Browse route examples by region
The sections below explain regional coverage, city endpoints, route types, and streaming availability. The directory changes as network resources are adjusted; check the current options in the user dashboard before connecting.
Asia-Pacific routes
Suitable for websites, streaming platforms, and collaboration services in Asia. Start with cities closer to your location and routes with a more direct path.
| Country / region | City | Route type | Streaming support |
|---|---|---|---|
| Singapore | Singapore | IEPL Dedicated Line | Supported |
| Japan | Tokyo | Relay | Supported |
| Japan | Osaka | Direct | Choose by route label |
| Hong Kong, China | Hong Kong | Direct | Choose by route label |
| Australia | Sydney | Relay | Supported |
| South Korea | Seoul | Relay | Choose by route label |
North America routes
Suitable for AI tools, developer platforms, remote work, and North American content services. If an account is tied to a region, keep the exit region consistent.
| Country / region | City | Route type | Streaming support |
|---|---|---|---|
| United States | Los Angeles | IEPL Dedicated Line | Supported |
| United States | San Jose | Relay | Choose by route label |
| United States | New York | Direct | Supported |
| Canada | Toronto | Direct | Choose by route label |
| Canada | Vancouver | Relay | Supported |
| United States | Seattle | Relay | Choose by route label |
Europe routes
Suitable for European websites, cloud tools, research, and cross-region collaboration. When the destination is clear, start with a city in the same service region.
| Country / region | City | Route type | Streaming support |
|---|---|---|---|
| United Kingdom | London | Relay | Supported |
| Germany | Frankfurt | IEPL Dedicated Line | Choose by route label |
| France | Paris | Direct | Supported |
| Netherlands | Amsterdam | Relay | Choose by route label |
| Sweden | Stockholm | Direct | Choose by route label |
| Italy | Milan | Relay | Supported |
Other regional routes
Representative cities across the Middle East, Africa, South America, South Asia, and Oceania for regional service checks, business travel, and location-specific content.
| Country / region | City | Route type | Streaming support |
|---|---|---|---|
| United Arab Emirates | Dubai | Relay | Choose by route label |
| Türkiye | Istanbul | Direct | Choose by route label |
| South Africa | Johannesburg | Relay | Choose by route label |
| Brazil | São Paulo | Direct | Supported |
| India | Mumbai | Relay | Choose by route label |
| New Zealand | Auckland | Direct | Choose by route label |
How three route types work
Route names describe the path data takes from your network to the destination region. They affect connection stability, routing control, and operating cost, but no route type is universally better for every use case.
IEPL Dedicated Line
IEPL dedicated lines prioritize control over cross-region links. Compared with paths that rely entirely on public networks and hop-by-hop forwarding, a dedicated line places key transmission segments on more defined network resources, reducing the impact of complex routing changes. For video meetings, sustained transfers, long-running collaboration, and tasks sensitive to connection fluctuations, dedicated lines are generally better at maintaining continuity.
Dedicated-line resources cost more to build and maintain, so they are best reserved for core tasks that require stable connectivity rather than used for every request. The destination region also matters: for Asian services, start with a nearby dedicated line; for North American or European services, match the target region first instead of judging by the route name alone.
Relayed Route
A relayed route sends the connection to a better-suited entry point first, then forwards it to the destination region. Its main value is path optimization: when the direct route from your network to a distant city is less suitable, a relay can avoid unstable segments and balance coverage, connection quality, and resource cost.
A relay is more than simply adding another hop. Effective relay design requires the entry point, exit point, and destination service to align. Everyday browsing, AI tools, common streaming platforms, and developer services can usually start with a relayed route. If several city endpoints are available in one region, keep the destination region fixed and switch only cities while comparing page response, video buffering, and session stability.
Direct Route
A direct route connects your current network straight to a server in the destination region without a specially arranged relay entry point. Its simpler path generally makes resource costs easier to manage, making it suitable when you need a specific regional exit, have a relatively stable network, or want to switch quickly between countries and cities.
Direct performance depends more heavily on the public route between your network and the destination server. Long distances, congestion, or routing changes can affect the experience. Treat direct routes as a flexible option: keep using one when the target page loads smoothly and sustained tasks remain stable; if loading repeats or sessions drop, switch to a relay or IEPL dedicated line in the same region.
How resource costs affect your choice
Resource costs determine how routes are arranged; a more expensive path is not automatically better for every task.
Dedicated lines require more defined network resources and ongoing maintenance, making them suitable when stability comes first. Relays maintain both entry and exit points and organize paths by destination, offering a balance of cost and coverage. Direct routes are simpler and easier to expand across cities, but performance depends more on the current public route.
A more practical approach is to match routes to task priority: put meetings, collaborative documents, and sustained connections on more stable routes, while using relays or direct routes for everyday browsing and temporary regional access. This uses each route type where it helps most instead of overlooking the destination region, current network, and application.
