Cross-Border Gateway · Regions & Topology

VPNXG International Routes

Choose a connection path based on your destination and route type.

The region determines the exit location, topology affects the route, and each app has its own access requirements. This page explains these factors separately to help you compare routes instead of judging performance by name alone.

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Region / City / Exit

Regional route guide

VPNXG covers 110+ countries and 160+ routes. The examples below group city and topology combinations by Asia-Pacific, North America, Europe, and other regions to help explain route names in the dashboard. This is not a complete route list, and the examples may not all be currently available. Check the dashboard and client for actual regions, cities, and route types.

All streaming entries in the table are marked “Verify with the platform.” The exit region may differ from the region detected by a platform, and available content can depend on your account, licensing, and platform policies. A country name alone cannot guarantee access to a platform or title.

Static route examples. Check the dashboard for availability and test streaming access after connecting.
Country / Region	City	Route type	Streaming availability
Asia-Pacific
Japan	Tokyo	IEPL	Verify with the platform
Japan	Osaka	Relay	Verify with the platform
Singapore	Singapore	IEPL	Verify with the platform
Hong Kong	Hong Kong	Relay	Verify with the platform
Australia	Sydney	Direct	Verify with the platform
North America
United States	Los Angeles	IEPL	Verify with the platform
United States	Seattle	Relay	Verify with the platform
United States	New York	Direct	Verify with the platform
Canada	Vancouver	Relay	Verify with the platform
Canada	Toronto	Direct	Verify with the platform
Europe
United Kingdom	London	Relay	Verify with the platform
Germany	Frankfurt	IEPL	Verify with the platform
France	Paris	Direct	Verify with the platform
Netherlands	Amsterdam	Relay	Verify with the platform
Sweden	Stockholm	Direct	Verify with the platform
Other regions
Brazil	São Paulo	Relay	Verify with the platform
Chile	Santiago	Direct	Verify with the platform
South Africa	Johannesburg	Relay	Verify with the platform
United Arab Emirates	Dubai	Relay	Verify with the platform
Türkiye	Istanbul	Direct	Verify with the platform

Entry / Transit / Exit

Route types and path differences

Route types describe how traffic reaches an exit; protocols describe how the client and server communicate. They are different layers of choice. A region may offer multiple topologies, and the same topology may use different protocols. Route names can narrow down your options, but they do not tell you which route will be faster on every network.

IEPL

Focus on the cross-border segment

How the route works: Local connection → dedicated link → exit → destination service

An IEPL route generally uses an Ethernet private line to carry traffic along part of the route. Its value lies in how the cross-border segment is arranged and resourced—not in making the entire connection a dedicated channel. Your local wireless network, access provider, and the route from the exit to the destination still affect performance. Congestion anywhere along the way can impact page loads, file transfers, or video playback.

This type of route may suit sustained transfers and situations where reducing the impact of route fluctuations is important, such as video calls, streaming responses, and extended work sessions. Dedicated-link services typically involve higher resource costs, but that does not guarantee a benefit for every user. Compare performance on your usual network and during your normal usage hours to see if it suits you. This page does not imply that a topology provides dedicated resources or carries additional fees.

Relay

An entry point routes traffic onward

How the route works: Local connection → relay entry → exit → destination service

A relay route first sends the connection to an entry point, which forwards it to the exit. An extra hop does not necessarily mean slower access: a better-connected entry point and onward route may make the full path more stable than a direct connection to the exit. On the other hand, congestion at the entry point or a poor onward link can add delay. Evaluate the whole route rather than ranking options by the number of hops.

Relay routes can suit everyday browsing, use across multiple apps, and comparisons between different entry points. Operating costs depend on entry and exit resources and how traffic is carried between them; there is no fixed cost ranking independent of the deployment. To compare options, keep the exit region similar and test different route types. This makes it easier to tell whether a change comes from the route or simply from connecting to a different region.

Direct

Connect directly to the selected exit

How the route works: Local connection → exit → destination service

A direct route connects the client to the exit service without an additional relay entry point configured by the service. The topology is simpler, but traffic still passes through routing equipment on the physical network. It travels across your access network and the provider's interconnection routes to reach the remote exit. Performance depends more on routing between your local provider and the destination region, and may vary differently from other route types during busy periods.

When the connection from your location to an exit is suitable, direct access can be a good option for everyday use and comparison tests. It generally requires fewer additional relay resources, but the overall cost still depends on exit resources and transport arrangements. That alone does not mean a particular plan is cheaper. If direct access meets your needs, keep using it; if performance is unstable, compare relay or IEPL routes in the same region. This gives you a clearer basis for comparison than switching to distant regions without a specific reason.

