REGION DIRECTORY
Representative route directory
The table below illustrates coverage structure and common route types; it is not a complete client list. Actual available entries depend on the subscription configuration after login. The streaming column indicates whether a route is a candidate for that use case; platforms may still vary results based on exit region, account region, and their own policies.
| Country or region | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| Japan | Tokyo | IEPL Dedicated Line | Supported |
| Japan | Osaka | Transit | Supported |
| Singapore | Singapore | IEPL Dedicated Line | Supported |
| Hong Kong, China | Hong Kong | Transit | Supported |
| South Korea | Seoul | Direct | Test against the target service |
| Australia | Sydney | Transit | Supported |
| North America | |||
| United States | Los Angeles | IEPL Dedicated Line | Supported |
| United States | San Jose | Transit | Supported |
| United States | Seattle | Direct | Test against the target service |
| United States | New York | Transit | Supported |
| Canada | Vancouver | Direct | Test against the target service |
| Canada | Toronto | Transit | Supported |
| Europe | |||
| United Kingdom | London | IEPL Dedicated Line | Supported |
| Germany | Frankfurt | Transit | Supported |
| France | Paris | Direct | Test against the target service |
| Netherlands | Amsterdam | Transit | Supported |
| Switzerland | Zurich | Direct | Test against the target service |
| Sweden | Stockholm | Direct | Test against the target service |
| Other regions | |||
| Brazil | São Paulo | Transit | Supported |
| Argentina | Buenos Aires | Direct | Test against the target service |
| United Arab Emirates | Dubai | Transit | Supported |
| Israel | Tel Aviv | Direct | Test against the target service |
| South Africa | Johannesburg | Transit | Supported |
| India | Mumbai | Direct | Test against the target service |
ROUTE TYPES
How the three route types work
The same city does not mean the same network path. The entry point, transport route, and exit location together shape the connection experience. When choosing a route, identify the path structure first, then check whether the target region matches.
IEPL Dedicated Line
An IEPL dedicated line carries cross-region traffic over a relatively independent, manageable link. Compared with relying entirely on public networks for hop-by-hop forwarding, the path is clearer and generally less exposed to detours across public networks. It suits long meetings, continuous transfers, large-file collaboration, and evening streaming where connection continuity matters.
These routes usually cost more resources than standard direct connections, so they are better reserved for important tasks rather than used continuously just because they carry a “dedicated line” label. When the target service is nearby and a standard route is already stable, transit or direct is often the more sensible choice. The deciding factors should be task duration and the cost of interruption, not the label itself.
Transit Route
A transit route connects to a suitable entry point first, then sends traffic through an intermediate link to an exit in the target region. This can reduce detours that may occur when a local network connects directly to a distant destination, allowing the entry and remote segments to use more suitable paths. For everyday browsing, AI Tools, code repositories, and most streaming use cases, transit is often a practical starting point balancing connection quality and resource cost.
More hops do not automatically make a transit route better. Each additional step requires consideration of entry stability and exit compatibility. Choose based on how the actual task performs: whether pages load completely, long responses continue streaming, and video resumes after seeking—not just on the city name. If several transit entries are available in the same region, test them one by one and keep the one that suits the current network.
Direct Route
A direct route connects the local network straight to an exit in the target region, with a simple structure and fewer forwarding steps. When network conditions are suitable, it can handle everyday web access, research, and light communication directly. Because performance depends more on public transmission conditions between the current access network and the remote destination, results may vary by region, time, and network environment.
Direct routes are useful for initial connectivity tests and for short tasks with clear regional requirements. If page resources load incompletely, long-lived connections drop, or performance fluctuates during peak hours, switch to transit while keeping the target region unchanged. Consider an IEPL dedicated line only if important tasks are still affected. This order avoids changing regions repeatedly for a short-lived issue.
Route cost differences mainly come from how links are organized and resources are allocated. Direct routes have a simpler structure, transit routes add entry and transport stages, and IEPL dedicated lines focus on more controllable cross-region paths. VPNWJ monthly subscriptions are offered by traffic tier, so route selection should follow the task at hand; using the right path is more effective than permanently choosing the highest-cost type.
USE CASES
Choose an entry point by use case
The “nearest city” is only a starting point. The target service’s region, connection duration, and application traffic pattern often matter more than geographic distance.
Everyday browsing
For international websites, documentation, or email, start with a geographically nearby transit route. Page access consists of many short connections, so reliably loading DNS responses, images, and scripts matters more than optimizing a single response. If resources occasionally fail to load in the nearest region, try another transit route in the same region instead of jumping immediately to a more distant exit.
Everyday browsing often involves several sites at once, so regional consistency also matters. Frequently switching between far-apart exits may cause some websites to revalidate the session. A steadier approach is to keep one familiar region for daily tasks and switch only when a target site explicitly requires another region.
Streaming and live broadcasts
For streaming, start with the content region, then choose an entry marked as supporting streaming in the table. Playback starting does not prove that a route is suitable for the entire session; also test seeking, changing quality, and continuous playback. If the app retains the previous region, fully close and reopen it after switching routes so the new exit region is recognized correctly.
For standard on-demand viewing, start with transit. Live broadcasts or long sessions place more weight on connection continuity, so compare transit and IEPL dedicated lines in the same region. If the target content is not offered to the current account region, simply changing routes may not change the platform’s rules. Check the account and content region first instead of repeatedly switching countries.
AI Tools
AI Tools often combine web requests, streaming responses, and file uploads. Being able to open the login page only confirms basic access; also test whether long answers continue without interruption, conversation history syncs, and attachments transfer successfully. Prefer a transit route in a region commonly used by the target service, and keep the exit stable during a work session.
