ROUTE DIRECTORY
Route directory
The table below highlights representative regional entry points to illustrate route distribution and topology. Overall coverage includes 110+ countries / 230+ routes; the current list in the user panel determines the entry points available to you.
| Country or region | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| Japan | Tokyo | Direct | Supported |
| Japan | Osaka | Transit | Supported |
| Hong Kong, China | Hong Kong | IEPL | Supported |
| Singapore | Singapore | IEPL | Supported |
| Taiwan, China | Taipei | Transit | Supported |
| South Korea | Seoul | Direct | Supported |
| Malaysia | Kuala Lumpur | Direct | Supported |
| Thailand | Bangkok | Direct | Supported |
| Indonesia | Jakarta | Transit | Supported |
| Philippines | Manila | Direct | Supported |
| India | Mumbai | Transit | Supported |
| North America | |||
| United States | Los Angeles | IEPL | Supported |
| United States | Seattle | Direct | Supported |
| United States | New York | Transit | Supported |
| United States | Chicago | Direct | Supported |
| Canada | Toronto | Transit | Supported |
| Canada | Vancouver | Direct | Supported |
| Mexico | Mexico City | Direct | Supported |
| Europe | |||
| Germany | Frankfurt | IEPL | Supported |
| Switzerland | Zurich | Direct | Supported |
| United Kingdom | London | Transit | Supported |
| France | Paris | Direct | Supported |
| Netherlands | Amsterdam | Direct | Supported |
| Finland | Helsinki | Transit | Supported |
| Italy | Milan | Direct | Supported |
| Spain | Madrid | Direct | Supported |
| Other regions | |||
| Australia | Sydney | IEPL | Supported |
| New Zealand | Auckland | Direct | Supported |
| Brazil | São Paulo | Transit | Supported |
| United Arab Emirates | Dubai | Direct | Supported |
| South Africa | Johannesburg | Transit | Supported |
| Türkiye | Istanbul | Direct | Supported |
ROUTE TOPOLOGY
Route type guide
Distance between cities is only one factor in route selection. The path from your local network to the destination service often explains the connection experience better than the server name.
IEPL connection
IEPL connections use a more defined cross-border transport path, organizing key links between the local entry point and overseas exit through a relatively independent route. The focus is not the city name, but reducing unpredictable detours and congestion on the public internet. For sustained transfers, remote meetings, cloud document collaboration or stable access during peak hours, these routes generally provide more consistent performance.
Dedicated route resources cost more to build and maintain than ordinary public-network paths, making them suitable when stability is the priority. Still, confirm the destination service region first; a “dedicated” label does not justify crossing an unnecessarily large geographic distance. Longer distances add path length, so when a suitable nearby dedicated entry exists, it is usually the more sensible choice.
Transit route
A transit route first sends the connection to a region better suited as an entry point, then forwards it from the transit node to the target exit. Splitting a long-distance path can help address weak direct interconnection between carriers and allows more suitable upstream networks for different destinations. The visible exit city may differ from the actual entry point, which is normal for transit topology.
These routes suit destinations that are far away, direct paths with obvious detours, or situations where interconnection quality between the local carrier and target network is uneven. Transit adds a transmission hop, so scheduling and maintenance costs are generally higher than for ordinary direct routes, though results still depend on the specific entry, exit and upstream combination. If a transit route fluctuates, try another entry in the same region instead of immediately changing the destination country.
Direct route
A direct route connects the current network straight to the target exit, with a simpler path and fewer intermediate scheduling steps. It suits nearby destinations, smooth carrier interconnection and clearly defined access targets. For everyday browsing, message syncing, light file transfers and temporary region changes, direct routes are often easy to evaluate and offer a balanced choice.
Direct does not always mean the shortest path. Public networks choose transmission directions based on carrier interconnection and routing policies, so even nearby cities may involve detours. Compare available routes within the same region rather than looking only at map distance. If a nearby direct route is unstable on your current network, switching to same-region transit or IEPL is often more effective.
Choose an exit in the corresponding region for the service you need to access, reducing mismatches between account region, content region and exit location.
Try direct routes first for ordinary tasks; for long transfers, meetings and ongoing collaboration, compare transit and IEPL connections first.
Your local carrier, access method and destination service all affect the result. Testing with the task you actually need is more reliable than judging by route labels alone.
SELECTION GUIDE
Choose routes by use case
There is no single best route. Clarify what you are accessing first, then choose the exit region and topology to reduce unnecessary switching.
Everyday browsing
For international websites, research or messaging, start with a nearby direct route. A nearby entry is usually easier to understand, and page connections and scattered resources load more naturally. If a site serves different content by region, switch to an exit in the target region.
There is no need to stay on a distant server for everyday browsing. If sites span multiple regions, choose a broadly covered area with balanced performance as your regular entry; switch briefly when a service requires a specific region.
Streaming
Streaming route selection starts with the region of the content you want to watch. Keep the account region, exit location and platform licensing area as consistent as possible. After connecting, open the platform homepage to confirm the catalog before playback, rather than changing exits repeatedly during playback.