Protocols and topologies are separate concepts. For more on client compatibility, transport methods, and resource use, see Protocol guide.

Destination / Session length / Region requirements

Choose a route by use case

The right route is not a fixed region; it is one that connects your target app on your current network. When comparing options, keep the device, network, destination, and action consistent, and change only the route. Changing the protocol, split-tunneling rules, and exit at the same time makes it hard to identify what caused the difference.

Everyday browsing

Web access involves DNS lookups, connection setup, and loading images and scripts. Opening the homepage does not mean every page resource loaded successfully. If you have no specific regional requirement, start with a nearby candidate region. Test familiar sites to make sure pages load fully and links continue to work, then decide whether to keep the route. If only one site has issues, check the site itself and your browser state before changing all your connection settings.

For everyday browsing, you can also use client split-tunneling rules to route selected traffic through an international route. If a webpage shows an unexpected region, check your existing browser session and the detected exit region rather than inferring the exit location from the page language alone.

Video and streaming

Before streaming, check the platform's service regions and account requirements, then compare relevant exits. Platforms such as Netflix, Disney+, and YouTube set their own content availability rules; a route's region name does not prove that a title is licensed there. Use your own account to open and play the content you want. Check that playback starts, resumes after seeking, and maintains your preferred quality.

If a page loads but playback fails, check whether the issue is related to your account, content region, or network connection. Changing protocols alone may not affect how a platform identifies your connection, and a successful visit once is no guarantee of future access. For more testing tips, see Streaming support guide.

AI tools and developer requests

AI tools may use a browser session or send requests through an editor or command line. First check the service's supported regions and account requirements, then test the full interaction: submit a request, wait for a response, and receive the complete output. If the website works but the editor does not, check whether the app uses the system proxy or client split-tunneling rules; this does not necessarily mean the exit is unavailable.

Long responses from ChatGPT, Gemini, and developer tools depend more on a stable connection than on how quickly the page first opens. Keep routes that complete the work you need. If you encounter a service limit, account restriction, or tool configuration error, follow the relevant guidance; changing routes cannot override those conditions.

Gaming and interactive apps

Choose a route based on the game's actual server region, not the region shown by a browser. Game updates, account sign-ins, and gameplay may use different service addresses, so a browser test cannot predict in-game performance. Also check that your client protocol and split-tunneling settings support the game's connection method; refer to the client and app documentation for compatibility details.

Test sign-in, matchmaking, and session stability in a setting that does not disrupt a live match before deciding whether to use a route. If only the game has issues while other apps work, first check whether its traffic is using the selected route. VPNXG international routes are not dedicated optimizations for every game and do not guarantee competitive performance.

Remote work and collaboration

Work use cases may involve meetings, document collaboration, and company system access policies. If your organization requires a specific exit region, device management, or enterprise access tools, follow its policies first to avoid access issues from changing routes. For meeting quality, test audio, video, and screen sharing. Opening the meeting website alone does not confirm that a full session will work.

VPNXG supports Windows / macOS / iOS / Android / Linux, with unlimited simultaneous connections. Devices may use different access networks, so test each one separately. Choose a route before an important session and avoid changing exits mid-session, as some apps may require you to reconnect or verify your account again.

After connecting / Check each app

Connection test

When the client shows Connected, it means the connection process reached the state recognized by the client; it does not mean every app will automatically use that route. A complete check should confirm the exit region, target app, and split-tunneling settings. To help diagnose an issue, note the device platform, access network, route name, and app message rather than saying only that the connection is not working well.

Check your exit and split tunneling

Use IP lookup to check the exit region shown in your browser, then confirm the target app uses the same route. Browser extensions, built-in app proxies, and client split-tunneling can produce different results. If the browser still shows the previous region after a route change, check your rules and existing sessions instead of cycling through multiple regions.

Compare during your usual usage hours

Crowded local Wi-Fi, busy access networks, link congestion, and destination service load can all affect performance. Compare routes in the environment where you normally use them, and check whether they complete the task you need. A successful file transfer does not mean a route will also suit video calls; test each type of app accordingly.

Keep your account and connection consistent

Frequently changing regions may cause a website to ask you to verify your sign-in again. Once you find a suitable route, use the same exit for your main activities and keep other options as backups. Never share your subscription URL, password, or screenshots containing account details. Include only the information needed when reporting an issue.

Check current availability in the dashboard

Download clients and get subscription details through the user dashboard. Log in to retrieve your subscription; available clients depend on your plan in the dashboard. If you are setting up a new device, start with the Quick start guide. For connection issues, visit the Help Center or submit a ticket in the dashboard.

View routes in dashboard Open a support ticket