International Routes · Regions & Types

Servers & Cross-Border Routes

VPNTC covers 90+ countries / 190+ routes. Start by choosing an exit region that works for your target service, then compare route types and your actual connection experience. The number of regions indicates the range of options; it does not mean every route suits every use case.

REGIONSAsia-Pacific / North America / Europe / Other regions

ROUTE TYPESIEPL / Relayed / Direct

CLIENTSWindows / macOS / iOS / Android / Linux

REGION REGISTER

Route Examples by Region

The table below is a reference for choosing routes by city and route type. It is not a live list of routes available to your account, nor a guarantee that every combination is always available. Check the user panel and client for current regions, route names and use-case labels. Connection speeds and load figures are not shown.

Reference for choosing routes by region and city; verify streaming access on the target platform
Country / Region City Route type Streaming support
Asia-Pacific
Hong Kong SARHong KongIEPLFor streaming; verification required
SingaporeSingaporeIEPLVerify by platform and region
JapanTokyoIEPLFor streaming; verification required
JapanOsakaRelayedVerify by platform and region
South KoreaSeoulRelayedVerify by platform and region
AustraliaSydneyRelayedVerify by platform and region
New ZealandAucklandDirectVerify by platform and region
MalaysiaKuala LumpurDirectVerify by platform and region
North America
United StatesLos AngelesRelayedVerify by platform and region
United StatesSeattleRelayedVerify by platform and region
United StatesNew YorkDirectVerify by platform and region
CanadaTorontoRelayedVerify by platform and region
CanadaVancouverDirectVerify by platform and region
Europe
GermanyFrankfurtDirectVerify by platform and region
United KingdomLondonRelayedVerify by platform and region
FranceParisRelayedVerify by platform and region
NetherlandsAmsterdamDirectVerify by platform and region
SwedenStockholmDirectVerify by platform and region
SwitzerlandZurichRelayedVerify by platform and region
Other regions
BrazilSão PauloRelayedVerify by platform and region
South AfricaJohannesburgDirectVerify by platform and region
United Arab EmiratesDubaiRelayedVerify by platform and region
IndiaMumbaiDirectVerify by platform and region
TürkiyeIstanbulRelayedVerify by platform and region
“For streaming” describes a route’s intended use; it is not a blanket guarantee for every platform or content library. Playback also depends on the platform’s account region, licensing and how it identifies the exit location.

A region name describes the expected exit location, not the full path between your device and the destination website. Routes to the same city may use different entry points and relay paths, while different cities in the same country may connect to different destination servers. Consider the exit region and route type separately; geographic distance alone does not determine performance.

Asia-Pacific can be a good starting point for everyday connections, but if a service requires a specific country, meet that regional requirement first. North American and European routes are better suited to international services or regional content that require an exit in those areas. Other regions are mainly for specific location-based needs; if you have none, there’s no need to switch frequently just to widen your options.

PATH INSPECTOR

IEPL, Relayed and Direct Routes

Route types describe how data reaches its exit point. They affect how the path is managed and the cost of deployment, but they do not determine website response times, video playback or game connectivity on their own. The explanations below describe each type, not the performance of any specific route.

IEPL

IEPL: Dedicated Transmission Links

IEPL stands for International Ethernet Private Line. These routes typically use dedicated transmission links between an entry point and an overseas network, then connect to the target service through an exit point. Compared with routes that rely entirely on public international networks, dedicated links can reduce some uncertainty from shared paths. The connection from the exit to the destination is still subject to the destination server and the networks along the way.

IEPL routes may suit use cases that depend on a consistent connection, such as ongoing work, extended streaming sessions or frequent use of international services during peak hours. Their value lies in route stability; “dedicated line” does not mean every website will be reachable or speeds will remain the same at all times. If your local network is dropping packets, a dedicated route cannot replace troubleshooting your local connection.

Dedicated transmission resources generally cost more to deploy and require planning for entry points, exits and capacity. Check the user panel for what your VPNTC plan actually includes; a route name does not imply extra fees, exclusive resources or a specific capacity. Compare routes based on how they perform for your target service over time, not just their type labels.

RELAY

Relayed: Traffic Forwarded from an Entry Point to an Exit

A relayed route first sends traffic to an entry server, then forwards it along another path to an exit. The entry and exit have different roles: the entry receives the client connection, while the exit determines the location that the destination service sees. They do not have to be in the same place, so the country in a route name does not identify every location along the path.

This setup makes it easier to adjust the route and can work well for everyday browsing, AI tools and use cases that require a specific exit region. Actual performance depends on entry-point reachability, the relay path and the exit. An extra forwarding step does not automatically make a route slower; a better path may be smoother than your current direct route over the public network. Conversely, congestion at the entry point can affect the entire connection.

Deployment costs mainly come from entry and exit resources and forwarded traffic, and vary with the route setup. Relayed routes are not automatically low-cost, nor do all relayed routes use dedicated links. If you run into problems, compare other routes to the same exit region first. This can help distinguish a region mismatch from an unstable path.

DIRECT

Direct: Client Connects to an Overseas Exit

A direct route generally means the client connects to an overseas exit without a separate relay entry point. The connection structure is simpler, but data still travels through your local carrier and public international networks; there is not just one physical link between your device and the exit. Public network routing, congestion and local access quality can all affect performance.

Direct routes may suit users whose local network has a good path to the target exit, and can also serve as a comparison when troubleshooting. If a direct route works but a relayed route does not, the issue may be with the relay entry point or path. If several route types in the same region show the same message, check the target platform’s regional requirements or your client rules instead of repeatedly switching protocols.

Direct routes generally avoid the resource requirements of a separate relay entry point, but overall costs still depend on exit deployment and traffic usage. A simpler setup is not necessarily less stable or cheaper. Test routes on your own network and during your usual hours, then keep the ones that work for your tasks rather than assuming one route type is always better than another.

