Browse routes by region
Use the table below to establish a selection order, not as a live status board. Confirm route types in the user panel. The streaming column only provides a verification method and does not promise long-term availability for content in any region.
| Country / region | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| Singapore | Singapore | Confirm in the panel after signing in | Verify with the target content |
| Japan | Tokyo | Confirm in the panel after signing in | Verify with the target content |
| South Korea | Seoul | Confirm in the panel after signing in | Verify with the target content |
| Hong Kong | Hong Kong | Confirm in the panel after signing in | Verify with the target content |
| Malaysia | Kuala Lumpur | Confirm in the panel after signing in | Verify with the target content |
| North America | |||
| United States | Los Angeles | Confirm in the panel after signing in | Verify with the target content |
| United States | New York | Confirm in the panel after signing in | Verify with the target content |
| Canada | Toronto | Confirm in the panel after signing in | Verify with the target content |
| Canada | Vancouver | Confirm in the panel after signing in | Verify with the target content |
| Mexico | Mexico City | Confirm in the panel after signing in | Verify with the target content |
| Europe | |||
| United Kingdom | London | Confirm in the panel after signing in | Verify with the target content |
| Germany | Frankfurt | Confirm in the panel after signing in | Verify with the target content |
| France | Paris | Confirm in the panel after signing in | Verify with the target content |
| Netherlands | Amsterdam | Confirm in the panel after signing in | Verify with the target content |
| Sweden | Stockholm | Confirm in the panel after signing in | Verify with the target content |
| Other regions | |||
| Australia | Sydney | Confirm in the panel after signing in | Verify with the target content |
| New Zealand | Auckland | Confirm in the panel after signing in | Verify with the target content |
| Brazil | São Paulo | Confirm in the panel after signing in | Verify with the target content |
| South Africa | Johannesburg | Confirm in the panel after signing in | Verify with the target content |
| United Arab Emirates | Dubai | Confirm in the panel after signing in | Verify with the target content |
Understanding route types
IEPL dedicated routes, transit routes, and direct routes describe connection paths; none determines the final experience on its own. Entry quality, the cross-border path, target-site response, local networking, and time of use all affect the result.
IEPL dedicated routes
IEPL generally refers to an enterprise-grade international dedicated-route approach, with more centralized path management. It suits tasks that depend on persistent connections, stable transfers, and availability during working hours. Its value is not simply a single speed-test result, but reducing uncertainty from complex public-network paths. Remote work, extended meetings, large-file collaboration, and browser tools that need to maintain a session are good candidates for checking this type of entry first.
Dedicated-route infrastructure typically costs more to build and maintain, so resource allocation is often more deliberate under the same traffic conditions. When a route name includes IEPL, still review the panel details and test it in practice; the label alone does not guarantee results for every region, provider, or time period.
Transit route
A transit route first connects to a suitable entry point and then forwards traffic toward the target region. The goal is to avoid an unfavorable public path between the local network and the remote destination while offering more choices for different network environments. Transit is often worth comparing first when the target exit is far from your location or a direct path fluctuates noticeably at certain times.
More hops do not automatically make a transit route better. Each added connection introduces another point to coordinate, so assess whether page loading, file transfers, video seeking, and long-lived connections remain consistent rather than relying on one short test. Costs are typically between dedicated routes and ordinary direct routes, but actual resource allocation should still be confirmed in the panel.
Direct route
A direct route reaches the target node through the local network, with a relatively simple structure. It suits regions where the path itself is already smooth. When the distance is short, the target site has straightforward requirements, and usage times are flexible, a direct route may provide a more immediate connection and serve as a useful comparison against local-network and transit-path differences.
Direct routes depend more heavily on public-network quality between the local provider and the target region. Normal daytime performance does not guarantee identical results during busy periods, and a fast-loading website does not mean other services use the same path. Resource costs are generally easier to control, but selection should still be based on application performance and sustained testing.
What else matters beyond the route label?
Local network entry
The same international route may take different initial paths when accessed through different broadband, campus, or office networks. Before testing, confirm that ordinary local websites load normally and pause bandwidth-intensive sync tasks.
Target service location
When accessing a service in Japan, starting with Asia-Pacific entries usually makes it easier to establish a baseline. For business systems in North America or Europe, compare routes around the target region rather than always choosing the geographically nearest node.
Connection duration
Opening a webpage briefly only confirms basic connectivity. Meetings, development tools, online documents, and continuous playback depend more on stable long-lived connections, so observe a route for long enough before making it your default.
The application's own policies
Some websites evaluate account region, exit location, content rights, and risk controls together. Network connectivity is only one condition; account or content restrictions should not all be attributed to the route.