If the tool frequently stops during generation, keep the region unchanged and try another route type in that region. This helps distinguish a path issue from region recognition. For important document uploads, sustained coding collaboration, or long-context work, consider an IEPL dedicated line; short queries do not require a higher-cost path.
Gaming
For gaming, first confirm the server region. An entry point in the same or an adjacent region to the game server is usually more meaningful than a well-known city. Login, matchmaking, and gameplay may use different connections, so complete the full flow before judging performance rather than concluding from whether the launcher opens.
Games are sensitive to short-lived fluctuations. A direct route has a simple structure and is a good starting point for basic testing; if routing detours or gameplay is unstable, switch to transit in the same region. A dedicated line suits scenarios where connection continuity matters, but network acceleration cannot change the game server’s own condition or eliminate interference from the device’s wireless environment.
Remote work
Video meetings, code collaboration, cloud documents, and enterprise consoles have different requirements for stable sessions. Start ordinary document editing with transit; for meetings, persistent terminal connections, and large-file transfers, compare transit with an IEPL dedicated line. If an enterprise service restricts login regions, follow the organization’s access policy first and keep a suitable exit fixed.
Avoid switching continuously between distant regions during work. Frequent exit changes may trigger new logins and make troubleshooting harder. Test the connection before work begins, confirm that meetings, documents, and required consoles work, then keep the same route until the task is complete.
SELECTION METHOD
Judge a route by task results
Route selection is not a one-time decision. When the access network, target service, or time of day changes, a previously suitable entry may need to be compared again.
Define the target region first
Streaming follows the content region, AI Tools follow the service’s available regions, gaming follows the server region, and work follows organizational requirements. Once the target region is clear, compare route types within that region. Starting with a route label and searching for a use case afterward can produce a stable path that does not match the required region.
Then complete the full task
Do not judge a route only by whether the homepage opens. Browsing means checking resource loading, streaming means sustained playback, AI Tools mean long responses and uploads, gaming means entering a match, and work means completing a meeting or remote session. A complete task better reflects real use and reduces unnecessary switching.
Change one variable at a time
During troubleshooting, keep the target region unchanged and switch only the route type—or keep the route unchanged and change only the access network. If the region, app mode, and route all change at once, even an improvement will be hard to explain. Single-variable comparisons are better for building a repeatable route-selection habit.
Keep alternatives in the same region
For a frequently used region, keep alternative entries with different path structures. If the primary route becomes unsuitable, switch first to transit or direct in the same region to preserve regional consistency; use a dedicated line for critical tasks. The value of alternatives is reducing interruptions, not keeping every connection running in parallel.
ROUTE PRACTICE
Reduce unnecessary switching
Changing servers frequently does not automatically produce a better path. Fix the region first, then choose the route type based on task continuity; this usually makes problems easier to isolate.
Build your own route order
Group regular tasks into light access, sustained connections, and critical work. Use a nearby transit or direct route for light access; compare transit and a dedicated line in the same region for sustained connections; test critical tasks ahead of time and keep the exit unchanged once they begin. This order does not depend on one fixed city and remains useful when the network environment changes.
When something goes wrong, record the target service and current region, then switch to another path in the same region. If all paths in that region are unsuitable, consider an adjacent region. Expanding the search step by step is more effective than choosing cities at random and helps prevent website sessions from changing repeatedly because of large exit-region jumps.
Windows, macOS, iOS, Android, and Linux use different networking implementations, so the same route may perform differently depending on system proxy settings, sleep behavior, and app permissions. VPNWJ supports these platforms with unlimited simultaneous devices, allowing separate basic connection tests on commonly used devices; however, one device’s local result should not be treated as the conclusion for every device.
QUESTIONS
Common route-selection questions
The answers below focus on using the route directory. For accounts, plans, and the complete import process, continue to the Guides and user handbook.
Will all 240+ routes appear in the client at the same time?
The route directory reflects subscription settings and service maintenance, while the table lists representative entries rather than the complete client inventory. Sign in to the user panel to obtain the subscription, then follow the client’s current configuration. Filter by target region first, then compare IEPL dedicated lines, transit, and direct routes.
Is the nearest city always the best choice?
Not necessarily. Geographic distance is only a starting point; the actual path may traverse different networks. The target service’s region, route structure, and current access network can all change the result. For everyday browsing, try a nearby region first; for streaming, AI Tools, and gaming, meet the target-region requirement first.
Should an IEPL dedicated line always come first?
No. Dedicated lines suit sustained connections and critical tasks, while suitable transit or direct routes can handle ordinary browsing and short queries. Decide based on the impact of interruption: compare a dedicated line first when switching would disrupt a meeting, upload, or long collaboration session.
Why might I still need to switch routes when streaming is marked supported?
Content platforms determine availability using the exit region, account region, app cache, and their own rules. A support label means the route can be a candidate entry; it does not mean every account will see the same catalog. Restart the app after switching and try other entries in the same region first.
Can one subscription be used on multiple devices?
Unlimited simultaneous devices are supported. Compatible platforms include Windows / macOS / iOS / Android / Linux. When connecting a device for the first time, check its system permissions and client configuration separately so a device-specific setup issue is not mistaken for a route problem.
What should I do if I am unsure whether a route is suitable?
First define the target region, then start with a transit route and complete one full task. If the connection remains unstable, keep the region unchanged and try a direct route or IEPL dedicated line. VPNWJ offers a 60-day no-questions-asked refund, so you can evaluate routes for your use case in your actual network environment.