90+ countries / 150+ routes

Servers and cross-border routes

Start with the exit location, then compare route types.

An overview of VPNGas coverage, route types and use cases. A location indicates the general direction of an exit, not that every route follows the same path. Choose based on your local network, the service you need and the time you use it.

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Regional routes

The list below covers popular locations, not the full route inventory. Check the country or region, city and route type separately. A location alone does not confirm a specific city, dedicated-line setup or streaming availability.

Popular routes are grouped by Asia-Pacific, North America, Europe and other regions. For current details, check the route list after logging in.
Country/Region	City	Route type	Streaming support
Asia-Pacific
Hong Kong	Check the route list	Check route labels	Check results with the service
Japan	Check the route list	Check route labels	Check results with the service
Singapore	Check the route list	Check route labels	Check results with the service
North America
United States	Check the route list	Check route labels	Check results with the service
Europe
Netherlands	Check the route list	Check route labels	Check results with the service
Other regions
For specific countries, cities and route types in other regions, log in to the dashboard. This page does not infer unlisted locations from total coverage figures.

What a location label tells you

An exit location affects the location a website detects, making it an important factor when choosing a streaming library, regional service or business system. Sites may also consider account region, payment details, device settings and their own access policies. Treat a location label as a starting point, then check the service itself.

City labels give a more specific indication of the exit location; route types describe how connections are organized and forwarded. Routes from different access providers to the same exit may differ, as can routes within one location. We do not assign a fixed route type to a specific city, since general network topology does not confirm a particular server setup. Compare routes using their actual labels.

Route types and cost differences

IEPL, relay and direct describe network paths, not a quality ranking. The sections below explain general principles; not every route type is available in every location. Check the dashboard for VPNGas route details.

IEPL dedicated line

Dedicated transport resources on the international segment

IEPL generally refers to an international Ethernet private line. In this type of setup, some international traffic travels over dedicated links, reducing reliance on changes to public internet routes. The paths from your device to the access point and from the exit to the destination still matter. A dedicated-line label does not replace end-to-end checks or rule out fluctuations caused by local Wi-Fi or the destination service.

Best for: Work sessions that need a persistent connection, remote collaboration and tasks where consistency across usage periods matters. Compare how well your actual tasks work rather than relying on the route name alone. Peak-time performance can also depend on access capacity, shared resources and the exit path.

Cost differences: Dedicated transport resources typically involve capacity, access and maintenance costs, so their cost structure differs from standard public-internet forwarding. This does not indicate which routes are included in a particular plan, nor does a higher cost mean a route is better for every use case. Check available options in the dashboard.

Relay

Connect to a relay point before reaching the exit

A relay route adds a forwarding node between you and the final exit. It may first connect through an entry point better suited to your local network, then use another path to reach the destination region. The goal is to improve how the route connects; a relay does not automatically mean the international segment uses a dedicated line. Check the full route label.

Best for: Everyday browsing, video and general tools when a direct route is not performing well. Compare the actual experience on a relay route. An extra forwarding step may improve routing or introduce a bottleneck, so more hops do not automatically mean greater stability.

Cost differences: A relay uses entry, forwarding and exit resources, so cost depends on how the links connect as well as on the exit. When comparing routes, check whether pages load fully, transfers continue reliably and reconnections work; do not judge value by the label alone.

Direct

Fewer additional service forwarding steps

Direct usually means the client connects to the relevant exit over the public internet without an additional service relay entry point. Traffic still passes through network provider routers, so direct does not necessarily mean a shorter physical distance or a single hop. The actual path depends on both the access and exit networks.

Best for: Everyday access when the path from your local network to the destination exit works well. Direct routes are also useful for comparison with other route types. If performance changes noticeably at different times, check your access environment before switching paths; repeatedly changing clients is not necessary.

Cost differences: Direct routes are generally simpler to organize than complex relays or dedicated transport, but still involve server, exit traffic and operational costs. Simpler does not mean worse, and more complex does not mean better. A route is worth choosing when it works reliably for your actual tasks.

Understanding peak-time fluctuations

A route is a complete path, and congestion at any point can affect the experience. Shared home networks, wireless interference, changes in your access provider's routing, competition for relay resources and busy destination websites can all slow pages or cause video buffering. One unsuccessful visit is not enough to conclude that the exit location or protocol is at fault.