For extended viewing, consistent sustained transfer matters most. Compare transit or IEPL connections in the target region first, and keep another route in the same region as a fallback. Platforms may change their detection rules, so a support label indicates an optional entry point, not a permanent content guarantee.
AI Tools
When using AI tools such as ChatGPT, Claude and Gemini, keep the exit region and account environment stable. Switching frequently between distant regions can change the session environment. Choose a region you can use consistently, with direct, transit or IEPL alternatives in the same area.
Text conversations do not require much burst bandwidth, but long responses, file uploads and continuous sessions depend more on a stable path. If you regularly process documents, test transit or IEPL first; for occasional questions, a nearby direct route is usually simpler.
Gaming
For gaming, prioritize an exit near the game server’s location rather than simply choosing the nearest city. The login region, matchmaking region and actual server region may differ, so use the server region shown in the game as your reference.
For games sensitive to path changes, test a direct route to the target region first, then compare transit in the same region. Complete a real match after switching and observe responsiveness and connection continuity. Update downloads and live matches have different requirements, so a route suited to downloads may not suit sustained interaction.
Remote work
Remote meetings, code repositories, cloud documents and business systems often require a session to remain active for a long time. Choose an exit near the office system or the team’s main service region. If work involves sustained file transfers, compare transit and IEPL connections to reduce the impact of public-path fluctuations.
Keep work devices in the same regular region and avoid switching routes during meetings, uploads or synchronization. VPNDG supports unlimited devices online at once, so Windows, macOS, iOS, Android and Linux devices can choose entry points for their respective uses; the same business account should still maintain a consistent regional environment.
General decision order
First identify the destination service region, then start with a nearby exit. If the direct path is unsuitable, compare transit in the same region; when sustained transfer and stability matter more, choose IEPL. Change only one variable at a time to determine whether the difference comes from region or route type.
Route names describe entry points and topology; they should not replace real-world testing. The best route changes with your local network, access method, destination service and time of use. Keeping a same-region alternative is more dependable than relying on a single entry point.
ROUTE SWITCHING
How to switch routes
The goal of switching routes is not to try more entry points, but to control variables. Following a fixed sequence helps identify whether the issue comes from your local network, the route or the destination service.
Keep the destination region unchanged
If the target is a service in Japan, compare entry points in the same region, such as Tokyo and Osaka, rather than jumping straight to North America or Europe. Keeping the exit region consistent prevents platform-region differences from being mistaken for route issues. Compare direct and transit within the region first, then decide whether IEPL is needed.
Disconnect before reconnecting
When changing entry points, finish any active download, playback, meeting or file synchronization first. Then disconnect the current connection and select the new route. Some apps retain existing network sessions, so simply switching servers may continue using the old connection. Reopen the relevant app or refresh the page to help the new exit take full effect.
Validate with a real task
For web access, check whether pages continue opening smoothly; for streaming, confirm the catalog and uninterrupted playback; for AI tools, test sign-in, conversations and file operations; for work, complete a meeting, repository sync or document collaboration task. A single page load cannot represent long-running performance.
Rule out local access issues
If multiple regions and route types show the same issue, check your current Wi-Fi, wired network or system proxy settings. Repeat the same task through another access method to determine whether the change comes from the local network. Once local connectivity is confirmed, comparisons between international routes become more meaningful.
COVERAGE NOTES
Coverage notes
VPNDG covers 110+ countries / 230+ routes overall. Coverage figures describe the breadth of available regions; actual use still depends on the destination service, route topology and local network conditions.
Coverage breadth and route density are different
Country coverage describes the range of regions reachable through exits, while route count reflects the different cities, entry points or topologies that may exist within a region. A frequently used region may offer direct, transit and IEPL connections for everyday browsing, sustained transfers or regional content changes; less frequently used regions may focus on basic access.
Therefore, do not compare subscription services only by the number of countries listed. More useful questions are whether frequently used regions have suitable entry points, whether the same region offers alternatives, and whether the destination service can be used consistently in a stable regional environment. For users who often access services in Japan, Singapore, North America or Europe, route-type choice within the same region usually matters more than the number of distant servers.
The route list changes with infrastructure
Carrier interconnection, data center maintenance and destination-platform detection rules all change over time. The current route list in the user panel reflects the entry points actually available, while this directory explains regional distribution and route-selection logic. When a city entry changes, try an alternative in the same region; changing your entire usage pattern is usually unnecessary.
If a task depends on a fixed exit region, keep a backup entry in the same area and avoid changing countries during critical operations. Remote work, AI tools and streaming accounts especially benefit from a stable regular region; switch only for route maintenance or a change in the destination.
Plans do not limit device count
VPNDG supports unlimited devices online at once and provides client access for Windows, macOS, iOS, Android and Linux. Devices can connect to different regions based on their purpose, but keep the region consistent for the same business account. For example, a work computer can stay in the region hosting team services, while a mobile device uses a nearby entry for everyday browsing.
Monthly subscription traffic resets each month on the activation date; data packages remain available until used and never expire. Route selection does not change the plan’s basic billing method. For full pricing details, visit the plans page for monthly subscriptions and data packages; after starting, get clients and subscription details from the user panel.