ROUTE DIRECTORY
100+ countries / 190+ routes make up a switchable range of cross-border access. Start with the region required by your target service, then compare IEPL dedicated lines, relay routes and direct routes for your network conditions. More nodes do not automatically mean a better connection.
REGION INDEX
The table below illustrates VPNJB’s regional coverage and route combinations; it is not a complete route list. Current availability is determined by the subscription list in the user panel. “Streaming support” indicates whether the region has routes intended for that use. If content regions or service policies change, switch to another route in the same region within the client and check again.
| Country / region | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| Hong Kong, China | Hong Kong | IEPL dedicated line | Supported |
| Singapore | Singapore | IEPL dedicated line | Supported |
| Japan | Tokyo | Relay | Supported |
| South Korea | Seoul | Relay | Supported |
| Taiwan, China | Taipei | Direct | Choose by route type |
| Malaysia | Kuala Lumpur | Direct | Choose by route type |
| North America | |||
| United States | Los Angeles | IEPL dedicated line | Supported |
| United States | San Jose | Relay | Supported |
| Canada | Vancouver | Relay | Supported |
| Canada | Toronto | Direct | Choose by route type |
| United States | New York | Direct | Choose by route type |
| Mexico | Mexico City | Direct | Choose by route type |
| Europe | |||
| United Kingdom | London | Relay | Supported |
| Germany | Frankfurt | Relay | Supported |
| Netherlands | Amsterdam | Direct | Choose by route type |
| France | Paris | Direct | Choose by route type |
| Italy | Milan | Direct | Supported |
| Spain | Madrid | Direct | Choose by route type |
| Other regions | |||
| Australia | Sydney | Relay | Supported |
| New Zealand | Auckland | Direct | Choose by route type |
| United Arab Emirates | Dubai | Relay | Choose by route type |
| Türkiye | Istanbul | Direct | Choose by route type |
| Brazil | São Paulo | Direct | Choose by route type |
| South Africa | Johannesburg | Direct | Choose by route type |
READ / LOCATION
After selecting a region, connections to a target service will generally use that region’s egress network. A region closer to the service is not necessarily better; the access point to the entry, the entry to the relay, and the egress to the target service can all affect results. Consider location, route type and intended use together.
READ / CAPABILITY
Streaming platforms can show different results based on account region, content rights and egress policies. “Supported” in the table means that the region has routes intended for that use; it does not mean every account will see exactly the same content. If the page region is unexpected, disconnect the old connection first, choose another route in the same region, and reopen the target app.
ROUTE TYPES
Route names describe the transmission path, not a simple quality ranking. The same type can perform differently depending on the access network, region and time of use. Understanding path differences makes it easier to choose the right route than focusing only on server names.
IEPL dedicated lines place the entry point and cross-border egress on a more controllable transmission path. Their purpose is not to shorten geographic distance, but to reduce unnecessary detours and unpredictable exchanges along the route. When the access network reaches the dedicated-line entry reliably, long transfers, video playback and sustained work are more likely to remain consistent.
Dedicated-line resources generally cost more to build and maintain than ordinary paths, making them better suited to continuity-sensitive tasks. For high-bitrate video, larger file transfers, online meetings or sustained use of international work systems, start by testing an IEPL dedicated line in a nearby region. If the local connection to the entry point is poor, a relay route may work better.
A relay route first sends the connection to an entry point better suited to the local network, then forwards it through the relay layer to the target region. It mainly addresses overly long paths from the access point to a remote egress, unstable routing or poor handoffs between networks. The visible egress region remains the location of the final node; the relay layer organizes the path.
Relay routes suit situations that require a balance between coverage, connection continuity and resource cost. If a direct route fluctuates during sustained transfers and the target region lacks a suitable dedicated-line entry, try a relay in the same region first. More steps do not automatically make a route better; judge by actual opening speed, continued loading and the connection status inside the app.
A direct route connects the access point straight to the target region’s egress without an additional relay layer. Its structure is clear, making it suitable for web browsing, short requests, backup switching and tasks requiring a specific regional egress. When the public route from the local network to the target region is smooth, direct access can provide a simple and effective connection.
