Browse EyVPN international routes by destination, connection type, and use case. This page lists representative city gateways and explains how IEPL dedicated lines, transit routes, and direct connections work, helping you choose clearly for everyday browsing, streaming, AI tools, gaming, and work.
Country coverage and route count are two different dimensions. Country coverage describes the geographic range of available exit locations, while route count indicates that one region may offer different cities, connection types, or network paths. When choosing a route, consider the target service, your current network environment, and the task at hand—not just the destination name.
Useful for accessing websites, content services, or work systems in different regions. When a target service requires a specific region, choose the corresponding country first. Without a regional requirement, start with a geographically closer gateway.
One country may offer multiple cities and route types. Multiple paths do more than add destination names: they provide alternatives when a route is affected by a local carrier, international gateway, or target site. The city list shows representative gateways; after signing in, use the routes available in your account as the basis for an actual connection.
Windows, macOS, iOS, Android, and Linux can be used at the same time as needed. For devices you use regularly, keep one stable route, and switch to a destination-specific route only for temporary tasks to avoid frequently changing the exit location on every device.
Representative cities are grouped into Asia-Pacific, North America, Europe, and other regions. The table is not intended as a permanent speed ranking, since real-world performance changes with the local access network, target site, and time of day. On narrow screens, swipe horizontally to view all columns.
| Country/region | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| Japan | Tokyo | IEPL dedicated line | Verify with the target service |
| Japan | Osaka | Transit | Verify with the target service |
| Singapore | Singapore | IEPL dedicated line | Verify with the target service |
| Hong Kong, China | Hong Kong | IEPL dedicated line | Verify with the target service |
| Taiwan, China | Taipei | Transit | Verify with the target service |
| South Korea | Seoul | Transit | Verify with the target service |
| Australia | Sydney | Direct connection | Verify with the target service |
| India | Mumbai | Direct connection | Verify with the target service |
| North America | |||
| United States | Los Angeles | IEPL dedicated line | Verify with the target service |
| United States | San Jose | Transit | Verify with the target service |
| United States | New York | Direct connection | Verify with the target service |
| Canada | Toronto | Transit | Verify with the target service |
| Canada | Vancouver | Direct connection | Verify with the target service |
| Europe | |||
| United Kingdom | London | Transit | Verify with the target service |
| France | Paris | Direct connection | Verify with the target service |
| Germany | Frankfurt | IEPL dedicated line | Verify with the target service |
| Netherlands | Amsterdam | Transit | Verify with the target service |
| Switzerland | Zurich | Direct connection | Verify with the target service |
| Italy | Milan | Direct connection | Verify with the target service |
| Other regions | |||
| Brazil | São Paulo | Transit | Verify with the target service |
| United Arab Emirates | Dubai | Transit | Verify with the target service |
| South Africa | Johannesburg | Direct connection | Verify with the target service |
| Türkiye | Istanbul | Transit | Verify with the target service |
| New Zealand | Auckland | Direct connection | Verify with the target service |
Routes may change with maintenance and traffic scheduling. The subscription content shown in the user panel represents the regions and gateways currently available to that account.
Route names describe the general way data is organized between local access and the overseas exit; they are not fixed speed tiers. The same type can perform differently across carriers, regions, and target services. A more useful approach is to understand each path’s characteristics, then choose based on your own connection results.
An IEPL dedicated line typically organizes local access, international transport, and overseas termination through a more clearly defined enterprise-grade path, reducing uncontrolled public-network segments. Its key value is a relatively clear route, making it suitable for tasks that depend on sustained transfer and stable interaction, such as long video meetings, continuous uploads and downloads, remote desktops, and collaborative documents.
These routes generally cost more to build and maintain than standard paths, so they are best reserved for important tasks rather than keeping every device connected to them based on the name alone. If a dedicated gateway is available in your target region, use it as a baseline and compare it with a transit route in the same region. Your final choice should reflect page response, video buffering, file transfers, and uninterrupted meeting audio.
A transit route first connects to a gateway better suited to your local network, then uses an intermediate node to reach the target region. Transit is not simply an extra hop; it can avoid route combinations that perform poorly when going directly overseas, allowing the entry and exit points to be chosen separately. For cross-carrier, cross-region access or evening network fluctuations, transit often adapts well.
Transit routes suit everyday browsing, streaming, AI tools, and general office work. Judge them by whether the complete task finishes reliably, not just by the route name. If several transit gateways are available in one region, keep a primary and a backup. When pages open but images remain incomplete, video quality repeatedly drops, or conversations disconnect, switching to another transit path in the same region is often more sensible than moving blindly to a distant destination.
A direct connection goes from local access straight to an overseas exit. Its structure is simple and makes it a practical foundation for coverage across more countries and less common destinations. When the local carrier’s native route to the target region performs well, direct access can provide a natural, straightforward path. For temporary tasks where destination matters more than connection performance, it is often a practical choice.
Direct connections depend more heavily on the local carrier and international gateway, so performance differences between networks can be more noticeable. Test a real task first by opening the target page, loading images, submitting a form, and keeping the connection active. If instability continues, move to a transit or dedicated gateway in a nearby city instead of repeatedly reconnecting to the same path.
Cost differences between dedicated, transit, and direct routes mainly come from link resources, gateway maintenance, route scheduling, and cross-region transport. A higher cost does not mean every scenario requires a dedicated line; a nearby direct route with a natural path may be better for lightweight tasks. Conversely, a nearby destination does not guarantee that every direct route is stable, since the local carrier’s exit path also affects results.