When comparing route types, keep the same device, app and general conditions, and change only the route. Changing the network, exit and app settings at once makes results difficult to interpret. For more on protocols, resource use and network paths, see the protocol and routing guide.

Choose an exit by use case

First check the location requirements of the service, then compare routes. No single location works for every task, and there is no need to switch frequently just to match a label.

Everyday browsing

For browsing, research and everyday sites, prioritize easy connections, complete page loads and fewer repeated reconnections. Start with popular locations that meet your needs, compare them on the same local network and keep the route that works best in your environment.

Web pages often load resources from several sources. If the home page opens but images, attachments or login redirects fail, that does not necessarily mean the entire route is unavailable. Check whether the issue affects just one site, then review your client’s split-tunneling rules and confirm the destination domain uses the expected route.

Video and streaming

For streaming, check the library region and account eligibility first, then assess playback over time. An exit in a particular location does not guarantee access to all content there. Platforms may change how they identify exits, and catalogs and licensing can change. Route lists therefore do not make blanket support claims; check access with the platform itself.

To verify access, play the content you want to watch rather than checking only the home page. If the site opens but playback fails, check your account region, app cache, current exit and any platform messages. Once you find a working route, keep the same exit where possible to avoid disrupting your session. See the streaming access guide for more tips.

AI tools and APIs

For AI tools, first check the provider’s supported regions and account requirements. A web page loading does not confirm that sign-in, file uploads, generation or API calls will work. Test your actual workflow, paying particular attention to continuous output and whether longer tasks complete successfully.

For development, also check that your editor, terminal and background processes use the same proxy settings. Changing the browser route may not affect command-line tools. Authentication or quota messages from an API are not necessarily network errors. A location label cannot guarantee a particular exit capability; contact support through a dashboard ticket to confirm specific needs. See the AI tools guide for troubleshooting.

Gaming connections

Choose a route based on the game server location and the client’s network requirements, not just the region on your game account. Launchers, update services and game sessions may use different connection methods, so smooth browsing does not guarantee a good in-game connection. Check the game’s network requirements before testing a route.

During testing, check whether sessions disconnect, recover after switching mobile networks and require specific transport support. This page does not make blanket compatibility claims for individual games. If an issue occurs only in-game, submit the region, client message and route you selected in a support ticket for further checks.

Work and remote collaboration

Work depends more on session continuity and consistent account verification. For documents, remote desktops and meetings, prioritize routes tested in your current environment and keep the exit consistent while tasks are in progress. Frequent location changes may trigger another verification by business systems or interrupt file transfers.

Follow your administrator’s requirements when accessing internal systems. VPNGas allows unlimited simultaneous devices, but keep your account and subscription link secure and check data usage in the dashboard. Monthly subscription data resets each month on the activation date. Data add-ons never expire and remain available until used. See the plans page for billing differences.

Connection checks and support

Choose routes based on the task at hand. Reproducible details are more useful for troubleshooting than repeatedly switching routes.

Test access, then save a preferred route

Log in to the dashboard to check the current route list and its location and type labels. Use the client download section to get the app and subscription. Supported platforms: Windows / macOS / iOS / Android / Linux. Get your subscription after logging in; the dashboard checks download eligibility. If you have not set up a client yet, follow the getting started guide to import your subscription, then return to compare routes.

After connecting, open the target service and check that sign-in, page resources, playback or task submission works as expected. If browsing works but your editor or terminal does not, check that app’s network settings. Before saving a preferred route, test it in your usual environment with a complete task; a page loading once by chance is not a thorough check.

What to record when something goes wrong

First check whether all sites are inaccessible or only the target app is affected. Note the platform, access network, client message, route name and approximate time, and whether switching routes resolved the issue. If other routes work, compare their paths. If none work, check your subscription status, local connection and client settings.

For further help, submit a request through dashboard support. Hide passwords, subscription links and other credentials in screenshots, and never share the full subscription details publicly. Plans include a 30-day money-back guarantee; see the Terms of Service for details. Check route selection and refund eligibility separately; one access result does not imply any additional guarantees.