International Routes · A Quick Reference

International Routes and Server Selection

120+ countries / 150+ routes. First check the region requirements of the service you want to use, then choose an exit location and connection type. Coverage is just a starting point; how reliably a route handles your actual tasks is what matters.

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View routes in dashboard View plans

This page provides static location references and server selection guidance, not live performance data. Check the dashboard for route names, availability, and type information in your client.

Browse International Server Locations

The cities below help you compare locations and plan your server selection; they are not a list of currently available servers. Coverage includes 120+ countries / 150+ routes. Check the dashboard to see whether an exit in a specific city is available.

Know the difference between location and route type

Location generally describes where a route exits; route type describes how the connection is organized. They are not the same thing: a Tokyo label alone does not tell you whether a route uses a dedicated connection, a relay, or a direct connection. If the dashboard does not specify the type, don't assume one.

A city alone also can't tell you whether a route supports streaming. Platforms may consider the exit IP, account region, licensing rights, and access behavior when deciding what content is available. Different exits in the same region can produce different results, so verify after connecting rather than relying on a fixed catalog or guaranteed playback.

Location reference: check the dashboard for availability and route type
Country or region	City	Route type	Streaming availability
Asia-Pacific
Japan	Tokyo	Check the dashboard	Verify after connecting
Singapore	Singapore	Check the dashboard	Verify after connecting
Hong Kong	Hong Kong	Check the dashboard	Verify after connecting
South Korea	Seoul	Check the dashboard	Verify after connecting
Australia	Sydney	Check the dashboard	Verify after connecting
New Zealand	Auckland	Check the dashboard	Verify after connecting
North America
United States	Los Angeles	Check the dashboard	Verify after connecting
United States	Seattle	Check the dashboard	Verify after connecting
United States	New York	Check the dashboard	Verify after connecting
Canada	Vancouver	Check the dashboard	Verify after connecting
Canada	Toronto	Check the dashboard	Verify after connecting
Mexico	Mexico City	Check the dashboard	Verify after connecting
Europe
France	Paris	Check the dashboard	Verify after connecting
United Kingdom	London	Check the dashboard	Verify after connecting
Germany	Frankfurt	Check the dashboard	Verify after connecting
Netherlands	Amsterdam	Check the dashboard	Verify after connecting
Switzerland	Zurich	Check the dashboard	Verify after connecting
Sweden	Stockholm	Check the dashboard	Verify after connecting
Other regions
Brazil	São Paulo	Check the dashboard	Verify after connecting
Chile	Santiago	Check the dashboard	Verify after connecting
South Africa	Johannesburg	Check the dashboard	Verify after connecting
United Arab Emirates	Dubai	Check the dashboard	Verify after connecting

On narrow screens, swipe horizontally within the table. If the dashboard doesn't list your preferred city, check other exits in the same region. Don't assume a nearby city has the same content licensing or service availability.

Distance is only one factor when choosing a location

When traveling or living abroad, your internet connection can change depending on where you stay, work, or travel. A nearby exit can be a useful starting point, but data doesn't always take the shortest route. Your local network's exit point, connections between providers, and the target service's location can all affect performance. Map distance can't replace testing the connection in practice.

Before choosing a location, check the target service's published availability. For browsing without specific regional requirements, try a nearby location first. For tools or streaming platforms with explicit regional requirements, follow their rules. Keep a primary and backup exit, and note which tasks each works well for; that's easier than checking the whole list every day.

How Dedicated, Relay, and Direct Routes Work

The following is general networking information. It does not mean that every VPNTL route uses these types. Check the dashboard for details about procurement, routing, and the types actually offered.

Route design · Dedicated transport

IEPL Dedicated Lines

IEPL generally refers to an international Ethernet private line, a dedicated Ethernet connection between specified endpoints. For a subscription service, it may cover only one segment of the route, not the entire connection from your device to the destination website. Your local network connection, access to the service, and the path from the exit to the target service are each affected by their respective network conditions.

These resources typically cost more to procure and maintain, and may suit users who value predictable routing, consistent data transfer, and performance during busy periods. However, the label “dedicated line” doesn't identify the exit IP or guarantee that an app will allow access. Check what the label means, then test it with your actual work or streaming tasks. Don't assume a route is dedicated unless that is clearly stated.

Route design · Entry-point forwarding

Relay Routes

A relay route places a forwarding entry point between you and the final exit. The client connects to the entry point first, which then forwards requests to the next exit. This can help take advantage of connections between different networks, but adding a forwarding hop doesn't necessarily improve performance. The entry point, onward route, and conditions across each network segment all matter.

Relay costs vary with entry-point resources, cross-region transfers, and maintenance; they don't fit a single fixed price category. A relay may be worth trying when a direct route to an exit doesn't work well and you want to test a different path. Compare routes using the same task, checking page loads, file transfers, and long-lived connections rather than relying on whether the route name includes “relay.”

Route design · Direct connection

Direct Routes

A direct route generally means the client connects to the destination exit without an additional service-side relay entry point. It doesn't mean data bypasses all other network equipment or travels over a dedicated link between you and the exit. Public internet traffic still follows routes set by network providers, and performance varies with your connection and the destination.