A more practical allocation is to reserve dedicated lines for ongoing meetings, remote operations, and important file transfers; use transit for everyday cross-border access and content services; and use direct connections for regional coverage, temporary lookups, and tasks with modest path requirements. This makes use of each route type’s strengths without treating one type as the universal answer.
Define the task first, then choose the region and route type. The suggestions below do not depend on a single test metric; they use the operation you actually need to complete as the standard. After choosing, keep the route for a while, confirm that the full workflow is stable, and then decide whether to make it your regular gateway.
For browsing international websites, researching information, and handling email, start with a nearby Asia-Pacific gateway such as Japan, Singapore, or Hong Kong, China. Distance is only a starting point; what matters is whether pages load continuously, images appear completely, and the login session remains active. If a nearby route occasionally stalls, first switch to another route type in the same region instead of moving straight to a more distant exit.
For streaming, start with the content’s region, then check whether the account region, app-store region, and playback-service rules align. After connecting to the target region, do not stop at the home page: open the content details and play it for a while. If buffering repeats, quality keeps dropping, or the app still shows content from the old region, clear its cache and try another gateway in the same region. Labels in the route table do not replace the target service’s final determination.
AI tools often depend on the web interface, API requests, account region, and session state at the same time. Choose a region explicitly supported by the target tool and keep the same stable exit for one work session; avoid switching countries during sign-in, content generation, or file uploads. If text chat works but file uploads fail, try another route in the same region first. If the sign-in page directly reports a regional issue, switch to another supported region.
For gaming, match the actual game-server region rather than choosing the country that looks closest by name. Confirm the game region first, then start with an entry in the same or a nearby region. Complete updates, sign-in, and matchmaking tests before entering a session, and avoid switching routes mid-game. If voice chat is clear but input response is unstable, compare direct and transit routes in the same region. If sign-in fails, also check the game region, account, and launcher connection.
Office work often combines web admin panels, code repositories, cloud documents, video meetings, and remote desktops in one connection, so continuity matters more than short bursts of loading speed. Try a dedicated line or stable transit gateway first, and keep the exit region consistent during the same work session. Before an important meeting, test sign-in, screen sharing, file uploads, and audio. For remote desktops, check keyboard input, window refreshes, and file synchronization for continuity.
If a company system has regional access rules, choose an exit that meets the organization’s requirements and avoid changing countries during authentication. When one application behaves unexpectedly, do not change every device at once. Switch to a backup route in the same region on a single device first to determine whether the issue comes from the path or the application. This narrows the troubleshooting scope and avoids disrupting other working endpoints.
Stable route selection is not about constantly changing countries; it is about narrowing the options through a consistent process. The steps below work for a first connection and for cases where a page opens but the specific task cannot be completed.
Use the regional requirements of the website, content service, AI tool, game region, or company system to determine the country. Without a clear regional requirement, start with a nearby gateway. Do not change the region, client, and network environment at the same time, or it will be difficult to identify what caused the change.
For ordinary web pages and short lookups, try a direct or transit route first. Ongoing streaming, AI sessions, and general office work are better suited to stable transit. For video meetings, remote operations, and important transfers, compare dedicated lines first. Route type is only a filter; the final test is whether the real task completes fully.
For browsing, check sign-in, images, and forms. For streaming, open the content details and play it. For AI tools, complete a conversation and a file operation. For work, test meetings, cloud documents, or remote desktops. Opening a home page alone cannot confirm that the rest of the path works properly.
When the target region is correct but the connection is underperforming, first try another city or route type in the same country. This preserves consistency for the account and content region. Consider changing countries only when the target service supports multiple regions or the current country is generally unsuitable for the task.
Once a route works well with your current network, keep it as a regular choice and remember a backup gateway in the same region. When network conditions change, try the backup first instead of retesting every region. You can also assign routes by task across devices; EyVPN supports unlimited simultaneous devices.
Geographic distance helps narrow the initial shortlist, but cross-border traffic also passes through the local carrier, international gateway, and target service network. A nearby city with a congested path may perform worse than a transit gateway in a neighboring region. Start with distance, but finish with a real task rather than deciding from the map alone.
City gateways in the same country may use different route types. A dedicated line can handle sustained work, transit can cover everyday access, and a direct connection can handle temporary regional needs. Consider the country and route type together to understand why one exit region may offer several gateway options.
Some apps retain earlier regional information, login sessions, or content catalogs. If old content still appears after switching routes, sign out of the app, clear its cache, and reopen it. Account region and app-store region may also influence the result, so not every outcome can be attributed to the route.
Changing the exit repeatedly during sign-in, payment, file uploads, or remote collaboration may trigger reauthentication or interrupt an active connection. Once an important task begins, keep the route consistent where possible. If you must switch, save your work and finish the current operation before connecting to the backup gateway.
EyVPN supports Windows / macOS / iOS / Android / Linux. Network permissions, battery-saving policies, background execution rules, and DNS settings differ across operating systems. If the same route works on one device but not another, compare client permissions and system network settings before concluding that the entire region is unavailable. On mobile devices, prevent the system from pausing the client in the background; on desktop devices, check whether other proxy settings are active alongside the current connection.
This page presents the route structure and representative cities. Maintenance, scheduling, and regional arrangements may change; the subscription content in the user panel represents the gateways currently available. Access the panel to obtain the client and subscription; static installers and public subscription URLs are not provided.