Direct routes generally cost less than dedicated lines and are easier to extend across more regions, but they are more sensitive to public-route changes. Long-distance connections, busy periods and exchanges across multiple networks can produce different results. Direct routes work well as everyday entry points, regional alternatives or comparison paths during troubleshooting, rather than as one fixed choice for every network.
SELECTION METHOD
The goal is not to find one permanently fixed node, but to choose the right path for the current task. Identify the target service’s region first, then compare nearby regions and route types. This is usually more effective than repeatedly switching to popular cities that are farther away.
For international websites, research and web apps, start with a nearby direct or relay route. Check the first page load, consecutive navigation and file loading. Short requests do not always need a dedicated line; a simple direct route matching the target region is often enough for everyday use.
If several websites stop loading, switch to a relay in the same region to determine whether the issue comes from the access path. If only one site is affected, the cause is more likely its region, account settings or own status; repeatedly changing many regions is not a useful diagnostic method.
For streaming, match the content region first and compare route types second. After choosing a region marked “Supported” in the table, fully close the target app’s old session before establishing a new connection. If the account and egress regions differ, the catalog may still follow the account’s policy; that is a platform-side regional rule.
Frequent node changes during playback interrupt the existing session, so compare routes before starting. Sustained loading depends more on continuity; test an IEPL dedicated line or relay first. If the content is available only in a distant region, choose the most stable option among that region’s routes.
AI tools often involve a web interface, authentication, model APIs and file uploads at the same time. Keep the egress region stable and avoid frequent cross-region switching within one session. Test common service regions such as Singapore, Japan and the United States, then choose a long-term route based on the tool’s regional availability.
If text requests work but file uploads fail, compare a relay or dedicated line in the same region before changing the account environment. If the page opens but a feature is missing, check the target service’s regional and account rules first. A route changes the transmission path, not the product permissions granted by the service.
Gaming relies more on continuous small data exchanges, so the game server’s location matters more than regional popularity. Confirm the actual server region first, then choose the same or a nearby region. If the game has servers in Asia, compare routes in Hong Kong, Singapore, Japan and South Korea first; for other regions, choose the corresponding egress.
Updates and downloads can use a different route from live matches. Downloads prioritize sustained transfer, while matches prioritize path stability, so one fixed route may not suit both. If login works but a match disconnects, compare direct, relay and dedicated routes within the same region to reduce extra variables from changing regions.
Online meetings, shared documents, business email and code collaboration often keep sessions open for a long time. Prefer the region where the target service is located or where the company system is mainly hosted, and keep the same egress during work where possible. IEPL dedicated lines suit ongoing meetings and file synchronization; relays balance coverage and continuity.
Work setups should also have a backup path. If the primary route has a temporary issue, switch first to another route type in the same region to minimize changes to the login environment and regional policies. If no route in that region can reach a business resource, check the organization’s access rules before switching to its designated region.
ROUTE CHECK
Change one condition at a time. Set the region first, then change the route type, and adjust client settings last. This makes the source of any change easier to identify and prevents issues with the target service from being mistaken for route problems.
Check the region associated with the target website, content library, work system or game server. For region-specific content, start there; for general access, start with a region closer to your access location. Do not assume a commonly mentioned city suits every task.
Keep the target region unchanged while comparing IEPL dedicated, relay and direct routes in sequence. Open the same page, perform the same upload or maintain the same session, and check whether the connection completes. Only consistent conditions can show whether a path change actually improves the task.
Some apps retain an old connection or regional cache. After switching routes, disconnect the original connection and reopen the target app; in a browser, close the original tab before visiting again. If the old session remains active, the page may continue using the previous regional result even after the egress changes.
After choosing a primary route, select a backup in the same or a nearby region. When the primary route fluctuates temporarily, switch to the backup instead of filtering the full list again. VPNJB supports unlimited simultaneous devices, so routes can be assigned by device use across Windows, macOS, iOS, Android and Linux.
COVERAGE
Coverage gives you more choices, but actual use should still be based on the target region, route type and current network conditions. VPNJB covers 100+ countries / 190+ routes; after signing in to the user panel, you can view the complete list for your current subscription.
ACCOUNT ACCESS
No email address is required; register with a username and password. After choosing a plan, get the client and subscription in the user panel and view currently available routes. Monthly subscription traffic resets each month on the activation date; traffic bundles remain available until used and never expire.