Choose a route by use case
The most suitable route depends on the task. Everyday browsing prioritizes consistent response times, streaming prioritizes sustained transfer, AI tools and work tasks also require session consistency, while gaming is more vulnerable to local wireless and routing changes.
-
Everyday browsing and research
Start with a nearby region and open frequently used websites, image pages, and document links in succession. If the first screen appears quickly but later images remain stalled, try another entry in the same region, then compare transit and direct routes. Everyday browsing does not require chasing the most distant region; reliably completing requests matters more than the node name.
-
Streaming and regional content
First confirm which region the target content belongs to, then choose the corresponding exit. During testing, do not check only whether the homepage opens; enter the target program, seek through it, and observe continuous playback. Platform region rules and catalogs can change, so the table only says “verify with the target content.” If the page opens but the content will not play, also check the account region, content rights, and route exit.
-
AI web tools and API calls
For web-based conversations, first check sign-in, message delivery, and whether long responses remain continuous. Development calls also require attention to whether the exit stays consistent throughout the session, how request timeouts are handled, and whether retries might submit a task more than once. If a fixed exit is required, confirm with support whether the current service meets that need; do not assume an ordinary regional node provides a fixed exit.
-
Gaming and interactive applications
Choose a gaming route around the target server region, not the location of the game's homepage. Establish a local baseline over wired or stable wireless networking, then compare sign-in, matchmaking, and continuous actions across different entries. Network acceleration cannot replace game-server health or eliminate local wireless interference. When performance fluctuates, check the device, local network, route, and game service separately.
-
Remote work and online meetings
For work tasks, compare dedicated or stable transit entries first and test them during actual working hours. Alongside meeting audio and video, check online-document saving, enterprise-system sign-in, and file uploads. If a company system restricts exit regions, choose a location according to organizational requirements and avoid switching nodes frequently during a session.
Comparative testing beats a single speed test
Route performance is affected by both the local network and the target website. Keep test conditions consistent so you can identify which part is causing the problem.
Keep the device and network fixed
Compare routes on the same device and through the same connection method. During testing, pause system updates, cloud-drive syncing, and large-file transfers, and make sure no other proxy settings are enabled at the same time. This reduces local variables and prevents background traffic from being mistaken for a node problem.
Verify with real tasks
For browsing, open the websites you actually use; for streaming, play the target content; for work, complete sign-in, saving, and uploading. General-purpose tests are only a reference. The real selection criterion is whether the target task can be completed continuously.
Change only the route each time
Keep the device, network, application, and test steps unchanged; switch only the route. If you also change the wireless network, browser, and node, it becomes difficult to tell what caused the improvement. Compare entries in the same region first, then expand to other regions or route types.
Separate temporary issues from persistent ones
Record the approximate time, target website, device system, client, and route name when a problem occurs. A brief failure can be retested after reconnecting; if it persists under the same conditions, retain these details and submit a ticket.
How to diagnose node issues
“Connected” only means that the client completed the connection steps. It does not mean the target website, account region, and application rules are all satisfied. Breaking the check down by symptom is usually faster than repeatedly switching nodes.
The route is connected, but webpages still will not open
Disconnect first and confirm that the local network can access ordinary webpages normally. Reconnect and try other target websites. If only one website is affected, the issue may be with the target service, account status, or regional rules. If all international websites fail, update the subscription, switch to another entry in the same region, and restart the client. If the issue persists, visit the troubleshooting page and continue checking DNS, system proxy settings, and subscription status.
Why do routes in the same region perform differently?
The same exit region may use different entries, transit paths, or resource allocations, and local providers may reach those paths differently. Similar node names do not imply identical complete routes, so test them separately under the same conditions and keep an alternative entry for regular tasks.
Why can a video page open when the program will not play?
Page access, account region, content rights, and playback checks are separate stages. Confirm that you selected the region corresponding to the target content, check the account's own region settings, and verify with the actual program. Content platforms may change their rules, so rely on current test results rather than treating one success as permanent access to all content.
Is the nearest node always the best choice?
Not necessarily. Geographic distance is only one reference point. The actual path also depends on how the local network reaches the entry, how the entry connects to the target service, and where the target website is located. For everyday browsing, you can start with a nearby region; for remote business systems, compare routes around the service's location instead.
What information is needed to submit a route ticket?
Provide the approximate time of the issue, your region, local network type, device system, client name, selected route, target website or application, and the troubleshooting steps already completed. When account pages are involved, hide usernames, passwords, and subscription details. The more specific the description, the easier it is for support staff to reproduce the path and determine the next step.
Need to continue troubleshooting the connection?
The troubleshooting page organizes checks for symptoms including complete connection failure, webpages not opening, changing speeds, frequent disconnections, subscription updates, and background connections on mobile devices. When manual assistance is needed, sign in to the panel to submit a ticket.