With similar resources, fewer service-side forwarding hops may simplify deployment; actual costs still depend on exit resources and transport arrangements. A direct route can be a good option for everyday access when the path from your location to the exit performs well. If you experience intermittent pauses, compare other routes instead of attributing the issue solely to the exit country.

Route type answers “how does the connection work?” Location answers “where does it exit?” Neither tells you whether a platform allows your account to use it. Check the details, then test your task.

A Server Selection Checklist by Use Case

Everyday browsing, streaming, AI tools, and work all have different connection requirements. Test routes with your actual workflow instead of treating one performance metric as the whole picture.

Everyday browsing: check the page and its resources

For news, research, and general browsing, start with a nearby exit that has no additional regional requirements. After opening a page, check that images, document previews, and search results load too. Seeing a page title doesn't mean all its resources connected successfully. If links within a site keep failing, check whether some requests are using a different route.

Keep a regular route that handles your full browsing workflow. Before switching, close any forms you're submitting to avoid changing network conditions mid-request. If only one site is affected while others work, check the service status and client rules before replacing all your connection settings.

Streaming: check the region, then test playback

Before streaming, check your account plan and the regional licensing for the content, then choose an appropriate exit. Reaching the home page only confirms that the page loads; open the title you want to watch and check playback, seeking, and subtitle resources. Picture quality depends on the content source, platform settings, device capabilities, and network conditions. This page does not promise a specific viewing experience.

Try to keep the same exit throughout playback. If you see a region warning, check your current exit and client routing rules, then consult the platform's help documentation. After switching routes, reload the app so an existing session doesn't retain its previous region assessment. For more streaming checks, see the streaming access guide.

AI tools: prioritize stable sessions and streaming responses

Tools such as ChatGPT, Claude, and Gemini may each have requirements for supported regions, account status, and access behavior. Check the tool's published service availability before choosing an exit; being able to load its website doesn't mean your account is eligible. Use a consistent network for sign-in, conversations, and file uploads to reduce extra verification caused by frequent region changes.

When testing, don't stop at the sign-in page; complete a conversation and check that responses stream continuously. Developers using command-line tools or IDE extensions should check proxy settings for those processes separately. A successful browser connection doesn't verify API requests. Follow the platform's rules if your account is restricted; switching routes won't resolve every restriction. See the AI acceleration guide.

Gaming: match the server region and connection rules

First check the region of the game server you actually connect to, then choose a suitable exit to test. Downloads, account sign-in, and gameplay may use different connection methods, so a successful download doesn't prove the route will work for a game session. When comparing routes, look for consistent responsiveness and repeated disconnections, and check the gaming platform's rules on network tools.

Try not to switch exits once an online session starts. Check that the game process is actually using the intended route through your client rules; changing your browser's exit won't improve game traffic if only browser requests use the proxy. This service isn't a replacement for game-specific optimization tools and doesn't guarantee compatibility with every game.

Work: test meetings and file sync separately

Work often involves email, business sign-in, meetings, and cloud files. First check whether your organization allows external network services. Follow your organization's access procedures for internal resources with dedicated connection requirements; don't replace them on your own. When evaluating a route, check sign-in and permissions first, then test meeting audio and video, document editing, and file sync separately.

No device limit makes it easy to use your computer and other devices on the go, but each device may need separate rules and system permissions. Keep a tested backup route for meetings. Before switching, let attendees know and save your work. If something goes wrong, note the time, connection network, exit name, and symptoms so you can describe the issue in a dashboard support ticket.

Verify and Troubleshoot Your Connection

Check the exit, rules, app, and account separately to narrow down the cause faster and avoid repeatedly changing settings that aren't relevant.

Check your actual exit

Once connected in your client, use IP lookup on this site to check the exit shown for your browser requests. This is a useful reference, but it doesn't mean every app on your device uses the same route. If it shows a different region than expected, check your system proxy, app rules, and selected route.

IP geolocation databases may not be up to date, and an exit's location alone can't prove that streaming or AI tools will work. Check the target app's actual response. If the lookup fails, note the message and check your client connection; don't assume the route itself is faulty.

Change one setting at a time

First check your account plan and traffic status, then confirm that your client has loaded its configuration. Keep the task the same and change only the route you're testing. If you also change the client and network, it becomes hard to tell which change made a difference. Pausing unrelated large file transfers can also make the results easier to interpret.

Windows / macOS / iOS / Android / Linux are all supported platforms, but permissions and import steps vary by system. If you need to set things up again, follow the quick-start guide in order. Don't share your account password, subscription link, or screenshots containing personal information while troubleshooting.

Keep a travel-ready route log

A record of your usual locations, target apps, and test results is more useful than a server name alone. Retest when your network changes, especially when moving between home and the office. If a route no longer works well, choose a backup exit that meets the same regional requirements and repeat the original workflow. This helps separate a location change from a change in connection quality.

Consider route selection separately from plan traffic. Monthly plan traffic resets each month on the activation date. Data add-ons last until used and never expire. Your usage frequency and transfer needs determine which billing option suits you; route names aren't a substitute for plan details. VPNTL offers a 14-day money-back guarantee. See the Terms of Service for application details and conditions. For full pricing and payment methods, visit the plans and pricing page.