TASK ROUTING

Choose an Exit and Route for Your Use Case

Everyday Browsing: Familiar Regions and Split Tunneling

Start with a region that reliably opens the sites you use, then check that search, sign-in and page assets all load correctly. A nearby exit can be a useful starting point, but the actual route may not be shorter if the site’s content services are elsewhere. Don’t judge a site by its homepage alone; check images, downloads and account pages too.

Rule-based mode works well for everyday use when you access both local and international sites. If the page content loads but images or sign-in requests fail, first check whether those requests are using the expected route. Temporarily switching to global mode for comparison can help identify a rules issue. After testing, return to settings suited to everyday use rather than routing all requests through a remote exit long-term.

Streaming: Choose the Content Region, Not the Route Label

For Netflix, Disney+ and other streaming services, first check which region offers the content you want, then choose an exit there. Your account region, content licensing and the platform’s detection of the exit location can all affect playback. A streaming label can help narrow your options, but it cannot replace testing playback on the target platform.

After opening the app, check the available catalog and playback permissions, then play something and see whether it keeps buffering. Changes in video quality may also be caused by automatic player adjustments, your local Wi-Fi or device performance. If only one platform has a problem, note the exact message and see the streaming access guide. Access to other websites does not guarantee access to that platform.

AI Tools: Regional Requirements and Session Stability

Tools such as ChatGPT, Claude and Gemini each have their own service regions and account rules. Choose an exit based on the target tool’s official requirements, then check that both sign-in and the features you need are accessible. Network acceleration provides a connection route; it does not replace account eligibility, subscription access or the platform’s terms of use.

Long conversations, file uploads and generation tasks depend more on a consistent connection. Once a task is underway, try to keep the exit region the same and avoid switching routes mid-session. If a page loads but a feature doesn’t work, check the platform’s message first, then review your split-tunneling rules and exit. For more checks, see the AI tools access guide.

Gaming: Check Connection Requirements First

A successful website login doesn’t tell you whether a game connection will work. The launcher, downloads, account verification and game session may use different services; some game traffic may not be handled by your current proxy rules. First check that your client supports the connection method you need and that the game permits it, then compare exit regions.

When testing, keep the game region and local network unchanged. Check whether you can join a session, stay connected and get responsive controls. If only downloads are affected, there’s no need to route all game traffic through a remote exit. VPNTC’s international route information is not a speed-up guarantee for any specific game. Investigate rule or client compatibility based on the symptoms you see.

Work: Consistent Exit and Backup Routes

Meetings, email and collaboration platforms often rely on web sign-in, file services and persistent sessions at the same time. Use the same exit to sign in, load documents and join a meeting, then confirm that your usual workflow works end to end. If your organization has regional access or network management requirements, follow its policies; don’t change security settings on your own to accommodate a route.

Keeping a backup route in the same region lets you change paths when a connection has problems without also changing the exit location. Save your documents and task state before switching, then check your session again. If disconnections continue, check your local network and device power-saving settings too. Switching countries alone may hide the problem without fixing its cause.

CONNECTION CHECK

Verify Your Exit and Troubleshoot Connection Issues

Check Your Local Network, Then Your Exit

Disconnect the proxy and check whether regular websites load. If your local network is having problems, fix the connection first. After reconnecting, use network diagnostics to check your exit details. The reported location can help confirm that a route is active, but databases may differ or lag behind updates. Don’t treat a single lookup as definitive proof of how a target platform will determine your region.

Change One Variable at a Time

Keep the client mode and target website the same while comparing other routes in the same region; then keep the route unchanged and compare rule-based and global modes. This helps you see the separate effects of the path and traffic rules. Changing the region, protocol and mode all at once makes results hard to compare and troubleshooting steps difficult to reproduce.

Tell Connection-Wide Issues from Service-Specific Issues

If several international sites fail to load, first check your connection status, subscription validity and client settings. If only one app shows a region, sign-in or playback message, check that service’s requirements first. A working route does not guarantee that every service requirement is met; the platform’s message is usually more informative than switching routes repeatedly.

If an issue only occurs during peak evening hours, compare different paths on the same local network and note when it happens and what you observe. A single download test doesn’t predict performance for every task. For more troubleshooting steps, see troubleshooting. When contacting support, include the platform, client mode, route name, error message and steps to reproduce. Hide account credentials and subscription details in screenshots.

SUBSCRIPTION DESK

Manage Routes and Subscriptions in the Panel

This page covers regions and route selection; see the user panel and client for the routes available to you. For your first setup, follow the getting started guide to configure your account, plan, subscription and import. No email address is required; create an account with a username and password. Get the client and subscription through the panel; this page is not a source for downloads or subscription URLs.

VPNTC supports Windows / macOS / iOS / Android / Linux, with no limit on the number of devices connected at the same time. Devices may use different local networks, so a route may perform differently on a computer and a mobile device. After setup, test the apps you use on each device; don’t assume rules configured on one device are also set up correctly on another.

Monthly plans: ¥9.9/month for 60GB, ¥18/month for 250GB, and ¥28/month for 500GB. Data resets monthly on the activation date; mid-cycle upgrades are prorated based on the remaining days. Data packs: ¥158/300GB, ¥358/1000GB, and ¥658/3000GB. They remain available until used and never expire. Route selection and data allowance are separate considerations. Choose the exit you need first, then compare plans based on your usage.

Payment methods: Alipay / WeChat / USDT. A 7-day no-questions-asked refund is available. See the plans page for full pricing and billing details, and the Terms of Service for service rules. Our privacy policy states that we do not keep logs. See the Privacy Policy for details; it does not replace the target platform’s own account and data-handling policies.