another relay in the same country or region. If the region is detected correctly but performance remains poor, consider switching to IEPL or direct. This separates the exit region from the path type and avoids aimless switching.
Direct Route
Direct routes primarily rely on public-internet routing between the local network and the exit server. Their structure is simple and suits general web browsing, message syncing, light file work, and situations requiring an exit in a specific country or region. They also help maintain coverage for farther or less frequently used destinations.
Direct performance is more sensitive to the local carrier network, usage hours, and changes in international routing. If it works normally during the day but fluctuates at busy times, first try a relay in the same region. If the target app needs a persistent session, consider an IEPL dedicated route. Direct does not mean low quality; it simply depends more on the public path available at that time, making cost, coverage, and usage frequency relevant together.
Route Selection by Use Case
The goal is not to find one exit you never need to change, but to match the region and path to the current app. The sequence below covers common use cases. Change only one condition at a time so you can tell whether the switch helped.
Web Browsing and Everyday Use
Start with a nearby Asia-Pacific exit that opens pages consistently. General browsing depends more on responsive connections and reliable DNS resolution than on distance, so there is no need to default to a farther region. If a site requires a specific region, switch to the relevant country or region. When visiting multiple sites, keep the same exit for a while to avoid extra verification triggered by frequent address changes.
Streaming and Regional Content
First confirm which region the content belongs to, then choose a supported route in that same region. If the app previously used another region, its cache may retain the old result; fully quit and reopen it. If you can access the platform but the catalog is wrong, check the exit region first. If the catalog is correct but playback is unstable, switch between IEPL and relay routes within the same region instead of changing countries.
AI Tools and Persistent Sessions
AI tools often involve login, streamed responses, file uploads, and long-running page sessions. Prioritize a region supported by the service and keep the exit stable throughout a task. For long-form generation, file analysis, or code collaboration, test an IEPL or relay route in the same region first. If the page opens but the login state keeps changing, stop automatic route switching and establish the session again.
Gaming and Interactive Apps
Choose a game route based first on the server region, not the account registration region. For servers in Asia, start with Asia-Pacific routes; for North American or European servers, choose the corresponding region. Games vary in their tolerance for path changes, so avoid switching exits after entering a match. If voice chat works but the game connection does not, check separately whether the game process and voice app use the same proxy rules.
Remote Work and Meetings
Video calls, remote desktops, online documents, and enterprise systems usually require session continuity. Prefer an IEPL or relay route in the target service’s region and test it before starting a meeting or remote session. When using several work apps, rule mode can send only apps that need international routes through the selected exit while leaving others on their existing connections, reducing unnecessary path changes.
How to Evaluate a Route Switch
Changing several conditions at once can mix together the region, route type, client mode, and app cache. Troubleshooting in a fixed order usually makes it easier to identify where the problem occurs.
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Fix the Target Region First
Determine which country or region hosts the service you need to access. For regional content, use the content’s region; for work systems, use the service deployment region; for games, use the game server region. If the target is unclear, start with a nearby Asia-Pacific exit instead of switching back and forth across continents.
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Then Compare Route Types in the Same Region
Within the same country or region, choose among IEPL, relay, and direct routes. Test whether one route completes login, page loading, and the actual task before comparing it with another. This shows whether the difference comes from the path structure rather than a changed exit region. Once an important task begins, keep the verified route stable and avoid automatic switching that could disrupt the session.
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Check the Client Connection Mode
Global mode sends more apps through the current exit and is useful for checking whether an app needs an international route. Rule mode is better for long-term use, allowing different apps to follow different paths. If the browser works but a standalone app cannot connect, check whether the app is covered by the rules and whether the system proxy or virtual network mode is enabled correctly.
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Re-establish the App Session
Some websites and apps record the exit region when a connection is established. After switching routes, close the relevant page or app, then reopen it and log in again. Refreshing alone may preserve the original session and make the switch appear ineffective. Before switching during an upload, meeting, or remote-control session, save your current work.
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Keep Reproducible Details
When submitting a support ticket, include the platform, client mode, target app, selected country or region, route type, and the steps that triggered the issue. “The login page opens, but submitting returns to the same page” is more useful than simply saying “the connection is bad.” Do not include passwords, subscription details, or other sensitive information in a ticket.
How Global Coverage Guides Practical Choices
VPNXV covers 100+ countries / 150+ routes. Broad coverage provides a corresponding exit when you access services in different regions and preserves alternatives when the path to one destination changes. It does not mean every country uses the same route type, nor that every app should use the farthest exit.
For most everyday access, start with a nearby region. For regional content, enterprise systems, or game servers, match the destination directly. When you need a persistent connection, compare IEPL and relay routes first; for remote regions used less often, start with direct. This sequence is easier to reproduce than trying countries at random and makes the conditions clearer when troubleshooting.
Windows, macOS, iOS, Android, and Linux users can obtain client apps or subscription configurations through the user panel. VPNXV supports unlimited devices online at the same time, making it suitable for use across personal computers, mobile devices, and regular work environments with one account. No email address is required for registration; a username and password are sufficient.
Choose a Route by Use Case, Then Compare Plans
Monthly subscriptions include 60GB, 250GB, and 500GB data tiers, resetting monthly on the activation date. You can also choose data packages that last until used and never expire. The plans page lists pricing, upgrade options, and the services included with every plan.