Set your route selection order by task
Identify the service region first, then consider stability and streaming labels. Avoid frequent random switching between regions; keeping a recurring task in a consistent region usually produces a more coherent experience.
Everyday browsing and research
Start with a nearby relay or direct route. Everyday webpages contain many short connections, so quickly establishing each connection often matters more than how well-known a distant city is. If the site has no regional requirement, begin with Asia-Pacific endpoints such as Singapore, Japan, or Hong Kong, China; switch to the service region when accessing European or North American databases.
When assessing a route, do not check only whether the homepage opens. Visit several pages, load images, and complete one login flow. If the main page works but individual resources keep waiting, try another city in the same region; if the whole session is unstable, switch from direct to relay or IEPL dedicated line.
Streaming and continuous playback
For streaming, match the content region first, then check whether the route carries a streaming label. If the region does not match, smooth webpage access may still not reveal the target catalog. After choosing a streaming-supported route, open the content details page before starting playback and check whether quality remains stable instead of repeatedly switching during player loading.
If a region notice appears, fully quit the relevant app or close the browser tab before switching to another streaming route in the same region. Browsers and apps may retain the previous session, so refreshing after a switch may not trigger a new region check. When watching content from one region, keep that route to minimize repeated exit-region changes.
AI tools and developer platforms
AI tools often depend on login sessions, API requests, file uploads, and long responses at the same time. Prioritize session continuity and keep the account's usual region consistent. If the service is mainly in North America, start with a relay or dedicated-line endpoint in the United States or Canada; for services in Asia, begin with a nearby region such as Singapore or Japan.
A normal text chat does not guarantee stable file uploads or long responses. Test the real workflow: log in, start a conversation, submit a commonly used file, and wait for the complete result. If short requests work but long tasks stop, try an IEPL dedicated line or another relay city in the same region rather than immediately switching to a completely different region.
Gaming and real-time interaction
Real-time interaction depends on route stability and consistent packet delivery. Match the game server region first instead of choosing the nearest exit that is far from the game server. For Asian servers, test Japan, Singapore, or Hong Kong, China; for North American servers, choose a United States or Canada city near the target hosting region.
Game updates, account login, and live matches may use different network services, so a launcher downloading successfully does not prove that the gameplay path is suitable. Judge the route in an actual game session. If inputs occasionally pause, keep the region fixed and change the route type; switching regions frequently changes both routing and service region, making diagnosis harder.
Meetings, documents, and remote work
Work sessions often use meetings, collaborative documents, code repositories, and file storage at the same time. Short-term speed is not the only measure; maintaining a connection throughout a long session matters more. Start with an IEPL dedicated line in the target business region. If services span several regions, choose a relay endpoint that reliably reaches the primary account and core collaboration platforms.
Choose the route before a meeting and avoid switching regions during the call. If you need to upload a large work file, run a small test first to confirm that login, upload, and permission checks work normally. For work accounts used over time, keeping the region reasonably consistent can also reduce interruptions from repeated logins and security checks.
When a connection is poor, change one variable at a time
Changing the region, city, route type, and protocol at once makes the cause difficult to identify. A more effective method is to change one variable at a time and repeat the test with the same website or app.
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Keep the region, change the city first
When the service region is clear, switch cities within the same country or region first. This keeps the content region and account environment unchanged, making it suitable when one endpoint is slow or unreliable.
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Keep the region, then change the route type
If several cities in the same region perform similarly, switch from direct to relay or from relay to an IEPL dedicated line. This compares path design rather than regional differences.
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Re-establish the app session
After switching, quit the target app or close the original browser tab and reopen it. Streaming platforms, AI tools, and work platforms may retain old connections; a refresh alone may not create a complete new session.
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Validate with a real task
In a browsing scenario, open several content pages; for streaming, start actual playback; for AI tools, wait for a complete response; for work, complete login and a file operation. A connection button showing connected does not prove that the target task is working normally.
Global coverage does not mean one identical path
VPNCX provides 110+ countries / 240+ routes. Coverage supports connections across different regions, applications, and network environments, but every country and city does not need to offer the same route types. Some regions are better suited to dedicated lines or relays, while others provide flexible direct coverage.
Routes are adjusted around regional demand, path quality, and resource planning. The cities on this page illustrate the overall distribution; for an actual connection, follow the route name, type, protocol, and streaming labels shown in the user dashboard. When a client is needed, log in to the dashboard to get the Windows / macOS / iOS / Android / Linux client.
One subscription supports unlimited devices, making it suitable for using a consistent route-selection method across your everyday devices. Operating systems differ in network permissions and background behavior; if one device connects normally while another is unstable, check client permissions and system network settings before changing routes.
View current routes in the user dashboard
Create an account with a username and password. After logging in, choose a plan, get the client, and view the currently available regions, route types, and protocols.